If you are shopping for a jobsite time-lapse camera, two worries show up fast:

1. How much data will this use?
2. Will we have to drive out to the site just to check the camera?

For long projects, you need a system that runs reliably without babysitting. You also need a simple way to share progress with owners, clients, and internal teams.

This guide explains how to plan your photo schedule so you can keep people updated without wasting data or power. It also shows how CloudX helps you share updates with unlimited users.

Myth 1: “A time-lapse camera should take photos like my phone”

A lot of first-time time lapse users think the camera should take photos very often, because they have made time-lapse videos on a phone for a weekend project.

Construction is different.

On a jobsite, most teams want:

• A dependable record of progress.
• Frequent automated updates for meetings and check-ins.
• A finished time-lapse video at the end that tells a clear project story.

That is why recommended photo intervals on construction projects are often wider than people expect. The goal is to capture real change, not tiny movement.

Time-lapse Calculator

Myth 2: “Long projects always use the most power and data”

Here is the surprise. Short projects can use more data and power than long projects.

Why? Short projects often use tighter photo intervals so progress looks clear in a short time window. More photos can mean more uploads and more battery use.

Long projects often use wider intervals because change is easier to see over longer periods. Fewer photos can lower data and power demand.

So do not assume a long project equals heavy usage. The photo interval matters more than the calendar length by itself.

Step 1: Decide what the camera is for

Most teams use jobsite cameras for one or both of these goals.

Goal A: Remote monitoring and stakeholder updates

This is the day-to-day use. You want enough photos so you can:

• Reduce site visits.
• Answer “what is happening right now?” with the latest image.
• Keep owners and leadership aligned.

Integrations (API’s) are great too! Having images automatically sent to construction management software like Procore and PlanGrid streamlines jobsite visibility, helping deliver projects on time and on budget.

More photos can also help when you use image analysis features like Jobsite Intelligence. Computer vision generally benefits from more visual coverage.

Jobsite Intelligence

Goal B: A final marketing time-lapse video

If your main goal is the final video, you often do not need as many images as you think. A good marketing time-lapse is about:

• Consistent framing.
• Clear milestones.
• A smooth story from start to finish.

You can get a strong final video with a schedule that stays efficient.

Customer examples and success stories

Step 2: Use the interval that matches the goal

A simple rule:

• Monitoring and jobsite intelligence usually want a tighter interval.
• Marketing-only time-lapse can often use a wider interval.

If the site is busy, tighten the interval for a while. If the site is slower, widen it again.

CloudX helps here because you can change the schedule when the project changes.

For guidance on recommended intervals and schedule planning, use the calculator.

Example moments when teams tighten the schedule:

• Scaffolding going up.
• Major pours and lifts.
• Steel and framing milestones.
• Big exterior changes.

Then they widen the schedule again during periods when change is slower.

Recommended starting intervals (simple examples)

These are not one-size-fits-all. They are here to set expectations.

• Long projects often work well with a wider interval as the default. For example a 1 year project would have an interval of 60-80 minutes, or a 2 year project would have an interval of 90-120 minutes.
• Short projects often use tighter intervals because the story needs more steps in less time. For example, a 3 month project would have an interval of 25-30 minutes.
• See Step 3 below for shorter intervals for remote monitoring!

The best approach is to use a calculator that recommends an interval based on project length and your target video length, then adjust based on site activity:

Step 3: You can capture more images and still get a great final video

Some teams worry that taking lots of photos for monitoring will create a final video that feels too long or repetitive.

You can avoid that.

A simple workflow:

1. Capture enough images during the job to support monitoring and updates. For example, if a 1 year project has an interval calculated as 60 minutes, you could choose 15 minutes and then…
2. At the end, trim down the set so the final video moves at a good pace. For example, CloudX has a feature that allows you to remove 3 out of every 4 images to get the final video looking as expected.

Keep stakeholders updated with less work

Once images are uploaded automatically, the next step is making sharing easy. The goal is to keep people informed without someone acting as a full-time “camera manager.”

Four easy ways to share updates

1. Unlimited users and sharing: CloudX supports broad stakeholder access so owners, consultants, internal teams, and marketing can all stay in the loop.
2. Automatic weekly or monthly email updates: Many teams use automatic updates so stakeholders get progress without manual work.
3. Latest image access in CloudX: Stakeholders can check the latest image when they need it, without waiting for someone to send an update.
4. Integrations: Images can be pushed automatically to the photos library in construction management platforms for all stakeholders to see.

Keep projects separated

CloudX helps you organize by project, so each job has its own space and the right people see the right images.

Where DataLens fits

If your top need is a reliable system you do not have to check in person, an all-in-one setup can help reduce complexity.

Teams often choose DataLens when they want:

• Fast deployment.
• Fewer parts to manage.
• A repeatable workflow across multiple sites.

Integrations: Put images where your team already works

To drive adoption, do not make teams check two different places for photos.

If you use tools like:

• Procore
• CMiC
• PlanGrid
• BIM 360

Integrations can help keep jobsite images available where your team already works day to day. That helps PMs and stakeholders stay in one workflow.

Quick checklist

1. Pick the main goal: monitoring, marketing, or both.
2. Start with a recommended interval, then adjust during busy weeks.
3. Use automatic sharing so stakeholders stay updated without extra work.
4. At the end, trim down images so the final time-lapse looks great.
5. Use integrations so teams do not have to look in two places.

FAQs

How much data does a construction time-lapse camera use?
It depends mostly on photo size and how often you capture and upload. Interval choice is the biggest lever, which is easily understood using CamDo’s time lapse calculator.

Why are recommended photo intervals wider than I expected?
Because construction time-lapse is about meaningful change over time, not second-by-second action.

Can a short project use more data than a long project?
Yes. Short projects often use tighter intervals to show progress clearly in a short time window.

Can I change the schedule during a project?
Yes. Many teams tighten the interval during major activity, then widen it when change is slower.

How do I keep owners and stakeholders updated without extra work?
Use cloud sharing, automatic email updates, and role-based access so stakeholders can self-serve the latest view.

Will I have too many photos for the final time-lapse video?
Not if you trim down the set at the end. Capture what you need during the job, then choose which images to use for the final video.

Want a recommended interval plan for a long project that keeps stakeholders updated without wasting data or power?
Book a short demo and we will map a schedule to your project.

TL;DR: Winter construction challenges = short days, bad weather, and cold batteries. This can knock a solar camera offline if the energy balance is tight. The fastest route to assurance is CamDo’s Time Lapse Calculator, which uses historical winter solar irradiance for your location and your capture/upload settings to estimate winter uptime. If the result shows a comfortable buffer, your weatherproof construction camera setup should continue producing frequent automated updates and a reliable latest image, especially when paired with CamDo CloudX for scheduled uploads and remote access.

Run the winter check here: Time Lapse Calculator & Solar Power Calculator

Introduction

In winter, “best solar-powered construction camera” doesn’t mean the biggest panel or the fanciest battery. It means a system that keeps capturing and keeps uploading when it’s -4°F (-20°C), cloudy, and the site is hard to visit. Many teams use a long term time lapse camera to monitor construction site progress remotely, so reliability matters more than perfection.

For example, with CamDo CloudX, project managers can automate uploads and check the latest image without driving out after every storm.

Key concepts

What “winter uptime” really means

Winter uptime means your camera can capture on schedule and successfully upload often enough to support remote decisions. A camera that records but can’t upload won’t help you monitor a construction site remotely.

Why winter is harder on solar

• Fewer daylight hours
• Lower sun angle
• Lower average solar irradiance
• More cloud/snow days
• Cold-related battery and charging limitations

That’s why the Time Lapse Calculator is so useful: it replaces guesswork with historical winter sun data and your actual capture/upload assumptions.

Run the winter power check in CamDo’s Time Lapse Calculator (fastest route)

If you want a shorter route to confidence (instead of doing power math), start here:

What you’ll get in 2–3 minutes

• Historical winter solar irradiance (“sun-hours”) for your location
• An estimate of daily energy demand based on interval + upload behavior
• Whether your setup is likely to maintain winter uptime (with buffer)
• Practical adjustments if you’re short (intervals, upload timing, panel placement)

Step 1: Enter your location and choose winter dates

Use your jobsite city. Make sure you’re looking at winter months (December–February) so you’re planning for worst-case conditions.

Step 2: Enter your capture interval and upload behavior

Your construction time lapse winter load is driven by:

• How often you capture
• Image size/processing
• How often you upload (constant trickle vs. scheduled batches)

Many teams reduce winter load by batching uploads during predictable windows while still keeping stakeholders informed with frequent automated updates.

CamDo example: With CloudX, teams often schedule uploads so they get dependable updates and the latest image without burning extra energy on constant transfers.

Step 3: Read the result and apply a buffer

You’re looking for a result that isn’t “barely passing.” Winter is volatile. Aim for a comfortable margin so a few cloudy days don’t cause downtime. Note, the calculator already has some contingency built-in.

If the calculator flags a thin margin, skip panic, use the quick levers below.

If your winter margin is thin, fix it fast

Reduce load (keep visibility, use less energy)

• Widen intervals temporarily during poor weather (tighten again when sun returns)
• Batch uploads instead of constant trickle uploads (feature only available with UpBlink)
• Focus captures during daylight when charging is strongest

CamDo example: CloudX upload scheduling is a common win: you still monitor the construction site remotely via latest images and routine uploads, while cutting energy waste.

Increase harvest (practical on-site improvements)

• Change panel tilt for winter sun angle
• Prioritize access so you can brush off snow safely
• Avoid shade from trailers, trees, steel, or shifting staging areas

Optional: sanity-check the calculator result (simple formula)

If you want a quick back-of-napkin check (or you’re comparing options), use:

Daily harvest ≈ Panel Watts × winter sun-hours × 0.6

Target Daily harvest ≥ Daily load × 1.10 (10% buffer)

The 0.6 accounts for real-world losses: imperfect angle, wiring, charge efficiency, and winter variability.

This is not required if you’re using the calculator, it’s just a confidence check.

Batteries in the cold: what you actually need to know

• Usable capacity drops in low temperatures
• Charging slows or pauses near/below freezing to protect battery cells

That’s why winter reliability is about steady energy-in ≥ energy-out, not hitting 100% daily.

CamDo example: Systems that support remote checks, like a reliable latest image view and on-demand images (on supported systems like DataLens), reduce unnecessary site visits when winter conditions change quickly.

Which weatherproof construction camera setup fits winter?

Once your calculator result shows what you need, choose the setup style that matches your project.

Winter deployment checklist (5 minutes on site)

• Mounting: clear sky view + safe access to brush lens/panel
• Panel angle: steeper for winter latitude; avoid ice-shed edges
• Signal check: confirm stable connectivity where the camera sits
• Schedule: daylight-focused capture; batch uploads when possible
• Verification: confirm one successful capture + upload before leaving
• Documentation: save your calculator result (assumptions + buffer) in the job file

Frequently Asked Questions

Q: Can you time lapse construction in winter?

A: Yes. Winter time-lapse works when your solar setup is sized for winter irradiance and your capture/upload settings match available sun. The quickest way to confirm is running your site through CamDo’s Time Lapse Calculator.

Q: What is the best weatherproof time lapse camera for a construction site?

A: The best weatherproof construction camera is the one that stays powered and keeps uploading through your local winter conditions. Many teams choose DataLens + CloudX for simplicity, or SolarUp + CloudX for modular flexibility, after validating winter uptime with the calculator. Note, DataLens can go as low as -4°F (-20°C) while SolarUp for GoPro or Sony can only go down to 32°F (0°C).

Q: How do you monitor remote construction sites in cold weather?

A: Use a long term time lapse camera setup that supports automated uploads and a dependable latest image view. A system like CloudX helps teams monitor construction sites remotely with scheduled uploads and easy access to recent imagery.

Q: What interval should I use for construction time lapse winter projects?

A: Start with an interval that meets stakeholder needs, then widen it during multi-day storms and return to your standard cadence when sun returns. If winter uptime is tight, upload scheduling often matters as much as interval choice.

Q: Will -4°F (-20°C) ruin a camera battery?

A: Cold reduces usable capacity and slows charging, but it doesn’t automatically ruin the battery. Battery charging circuits protect the cells by cutting off charging when temperatures get too low. Plan for winter with realistic irradiance, good panel placement, and enough buffer so cloudy stretches don’t cause downtime.

Want the shortest route to winter assurance? Run your jobsite through CamDo’s Time Lapse Calculator first, then choose the best-fit setup, DataLens or SolarUp, connected to CloudX for automated uploads and reliable latest-image access.

Do you really need a DSLR for construction time-lapse? It’s a common question, especially for teams weighing the trade-offs between traditional photography setups and modern, purpose-built systems. DSLRs are known for their cinematic quality, but construction projects demand more than just beautiful footage. 

In fact, 4K resolution is more than adequate for most documentation, especially when much of the viewing happens on screens that downscale to 1080p HD. The real value lies in ongoing site monitoring, automated documentation, and insights while the project is underway, without breaking the bank.

When DSLRs Still Make Sense

DSLRs earned their reputation in construction, particularly when there were few options for 4K cameras. In some ways, DSLRs remain a relevant choice.

• Optical zoom and lens variety: Useful for capturing ultra-specific details or distant elements on large sites. That said, don’t rule out modern options like the 27MP GoPro with wide-angle lenses, where the fisheye effect can be toggled on or off for creative flexibility.
  

• Premium cinematic output: Ideal for projects where polished marketing or documentary-style storytelling is the priority.
  

• Controlled environments: Suited for high-budget installs where a technical team can maintain the equipment.

For professional photographers, videographers, or marketing managers working on high-end promotional projects, a DSLR rig may still deliver unique benefits.

The Trade-Offs of DSLR Systems

For most construction teams, DSLR systems bring more complexity than benefit.

• High upfront costs: Camera body, housing, modem, power, and labor add up quickly.

• Diminishing returns: Beyond 4K, the added resolution rarely improves project documentation or reporting, particularly when footage is viewed on downscaled screens.
  

• Ongoing maintenance: Battery swaps, memory card collection, and site visits increase total cost of ownership.
  
  

In practice, the extra image quality is often unnecessary when the goal is verifying subcontractor work, tracking progress, or keeping stakeholders informed.

Modern Alternatives for Construction Time-Lapse

Purpose-built systems offer many of the benefits of DSLR without the burden of managing them.

DataLens

• Plug-and-play, installs in minutes.
  

• Optimized 4K resolution for construction documentation (more than enough for most projects).
  

• Built-in cellular for automated cloud uploads.
  

• Best fit: teams who want simplicity, affordability, and instant oversight.
  
  

SolarUp (GoPro/Sony-based systems)

• Modular, with higher megapixel options and flexible mounting.
  

• Close to DSLR-level cinematic output for marketing content.
  

• Requires more setup than DataLens, but provides creative control.
  

• Best fit: teams focused on high-resolution visuals for marketing and storytelling.
  
  

Both connect to CloudX, providing automated uploads, timestamped documentation, AI-powered progress tracking, and safety insights. That means the decision isn’t just about image quality; it’s about how much intelligence you want from your footage during construction.

Why “More Than the Final Video” Matters

DSLRs shine in the final deliverable. But construction teams increasingly need value throughout the build:

• Remote monitoring: Access the latest site image anytime without visiting in person.
  

• AI-powered jobsite intelligence: Detect risks, verify subcontractor work, and track progress automatically.
  

• Automated documentation: Every image is organized and time-stamped for compliance and reporting.
  
  

With DataLens and SolarUp, the footage isn’t just saved for the end of the project; it’s working for you every day.

FAQs: DSLR vs. Modern Time-Lapse Systems

Q: Do I need a DSLR for construction time-lapse?
A: Not usually. DSLRs excel in creative, cinematic projects, but most construction teams get equal value from 4K systems with far less cost and hassle.

Q: Can GoPro, Sony, or DataLens systems match DSLR quality?
A: Yes, modular setups like SolarUp provide high megapixels, delivering results close to DSLR quality for marketing and creative content. DataLens, while optimized at 4K, is more than sufficient for documentation and internal reporting.

Q: Is 4K really enough?
A: For documentation, yes. 4K allows cropping and zooming while keeping detail manageable. Higher resolutions are most valuable for marketing-grade deliverables.

Final Takeaway

DSLRs have their place in construction time-lapse, especially for cinematic storytelling. But for most projects, purpose-built systems like DataLens and SolarUp strike the right balance between quality, cost, and ongoing intelligence.

✅ If you want cinematic control, choose SolarUp.
✅ If you want fast deployment and oversight, choose DataLens.
✅ If you want AI-powered insights throughout your project → both deliver, thanks to CloudX.

Ready to explore options? Compare DataLens and SolarUp to find the best fit for your project.

TL;DR: Cold impacts camera power, optics, and connectivity. In winter, choose cameras rated to at least -4°F (-20°C), tighten daylight capture windows, oversize power, and rely on automated uploads with easy access to the latest image and on-demand shots.

What winter really does to jobsite cameras

Cold strains three things: power, optics, connectivity:

• Power: Batteries lose effective capacity below freezing; charging is slower and less efficient in cold weather. Solar panels deliver less energy due to short days and low sun angle.

• Optics: Condensation and icing can fog the lens; snow-glare and high-contrast scenes confuse exposure.

• Connectivity: Low temps and storm conditions can reduce signal quality; uploads may need queue/retry logic to get through.

Takeaway: Plan for power, optics, and connectivity as separate failure points. Solve each and you’ll keep images flowing even when it’s brutal outside.

Capture strategy for freezing temps

• Right intervals for short days: With fewer daylight hours, tighten capture windows to daylight and key work periods. For example, civil/earthworks might favor first-light to mid-afternoon; vertical builds might concentrate around crew shifts.

• Frame to beat snow-glare: Avoid pointing straight into the winter sun. Angle slightly downward to limit sky dominance, and use a modest hood or shield to reduce blowing snow on the lens.

Power & uptime in the cold

• Battery behavior: Treat indicated state-of-charge conservatively. In winter, aim to keep a 20%+ buffer so you’re not flirting with shutdown during cold snaps.

• Solar in short days: Steepen panel angle for your latitude; keep the panel reachable so it can be brushed off after storms. Morning sun often restores charge faster than hoping for late-day recovery.

• Hardware details that matter: Cold-rated cables, strain relief to prevent brittle flex failures, and weatherproof glands so meltwater doesn’t wick into enclosures.

Pro tip: Our free time lapse calculator already has some conservative buffers, but you may choose to add 10-20% more.

Connectivity that doesn’t quit

• Signal placement: Mount with clear line-of-sight; avoid “signal shadowing” behind steel, trailers, or dense trees. Elevating the unit often helps more than you’d expect.

• Cloud Platform: Cameras connected to CloudX handle automated uploads, latest-image access, and optional AI insights without manual SD card management.

• Smart upload windows: If reception fluctuates, schedule heavier uploads during known strong-signal times. Use systems that queue and retry so images don’t vanish during storms.

• Set expectations: This is not live video. You’re getting the latest image at a set interval and, with DataLens, on-demand images when you need a fresh, time-stamped shot.

Image quality in snow, ice, and glare

• Lens care: A small hood helps; anti-fog wipes or hydrophobic coatings can reduce fogging/icing. Keep the lens area reachable for a quick wipe on service runs.

• Exposure sanity: Snow scenes can cause glare but auto exposure usually solves it.

• Five-shot validation: Before leaving the site, grab an on-demand shot to confirm framing, exposure, and upload success.

Quick math: How many winter site visits can you skip?

1. Weekly winter visits you’d normally make: X

2. % replaced by latest/on-demand images: Y%

3. Cost per visit (time + fuel): $Z

Savings ≈ X × Y% × $Z per week
Example: 2 visits × 50% × $180 ≈ $180/week saved, plus hours back for coordination.

Decision checklist: Picking a winter camera for construction

• Operating temp rating: Know your floor. For many US/Canada sites, -4°F (-20°C) is a practical target; below that, plan for mitigation or alternative power/heat strategies.

• Upload method: Automated cloud uploads are non-negotiable in winter. Ensure “latest image” is easy to access. On-demand images are a force multiplier for spot checks.

• Power plan: Solar + battery sized for your latitude and winter derating; consider panel angle and serviceability.

• Mounting & install time: Glove-friendly hardware and a compact form factor reduce time on ladders in bad weather.

• Data platform: Clean organization, shareable links for owners, and optional AI/“Jobsite Intelligence” features to skim for activity without scrolling thousands of frames.

If you want a compact, plug-and-play camera in 4K resolution that captures and uploads at -4°F (-20°C) with built-in cellular + solar, look at all-in-ones like DataLens with the latest image and on-demand images for quick checks. If you need a modular approach with higher megapixels, the GoPro/Sony (SolarUp) path is flexible, just note that typical cold ratings are around 32°F (0°C) and plan mitigation in colder regions.

Field setup: 10-minute winter deployment walkthrough

1. Survey: Check sun path, wind exposure, and signal strength where you intend to mount.

2. Mount: Secure to a stable pole/wall; angle panel for winter sun; avoid plow paths or eaves that shed ice.

3. Configure: Set a daylight-focused capture schedule and enable on-demand.

4. Verify: Confirm the latest image is current; trigger one on-demand shot and confirm upload.

Documentation & stakeholder updates (time savers)

• Owner updates: A weekly album of latest images replaces long status emails.

• RFIs/pay apps: Date-stamped imagery reduces back-and-forth.

• Optional AI assist: Use platform tags/progress albums to scan activity faster.

Common winter mistakes (and quick fixes)

• Mounting too high to service: Keep at least one reachable service point to clear snow or wipe the lens.

• Using day mode rather than auto exposure: Auto exposure can compensate for varying cloudy and bright scenes.

• Assuming “real-time” video: Align teams on latest image intervals and on-demand usage.

• Ignoring antenna placement: Re-orient or elevate to escape signal shadows.

Closing: Keep progress moving when temps drop

Winter shrinks daylight and expands risk. A camera rated for your cold floor (e.g. -4°F / -20°C), a sane interval plan, and on-demand checks will cut trips, keep stakeholders aligned, and preserve clean documentation when you need it most.

Talk to an expert to sanity-check your winter setup or run the savings math for your site.

Frequently Asked Questions

How cold is too cold for construction cameras?

For many construction sites, -4°F (-20°C) is a practical winter target. Below that, plan for larger power reserves, reduced capture intervals, or supplemental power or shelter.

Can construction cameras run all winter on solar power?

Yes, if solar panels and batteries are sized for winter conditions. Short days, low sun angles, snow cover, and cold batteries all reduce available energy, so conservative power planning is essential.

Do time-lapse cameras work at night or in low light?

Construction time-lapse is primarily daylight-focused. Some systems offer strong low-light performance or short-range infrared for evening checks, but time-lapse cameras are not security systems.

Do I need 4K resolution for winter construction documentation?

For most projects, yes. 4K resolution allows cropping and detail review while maintaining clear progress documentation, even in high-contrast snow and glare conditions.

Is this a replacement for site visits or live video?

Winter cameras don’t replace every site visit, but reliable latest images and on-demand shots can reduce routine trips. This is not live video, images update at set intervals.

What matters most for winter camera reliability?

Three things matter most: power planning, clear optics, and dependable uploads. Treat each as a separate risk and plan for all three to keep images flowing in winter.

Updated November 2025.

Construction time-lapse photography captures your project’s progress through regular interval shots. It’s a simple, powerful way to document and showcase your build from start to finish.

This guide walks you through how to plan, set up, shoot, and share a construction time-lapse, covering camera setup, scheduling, editing, and pro tips.

Planning Your Construction Time Lapse

Define your purpose first, your “why” determines duration, angles, and equipment.

Ask yourself:

• Are you documenting the entire build or one stage?
  

• Is this a standalone video or will other footage like drones be included?
  

• What story do you want to tell?
  

Plan power, storage, and mounting locations accordingly.

Choosing the Right Equipment and Software

Use a camera designed for interval shooting, reliable and weatherproof.

Options include DSLR, mirrorless, or 4K systems such as GoPro HERO12, Sony RX0 II, or CamDo’s plug-and-play DataLens camera, which has built-in connectivity and strong low-light performance.

All CamDo cameras can connect to CloudX for automated uploads, latest-image access, and AI insights.

You’ll also need:

• A secure post/pole to mount
  

• Intervalometer (if not built-in)
  

• Large-capacity SD card or cloud storage
  

• Editing software (e.g., CloudX, LRTimelapse, Adobe Premiere, or Final Cut Pro, etc)
  
  

Determining the Optimal Shooting Schedule

Match shooting frequency to site activity, faster work = shorter intervals.

Plan around:

• Typical work hours (e.g., 7 a.m.–6 p.m.)
  

• Weather and lighting conditions
  

• Storage and power limits
  
  

Use consistent settings for stable results.

Setting Up Your Time-Lapse Camera

Choose a stable, secure position with a clear site view.

Look for high points with full visibility and minimal obstruction.
Keep the camera out of daily workflows and protected from tampering.

Pro Tips:

• Use a secure mount
  

• Shield against rain, dust, and glare
  

• Verify framing
  
  

Shooting Your Construction Time Lapse

Regular checks and automated uploads keep your project on track.

Monitor your setup periodically:

• Confirm power and storage
  

• Adjust framing for new construction progress
  

• Test image capture periodically
  

Using Cloud Monitoring (via CloudX)
CloudX automates uploads, lets you review progress remotely, and provides frequent automated image updates, reducing the need for site visits.

Common Issues & Fixes:

• Battery drain → use solar or AC power
  

• Lighting shifts → set auto exposure
  

• Security → lock enclosures and hide cables
  
  

Editing and Sharing Your Time-Lapse

Organize, edit, and enhance your footage to tell your story clearly.

During construction, embed the footage into external websites for stakeholder engagement.

Import footage into editing software, create a timeline, and adjust frame rate for smooth playback.
Add transitions, text overlays, and branding if needed.

Add background music or drone clips to enhance appeal.
When finished, upload your video to YouTube, Vimeo, or your company site for stakeholder viewing.

Conclusion

Setting up a construction time-lapse may seem complex, but with planning and dependable gear, it becomes simple.
Cameras like the HERO12, RX0 II, or DataLens make automated, long-term capture effortless while connecting to CloudX for easy uploads and AI insights.

FAQs

Do I need 4K for construction time-lapse?
Yes, 4K offers flexibility to crop or zoom without losing detail while keeping file sizes manageable.

Can a camera run for months or years?
Yes, with solar or AC power and automated cloud uploads, long-term capture is possible without manual card swaps.

Is a DSLR worth it for time-lapse?
Not always. DSLRs have higher costs and maintenance, with minimal daily benefit over modern 4K systems.

Is GoPro HERO12 a good option?
Yes. It balances image quality, durability, and ease of setup for extended projects.

What about low light or night shots?
Time-lapse works best in daylight, but DataLens performs well in low light and includes short-range IR for evening coverage.

Compare systems or Talk to our team to find the best fit for your next construction project.

OnSite Insights sits down with Nicole Ivers, Global Head of Safety, Health & Environment at Brookfield Properties Logistics, to unpack what actually reduces serious injuries on construction projects. Hint: it isn’t more rules, it’s changing the work so exposure never happens in the first place.

TL;DR (shareable takeaways)

• Compliance is table stakes. Owners can set a higher bar and pull contractors with them.
  

• Design hazards out. Think parapets ≥39", ground-level assembly, and stair towers instead of ladders.
  

• Use tech that reduces exposure. Drones replace risky inspections; laser scanning cuts rework.
  

• Run a no-blame culture. Swap “near miss” for “good catch.” Leaders show up in the field.
  

• Measure what matters. Focus on Serious Safety Incidents (SSI) and Potential SSI, plus leadership actions.
  

• ESG is landing on EHS. Safety leaders will increasingly own carbon-smart materials and lifecycle decisions.
  
  

1) The Owner Advantage: Standards That Travel

Nicole’s core message is simple: owners set the safety ceiling. Brookfield uses internal physical health & safety standards that apply across markets. Overseas, third-party frameworks like ISO 45001 are more common; in the U.S., certification is less prevalent, but the best practices should be the same. As an owner, Brookfield can demand the level of safety performance it expects, then coach contractors to meet it.

“Compliance is the minimum. We design for safety.”

2) Human & Operational Performance: Change the Work

Instead of telling crews to “be careful,” Brookfield changes the job so the risky step disappears.

• Parapets ≥39" so you’re never relying on temporary edge protection.
  

• Assemble at ground level to minimize time at height.
  

• Engineer substitutions that permanently remove exposure.
  

This is human & operational performance in practice: accept that people make errors and design systems that make the safe way the easy way.

3) Tech That Actually Reduces Exposure

Nicole draws a bright line: “safety tech” is useful when it lowers exposure or rework.

• Laser scanning ensures first-time quality. Less rework = fewer risky do-overs.
  

• Drones let teams inspect façades, roofs, and tight spaces without lifts or climbing.
  

“Safety and quality go hand in hand.”

Where CamDo fits: Both DataLens (plug-and-play 4K camera with built-in cellular) and GoPro/Sony-based SolarUp systems feed site imagery into CloudX. Teams get automated uploads, latest-image access, and AI-powered documentation to plan methods, track progress, and validate the safer way, without adding site visits.

4) Culture Without Blame

When incidents happen, the question isn’t “who’s at fault?” It’s “why did that make sense at the time?” Brookfield emphasizes learning reviews, leadership presence in the field, and language that encourages reporting.

• Replace “near miss” with “good catch.”
  

• Leaders attend all-hands safety meetings and job walks to model expectations.
  
  

“Take blame out of safety, learn instead.”

5) Metrics That Matter

Stop optimizing for paper cuts. Brookfield focuses on eliminating Serious Safety Incidents (SSI), fatal and life-altering events, and investigating Potential SSI to prevent repeats. They also track leadership actions (Are executives showing up in the field? Are they talking about risk?) because behavior at the top drives behavior on site.

6) Case Snapshot: Ladders → Stair Towers

On a past project, the main access ladders exposed many people to falls. After a ladder fall (and the cost that came with it), the team replaced ladders with stair towers. Result: no more ladder falls at the access points, and the substitution costs less than the incident.

Lesson: The cheapest safety investment is often the one that eliminates the task you keep managing with rules.

7) ESG Meets EHS

Nicole’s prediction: ESG will increasingly sit with safety. From lower-carbon materials to LEED strategies and LED lighting that reduces lifecycle maintenance risks, EHS leaders will shape choices that are safer and more sustainable across the asset’s life.

8) Industrial Hygiene 101 (The “Inside” Hazards)

If traditional safety manages what hurts you from the outside, industrial hygiene manages what harms you from the inside, airborne particles, skin exposures, vibration, and especially silica dust. These risks don’t make headlines like falls, but they drive long-term harm and require equal attention.

How to Apply Nicole’s Playbook This Quarter

1. Write the owner standard. Publish a one-pager that sets expectations beyond compliance for every project.
   

2. Run a design review for exposure. Identify where you can assemble at ground, raise parapets, or swap ladders for stairs.
   

3. Replace a risky inspection with a drone flight. Document the method and expected exposure reduction.
   

4. Language reset. Adopt “good catch” in every meeting; run one no-blame learning review and share the outcome.
   

5. Change what you measure. Add SSI and Potential SSI to monthly dashboards; log leadership field actions.
   

6. Visual evidence, automatically. Turn on site imagery with CloudX so teams can see progress, validate safer methods, and reduce unnecessary site visits.
   
   

For Different Stakeholders

Safety Managers: Standardize a no-blame incident review, then prove impact with Potential SSI reductions.
Project Managers: Use imagery + scanning to kill rework cycles; track schedule gains from ground-level assembly.
Tech Leaders: Integrate drones + CloudX so photos/videos auto-upload and tag to locations, not inboxes.
Finance Leaders: Fund the first substitution (e.g., stair towers). Compare cost vs. prior incident severity and insurance implications.

Watch, Share, Implement

Nicole’s message is refreshingly practical: change the work, not just the paperwork. Start with one engineered substitution and one language change this month. Then scale the wins.

About the Tools Mentioned

• DataLens — Affordable, plug-and-play 4K time-lapse & jobsite camera with built-in cellular. Instant access to the latest site images and AI-powered insights in CloudX, no extra hardware needed.
  

• GoPro/Sony-Based SolarUp — Modular, high-resolution time-lapse for long deployments and creative requirements. Flexible hardware with UpBlink; solar-ready; also connects to CloudX for automated uploads and AI documentation.
  

Both solutions use CloudX for automated image uploads, progress tracking, and AI-powered documentation, so your safer methods are easy to plan, prove, and share.

Want a 10-minute walkthrough of CloudX with DataLens or SolarUp? Book a demo.

FAQ

Q1. Why should owners set safety standards?
Owners define the “ceiling.” By publishing expectations, they pull contractors up rather than just enforcing compliance.

Q2. How do tech tools like CloudX reduce risk?
Automated image uploads and AI insights help teams validate safer methods and reduce unnecessary site exposure.

Q3. Can CloudX replace site visits completely?
No, but it reduces the number. CloudX provides the latest site images and documentation, so visits can be more targeted.

Simply put, your interval should match the speed of action you want to capture. The interval determines the length of the final video and how smooth the motion appears. While the idea is simple, execution depends on several factors.

What to Consider Before Setting Your Interval

• What event are you capturing?
  

• How long does it last?
  

• Where is it taking place, and what power is available?
  

• How long should the final video be?
  

• How fast is the action?
  

• Are there “dead” periods with little change?
  
  

Event Duration and Type

A sunrise requires short intervals (1–3 seconds) to show the sun’s movement. A construction project spans months with uneven activity, often needing longer intervals (15–60 minutes). Faster intervals may be useful during high-activity phases such as demolition or crane lifts.

Location and Power

Power sources affect intervals. With AC, you can shoot frequently. Without it, many projects use solar enclosures. Even then, plan carefully to avoid overusing storage or power. Both DataLens and SolarUp systems connect to CloudX for automated uploads, AI-powered insights, and instant access to the latest site image.

Action Speed

Match interval to scene speed:

• Fast action → short intervals for smooth motion.
  

• Slow action → longer intervals still look natural.
  

• Intentional “jerky” motion → longer intervals in fast-changing scenes.
  

Example: For construction, you might use 30–60 minutes during excavation, then 5 minutes during structural steel lifts.

Suggested Intervals by Application

• 1 second: Clouds, traffic, driving
  

• 3 seconds: Slower clouds, trees in wind, crowds
  

• 15–30 seconds: Sun movement, shadows
  

• 2–10 minutes: Growing plants, site activity phases
  

• 15–60 minutes: Long-term construction phases
  
  

Storage & File Management

Short intervals generate thousands of frames, which may be excessive. Long intervals risk a video that feels empty. Aim for a middle ground. Use CamDo’s Time-Lapse Calculator to estimate project length, storage, and power needs.

Low-Light Considerations

Time-lapse is designed to capture progress and storytelling, which most often happens in daylight conditions. DataLens, however, is equipped with strong low-light performance and a short-range IR illuminator, making it suitable for evenings and dim environments.

It’s important to note that time-lapse and security serve different purposes. Time-lapse cameras are optimized for producing consistent, high-quality imagery over time. Security cameras, on the other hand, are optimized for live monitoring and event detection, but they cannot deliver professional time-lapse sequences. Many projects use both systems in tandem to cover different needs: progress documentation and marketing on one side, and site security on the other.

Planning and Testing

Always test before committing to a long project. When in doubt, choose a slightly faster interval, you can speed up footage in post, but you can’t fill missing gaps.

Camera Options

• GoPro HERO12: Durable, reliable, great for construction projects.
  

• Sony RX0 II: Compact with strong image quality.
  

• DSLRs: Higher cost, but with diminishing benefits for day-to-day documentation.
  

• DataLens: Plug-and-play 4K, built-in cellular, strong low light, connects to CloudX.
  

• SolarUp: Modular GoPro/Sony option for higher resolution and flexibility.

FAQ

Do I need 4K for construction time-lapse?
Yes. 4K allows cropping while keeping detail and manageable file sizes.

Can a camera run for months or years?
Yes, with solar or AC power and automated CloudX uploads, avoiding manual SD swaps.

Is DSLR worth it for construction documentation?
Often no. DSLRs cost more and add little ongoing benefit versus modern 4K systems.

Is GoPro HERO12 a good option?
Yes. HERO12 offers durability, quality, and reliability for long-term installs.

What about low light or night shots?
Time-lapse is daylight-first. DataLens includes strong low light and a short-range IR illuminator, but it is not a security system.

Installing a time-lapse system on your construction site is one of the best ways to track progress, keep stakeholders informed, and create a lasting record of your project. But with so many camera options available, how do you know which one is the right fit?

Not all digital cameras are created equal when it comes to construction time lapse. Some are better suited for long-term deployments, while others shine in portability or image quality. Below are the key factors to consider when choosing your setup.

Key Factors to Consider

1. Length of Time

How long will your project run? A time lapse for construction typically spans months or even years. For these deployments, constantly swapping batteries or memory cards is impractical. A solar charging kit paired with automated cloud uploads eliminates the risk of missing footage and minimizes site visits.

2. Frame Rate & Intervals

The smoother your final video, the higher the playback frame rate. Most time-lapses are compiled at 30 fps. But the real decision lies in your shooting interval, the gap between photos. Too few frames and the footage feels choppy. Too many frames, and you’re storing unnecessary data. Modern systems simplify this by letting you adjust frame intervals and preview outcomes through online dashboards.

Pro tip: Use our time lapse calculator to select the interval based on your variables.

3. Storage & File Management

Thousands of images quickly consume storage space. While compression helps, today’s priority is reliable uploads and archiving. Systems that automatically send images to the cloud save you from worrying about memory cards or local storage limits.

4. Daytime vs. Nighttime Shooting

Construction activity usually happens in daylight, but projects don’t always stop as the sun goes down. Low-light performance matters. GoPro and Sony cameras have improved in this area, but for true night visibility, you’ll still need supplemental lighting.

Pro tip: CamDo’s DataLens camera includes strong low-light performance with a short-range IR illuminator, ideal for capturing evening progress. Still, remember that time lapse cameras aren’t designed to replace security cameras, just as security cameras aren’t built for cinematic time lapse.

5. HD or 4K Resolution

Today, 4K is the standard for construction time lapse. It strikes the right balance between detail and file size, and it allows you to crop or zoom into parts of the frame during editing. While 1080p (HD) may still work for internal updates, 4K future-proofs your footage for marketing and stakeholder presentations.

6. Size and Weight

If you’re only shooting short sequences with a tripod, a lightweight setup might be enough. For long-term outdoor use, however, you’ll want a rugged, weather-sealed housing that integrates power and connectivity. Many systems now combine these components, making deployment easier than managing piecemeal accessories.

Camera Options: From Entry-Level to Professional

Low-End (Entry-Level Time Lapse Cameras)

Pros: Inexpensive, easy to set up.
Cons: Lower image quality and limited reliability for multi-month deployments.

High-End (DSLRs)

Pros: Impressive image quality, wide lens selection.
Cons: Significantly higher cost and diminishing returns for construction projects. DSLRs are often overkill, since most of their advanced features aren’t used in long-term time lapse.

Middle Ground (Best Balance for Construction Time Lapse)

GoPro HERO Series (HERO12 compatible)

• Pros: Compact, durable, proven optics. A great balance of image quality and affordability.
  

• Cons: Mediocre low-light performance compared to specialized options.
  
  

Sony RX0 II

• Pros: Rugged build, premium Zeiss lens, strong low-light performance.
  

• Cons: More expensive than GoPro, though still well below DSLR costs.
  
  

DataLens (CamDo’s All-in-One Solution)

• Pros: 4K resolution, plug-and-play setup, built-in cellular connectivity, strong low-light performance with short-range IR. Designed for long-term outdoor projects with automated uploads to CloudX. The best value for money.
  

• Cons: Purpose-built for time lapse, less flexible for traditional photography or video.
  
  

Why Cloud Connectivity Matters

No matter which camera you choose, pairing it with automated image uploads and remote monitoring is a game-changer. CamDo’s CloudX platform gives you:

• Automatic cloud uploads
  

• AI-powered progress tracking and safety alerts
  

• Latest-image access for quick updates
  

• Easy video creation for reports and marketing
  
  

This saves trips to site, reduces the risk of lost data, and makes your footage more actionable.

FAQs

FAQs: Construction Time‑Lapse Cameras

1) Do I need 4K for construction time‑lapse?
For most projects, yes. 4K gives you room to crop and zoom while keeping detail.

2) Can I run a time‑lapse camera for months or years?
Yes. Use solar or continuous power and enable cloud uploads so images are never stuck on SD cards.

3) Is a DSLR worth it for construction time‑lapse?
Usually not. DSLRs cost much more and the quality gain is minor for documentation. Modern 4K systems meet most needs at lower cost.

4) What’s the best budget‑friendly option?
DataLens is the best value 4K time lapse at $999.

5) When should I choose a modular system like Sony RX0 II or GoPro HERO12?
When you want higher megapixels or lens flexibility for marketing‑grade content.

6) How do I pick a shooting interval?
It depends on the length of the project but a good start is 20 minutes for general progress. Shorten intervals such as 10 minutes for fast activity; lengthen for projects longer than 18 months.

7) Do I need Wi‑Fi or cellular?
For long projects, yes. Automated cloud uploads protect your record and reduce site visits.

8) What about low‑light or night shots?
Time‑lapse is daylight‑first. DataLens offers strong low‑light with a short‑range IR illuminator for evening capture, but it’s not a security system.

9) Can a security camera replace a time‑lapse camera?
No. Security cameras are built for live/continuous monitoring, not interval‑based capture optimized for smooth time‑lapse.

Final Thoughts

So, what’s the best camera for construction time lapse? It depends on your project’s length, environment, and budget. For many, the sweet spot lies in the GoPro HERO series, Sony RX0 II, or CamDo’s DataLens, depending on whether you value flexibility, premium optics, or all-in-one simplicity.

Ready to start your time lapse project? 

Step 1: What Is Field of View and Why It Matters

Field of View (or FOV) is the angle your camera can “see.” Think of it like a slice of pie radiating from your lens, the wider the angle, the more of the scene it captures from side to side.
This is especially important on construction sites, where you want to cover the full work area without missing key activities or overcomplicating things with multiple cameras. Knowing your FOV helps you position your camera once and capture exactly what you need, whether it’s slab pours, steel erection, or façade progress.

Step 2: Understand What Affects FOV

Two things directly affect how wide your camera sees:

• Lens Focal Length: A shorter lens (e.g. 10mm or 16mm) gives a wider view. A longer lens (e.g. 50mm) gives a tighter, zoomed-in frame.
  
  
• Sensor Size: Cameras with larger sensors (like full-frame DSLRs) naturally capture more scene area than smaller ones (like GoPros or phones), even at the same focal length.

Here’s the cheat: GoPros with SolarUp generally give you a wide field of view (about 90–120° depending on the mode), which is why they’re so popular for construction time-lapse. DSLRs, on the other hand, give you more control over lenses but require a bit more planning. DataLens is 100°.

Step 3: Draw Your Field of View on a Site Plan

This is where it all comes together. The easiest way to figure out if your camera is in the right spot is to draw a triangle on your site map like the Scene Capture Triangle above. 

Here’s how:

1. Mark the Camera Location
   Place a dot where you plan to install the camera, on a rooftop, light pole, fence post, etc.
2. Measure the Distance to Your Subject
   Estimate or measure how far the camera will be from the area you want to capture (e.g. 60 feet from the foundation).
3. Draw the Capture Triangle
   Use a protractor or drawing tool to draw two lines radiating outward from the camera point. The angle between them should match your camera’s FOV, 90° is a common starting point. Where those lines hit your target distance, that’s the base of your triangle.
4. Review What’s Covered
   Everything inside that triangle is in frame. Anything outside? Not captured. You can now decide whether to reposition, raise the camera, or switch to a wider lens.

The Core Formula

CamDo has developed a simple FOV calculator here.

If you want to know the mathematical details of how it works, then read on!

The mathematical formula to estimate your Horizontal Field of View (HFOV) angle using math:
HFOV = 2 × arctangent ( sensor width ÷ (2 × focal length) )

If you're calculating how much ground coverage you'll get:
Scene Width = 2 × Distance to Subject × tan(HFOV ÷ 2)

Or to calculate the required distance from your subject to capture a known width:
Distance = (Scene Width ÷ 2) ÷ tan(HFOV ÷ 2)

Step 4: Use Real Examples to Guide Your Decisions

Let’s say you’re placing a DataLens (with about a 100° horizontal field of view) on a pole 50 ft away from your work zone. At that distance, you’ll capture roughly 100 ft of width. That’s usually enough to cover a foundation pour or staging area. 

Here are some more examples:

Example 1: Determine the FOV Angle
Goal: You need to capture an 80 ft wide section from a distance of 100 ft.
Formula:
HFOV = 2 × arctan(80 ÷ (2 × 100)) = 2 × arctan(0.4) ≈ 43.6°
Result: You need a lens/camera setup that gives you ~44° horizontal FOV.

Example 2: Determine Scene Width from Known FOV
Goal: You’re using a GoPro (HFOV ≈ 90°) and mounting it 50 ft from the subject.
Formula:

Scene Width = 2 × 50 × tan(90° ÷ 2) = 2 × 50 × tan(45°) = 100 ft

Result: Your GoPro will capture a 100 ft wide section.

Bonus Tip: Test Before You Commit

Before you mount your camera permanently, do a quick dry run. Set it up temporarily, take a sample photo or a short time-lapse sequence, and evaluate the framing. This small step can save hours of rework in the future.

Key Definitions

• Field of View (FOV) – How wide your camera sees, usually measured in degrees.
• HFOV – Horizontal Field of View (left to right coverage).
• Focal Length – The number on your lens, in millimetres. Lower = wider.
• Sensor Size – The physical size of the camera’s imaging surface.
• Scene Width – The actual area captured at a certain distance.

Frequently Asked Questions

Q: What’s the easiest way to get started with FOV planning?
A: Use a wide-angle camera like a GoPro in Linear mode, mount it, take a test shot, and draw your coverage triangle on a site map. 
Q: Do I need to memorize formulas?
A: Not at all. If you understand the basic triangle concept and use tools like the CamDo FOV calculator or rough estimation charts, you’ll get 90% of the value.
Q: What if I get the angle wrong?
A: If your camera misses the action, you can’t fix it later. That’s why planning, even basic planning, makes a huge difference for time-lapse.

Want to Learn More about the Cameras?  

On-demand photo access delivers exactly that.

Most teams think live video gives them better visibility - but here’s the bottom line: Live view might look impressive, but it’s rarely necessary. For most field needs, such as checking progress, confirming deliveries, or verifying safety compliance, live video is overkill. This post compares live streaming/live view vs on-demand photo access to help project leaders choose the most effective and efficient method. 

Both have distinct differences in power usage, data consumption, and operating costs. CamDo’s DataLens offers on-demand photo capture because it meets visibility needs while avoiding the overhead of continuous streaming.

Compare Costs/Benefits:

• Teams often assume live streaming is necessary
• Most tasks don’t need continuous video
• Compare on-demand vs. live view/streaming
• Focus: data, power, and setup trade-offs
• CamDo’s DataLens uses on-demand for efficiency

Live view and live streaming both push images or video from the camera to the cloud on a schedule or continuously. While 24/7 live view sounds ideal, it drains your budget and your batteries. Streaming a single site in HD can chew through 300+ GB of data monthly, burning $299–$499/month and requiring constant power. And for what? Most teams don’t need minute-by-minute footage, just up-to-date proof of progress.

On-Demand Photo Access: Control Without Overhead

On-demand access lets users request a live image only when needed. The camera stays idle until triggered, using just 2-3 MB per photo. Power consumption is minimal since the system sleeps outside of requests. Built-in cellular makes setup simple, and the method works well in solar-powered or low-bandwidth environments. It offers visibility on demand without the energy or cost burden of continuous operation.

Overview

• Image captured only when the user requests
• ~2–3 MB per image; <6 GB/month
• Monthly costs: $59 to $159
• Minimal power use; sleeps between requests
• Ideal for low-bandwidth and solar-powered sites
  

CamDo DataLens: Built for the Field

DataLens uses this smarter method, on-demand 4K photos, combined with built-in cellular. It’s fast, simple, and field-proven.

What You Get:

• 4K camera with cellular already built-in
• Works anywhere, no Wi-Fi, no modem
• Captures & uploads images in under 30 seconds
• Uses under 5 GB/month in data
• Priced under $1,000
  

Whether you're managing five sites or fifty, DataLens gives you visibility on demand, without live streaming's cost or complexity.

Ready to Cut Costs Without Sacrificing Visibility?

✅ Plug-and-play install
✅ Instant 4K images from the field
✅ Under $1,000

FAQs

Q: Does CamDo DataLens support live video streaming?
A: No. DataLens uses on-demand photo capture to provide immediate site visibility with lower cost and power requirements.

Q: How fast does on-demand photo upload?
A: Images typically upload and display in 10–30 seconds after the user request, depending on signal strength.

Q: Can I use DataLens on remote or solar-powered sites?
A: Yes. But check with your cellular provider for signal strength for remote locations.

Q: How much data does on-demand photo access use?
A: Typical usage ranges between 1 and 6 GB per month, depending on how frequently users request images.

Q: Is scheduled image capture available with DataLens?
A: Yes. DataLens supports both scheduled and on-demand image capture for flexible site visibility.

Q: Can I create time-lapse videos with DataLens?
A: Yes. It captures high-resolution 4K images at regular intervals for seamless time-lapse generation.

Q: Do I need Wi-Fi or an external modem to use DataLens?
A: No. DataLens includes a built-in SIM and cellular modem for direct cloud uploads.

Q: What’s included in the DataLens system price?
A: The full system includes the camera, cellular connectivity, and access to the CloudX platform, all under $1,000.

Q: How many sites can I monitor at once with CloudX?
A: CloudX supports multiple devices. Users can monitor several jobsites from a single dashboard.

Q: Is on-demand access limited to business hours or weekdays?
A: No. You can request images 24/7 from any connected device.

CamDo’s DataLens camera is solving the most persistent problems in construction by combining automated image capture, AI-powered insights, and cloud-based reporting into a single, easily deployable camera unit, all at the right price.

Whether you're managing multiple projects, monitoring safety, or just trying to reduce site visits, this tool changes how teams work, communicate, and make decisions.

Problem: Manual site visits waste 10+ hours per week 

Solution: Track progress remotely through automated 4K time lapse

Field visits take time and introduce delays when managers can’t be on-site. With DataLens, timelapse imagery is captured and uploaded automatically, enabling real-time visual updates that replace in-person inspections. The system installs in under 5 minutes, reducing friction while improving oversight across all phases of a project.

• Reduces physical site visits by up to 50%

• Deploys in under 5 minutes with no technical support required

Problem: Most safety issues are only addressed after an incident

Solution: Automate hazard detection and incident logging using AI

Many construction safety issues go undocumented simply because they aren’t seen or more often, field workers are too busy. With AI-powered image analysis, CloudX flags unsafe conditions, auto-generates incident reports, and timestamps each event. Teams become proactive, rather than reactive, improving compliance, documentation, and overall outcomes.

• Log safety issues automatically using AI analysis of time-lapse images

• Significantly increases the number of documented unsafe conditions in the first month, so safety leaders can have more data on the safety triangle

Problem: Jobsite theft and damage cause over $1 billion in annual losses

Solution: Secure your site with automated photo access and remote visibility

With theft and unauthorized access continuing to impact construction sites, teams need constant visibility without hiring 24/7 security or relying on staff to send photos. DataLens uploads high-resolution images every 10 minutes (or your chosen interval) using built-in LTE, offering a clear view of your site anytime, from anywhere. This allows project managers to verify end-of-day conditions and deter loss without being physically present.

• Uploads high-resolution site images every 10 minutes via built-in LTE

• Teams check visual updates 12–20 times weekly to deter theft and verify site activity

Problem: Stakeholder communication lags project progress

Solution: Provide instant access to site visuals and weekly reporting tools

Stakeholders don’t just want updates; they want proof of progress. With DataLens, site images are always current and accessible. Branded reports are created in minutes and shared instantly, ensuring clients, owners, and executives stay aligned without waiting on field teams to send photos.

• Generates branded visual reports in under 10 minutes

• Provides 24/7 access to project visuals for clients, owners, and investors

Problem: DSLR-based systems are expensive and labor-intensive

Solution: Simplify time-lapse with a single unit under $1,000

Traditional DSLR setups are bulky, complex, and require ongoing manual work. DataLens offers a fully integrated unit with camera, storage, modem, and power built-in. This eliminates configuration challenges and significantly reduces hardware cost per project. Traditional security cameras are unreliable and of low quality.

• Combines camera, power, storage, and connectivity into one unit

• Costs less than $1,000, that’s at least 70% lower than DSLR-based alternatives

Problem: Subcontractor work is difficult to verify remotely

Solution: Use time-stamped image history to confirm every phase of work

Without reliable records, teams rely on texts, emails, and status updates that don’t always reflect real progress. With DataLens, every image is archived and timestamped, making it easy to confirm exactly when a task was completed. Managers can make faster decisions and resolve issues with visual proof.

• Archive all images with timestamps for accurate milestone tracking

• Reduces unnecessary visits by enabling remote validation of progress

Problem: Marketing departments want high-quality images and video

Solution: Deliver 4K footage automatically for social content and proposals

Marketing and communications teams need high-quality visuals to promote progress, build trust, and win new business. DataLens captures 4K time-lapse footage daily, stored and accessible for use in campaigns, proposals, and project updates, without needing a field team to record or edit anything. Need more resolution? SolarUp offers 27MP using the GoPro HERO12. 

• Captures daily 4K footage ready for export without editing

• Drives 37% higher engagement on LinkedIn and campaign content

Problem: Remote and rural jobsites lack IT infrastructure

Solution: Stay connected anywhere with built-in LTE and cloud automation

Some job sites are far from internet access or technical support. DataLens was built for these environments. With LTE connectivity built in, the system works in isolated or infrastructure-free locations, enabling full visual oversight even in the most remote conditions.

• Operates in areas without WiFi, internet, or IT support

• Achieves 98%+ uptime across 48 U.S. states and 7 countries

Problem: It’s hard to prove ROI 

Solution: Deliver measurable cost savings, faster decision-making, and lower risk

Many project teams and finance leaders struggle to justify the cost of monitoring tools that don’t clearly reduce overhead. With DataLens, savings are direct and measurable. Users cut hardware costs, reduce site travel, and accelerate issue detection, all while using a subscription pricing model that supports forecasting and scale. Calculate the right settings to optimize your results using our time lapse calculator tool. 

• Cuts DSLR system costs by 70% by automating manual work

• Delivers ROI within 1–2 projects

Problem: Delays and rework

Solution: Maintain alignment with constant visuals and AI-powered alerts

Gaps in visibility lead to rework, trade conflicts, and schedule slips. DataLens keeps teams aligned by capturing and uploading images every 10 minutes. CloudX AI alerts users to missed milestones or anomalies so issues are caught early, before they become delays.

• Captures image updates every 10 minutes for near real-time visibility

• Uses AI alerts to flag missing work and prevent schedule misalignment

Summary

This isn’t a surveillance device or just another camera; it's a jobsite intelligence system that works across safety, scheduling, marketing, and management. It reduces risk, saves time, and delivers data without friction. It installs in 5 minutes. It’s under $1,000. And it’s trusted on projects in 48 states and 7 countries.

• One system for monitoring, safety, and reporting

• Integrated with CloudX for AI insights and instant documentation

• Deployed by GCs, safety leads, marketing teams, and CFOs alike

Frequently Asked Questions (FAQ)

Q: How is this different from a traditional DSLR time-lapse setup?
A: DataLens is an all-in-one unit with built-in 4G LTE, 4K camera, power, and storage. No external modems, power sources, or manual uploads are needed. Setup takes less than 5 minutes.

Q: Can I use this system on a site without WiFi or power?
A: Yes. DataLens runs on solar or battery and uses built-in cellular for uploads. No site infrastructure is required.

Q: What happens if there’s a safety issue on-site?
A: CloudX AI reviews every image and flags anomalies. Safety managers can review auto-logged incidents with timestamps for documentation or corrective action.

Q: How often does it capture and upload images?
A: The camera captures images at set intervals and uploads to CloudX every 10 minutes. You always have access to the latest site visuals using a web browser.

Q: Can multiple people access the same project?
A: Yes. Teams can access projects through a shared CloudX dashboard with permission-based roles for PMs, safety, marketing, and finance.

Q: What’s the total cost to deploy?
A: Hardware cost starts at $999. Ongoing CloudX access is subscription-based, starting at $69/month with pricing based on selected features (e.g., time-lapse only vs. time-lapse + jobsite intelligence, cellular data included, etc).

Q: Can I export time-lapse videos or daily images?
A: Yes. Videos and images can be downloaded from CloudX at any time for use in reports, presentations, or marketing campaigns.

Q: How is this different from live streaming?
A: DataLens provides updated still images, not continuous video streaming. It’s designed for documentation, analysis, and progress tracking, not security surveillance.

Q: Who typically uses this system?
A: Project managers, safety leads, marketing teams, and finance executives use DataLens for monitoring, reporting, and content creation. It’s built for construction, not just photography.

Ready to Learn More?  See CamDo’s Cameras

1. GoPros Are Just for Action Sports

While GoPros are famous for capturing action sports like skiing, surfing, and mountain biking, their use cases extend far beyond these activities. Today, GoPros are widely used in construction time lapse, AI, project documentation, filmmaking, wildlife research, virtual tours, and even live streaming. Their size, durability, and image quality make them ideal for environments where larger cameras can’t go.

2. GoPros Don’t Produce Professional-Quality Footage

This was once true, but not anymore. Modern GoPros (especially the HERO13 Black) shoot in 5.3K at 60fps and offer advanced color profiles, 10-bit color, and high dynamic range. With proper lighting, stabilization, and post-production, GoPro footage can and has been used in professional documentaries, television, and advertising.

3. GoPros Are Only Good for Short Clips

Older GoPros did have overheating and battery limitations. However, with upgrades like Enduro batteries, improved thermal design, and external power options, newer models can now record for hours. For long-term projects like construction time-lapse or research, solutions like CamDo’s UpBlink/SolarUp and CloudX allow for fully automated, months-long deployments, particularly because removing the GoPro battery is part of the setup.

4. Audio Quality Is Always Poor

GoPro audio has improved significantly over the years. While internal mics may not match dedicated audio recorders, HERO13 includes directional audio and wind reduction. You can also connect external microphones using the Media Mod or USB-C mic adapters to record high-quality audio directly into the camera.

5. They’re Not Good in Low Light

While GoPros aren’t designed to compete with full-frame DSLRs in low light, the latest models include enhanced sensors and Night Effects modes. For situations like twilight construction footage or low-light environments, newer firmware and post-production tools can deliver usable results.

6. You Can’t Control or Automate GoPros

This is outdated. Through tools like CamDo’s programmable time-lapse controller, you can automate camera operation, schedule recordings, and even control the camera remotely via the cloud.

7. Mounting a GoPro Is Always a Hassle

GoPros offer a massive ecosystem of mounts and accessories. For professional use cases, such as construction, research, or industrial inspection, rugged mounting enclosures like CamDo’s SolarX and DryX housings allow for secure, weatherproof installations in any environment.

FAQs

Q: Are GoPros good for professional photography or video?
Yes. When used correctly with good lighting and stabilization, GoPro footage is frequently used in commercial and broadcast work.

Q: Can a GoPro run unattended for long periods?
Yes, with external power and scheduling tools like CamDo UpBlink and CloudX, GoPros can record automatically over days, weeks, months or years.

Q: What’s the best GoPro model in 2025?
As of now, the HERO13 Black offers the best balance of performance, battery life, and accessories.

Q: How do I extend GoPro battery life for long shoots?
Using Enduro batteries, turning off WiFi when not needed, lowering screen brightness, and using external power packs can greatly extend battery life.

Q: Can GoPros shoot underwater?
Yes, all current GoPro models are waterproof without housing to certain depths (usually 10m). For deeper dives, use specialized waterproof housings.

Q: Are GoPro accessories compatible across different models?
Many mounts and accessories work across multiple GoPro models, but some items like Media Mods or batteries are model-specific.

Q: Is it easy to edit GoPro footage?
Yes, GoPro provides free editing software like Quik and compatibility with most professional editing programs including Adobe Premiere Pro and Final Cut Pro. For time lapse videos, Camdo CloudX can automatically generate construction time lapse videos.

Final Thoughts

GoPro cameras have matured into powerful tools for creators, professionals, and businesses. Whether you’re capturing a skydiving adventure or documenting a years-long construction project, knowing the truth behind these common misconceptions will help you get the most from your gear.

Need a long-term GoPro solution?
Check out CamDo’s GoPro-compatible systems for construction, time-lapse, research, and more.

The Contech Alliance is made up of forward-thinking builders like Skanska, Turner Construction, E-J Electric, Curtis Partition, and Gramercy Group. These companies are setting the pace on innovation, not waiting for compliance mandates to catch up.

We were honored to be one of the select few invited to pitch at this year’s summit, going head-to-head with some of the most forward-thinking startups in construction technology. The format: an 8-minute pitch followed by a 5-judge Q&A, scored on criteria like user experience, technical innovation, scalability, and real-world impact.

While we narrowly missed taking home the $5,000 prize, placing second. We left the event with something far more valuable: validation from the industry’s top safety leaders that CamDo is building the future of proactive, AI-powered jobsite intelligence.

What We Pitched: AI That Thinks Like Your Safety Team

At SafeTech, we didn’t present our flagship time-lapse solution. Instead, we introduced the crowd to DataLens for Jobsite Safety, a brand new plug-and-play, computer vision-enabled camera that actively identifies unsafe conditions on live construction sites.

Let’s face it: safety on a jobsite can’t depend on someone being in the right place at the right time with a clipboard. And yet, 50–90% of unsafe conditions and near misses go unreported daily.

With DataLens, we’re changing that.

Here’s how it works:

• Rugged, battery-powered cameras are deployed inside the jobsite, not just perimeter views.
• Every few minutes, they capture images and upload them via built-in cellular.
• Our platform, CloudX, uses AI to flag safety observations, like missing PPE, slip/trip hazards, or fall risks.
• Safety leaders get automatic notifications and trend dashboards, helping them act early instead of after the fact.

No wiring. No complex setup. Just visibility to the unsafe conditions at the bottom of the safety triangle, at scale.

Built for Safety Leaders, Not Just Cameras

Construction still accounts for 1 in 5 workplace deaths, and despite all the rules, the fatality rate hasn’t budged in over a decade.

Why? Because most safety tools are reactive. They focus on incident reporting after something goes wrong.

DataLens flips that model on its head. By documenting unsafe conditions in real-time, even if no one reports them, we empower safety professionals to intervene before injuries occur.

This isn't about adding more admin burden. Quite the opposite.

We’ve built:

• A plug-and-play camera system you can install in 2 minutes
• A mobile app that creates full safety reports from voice notes using generative AI
• Seamless Procore integration, so alerts and photos land in the safety module automatically
  
  

It's Google Photos meets ChatGPT, for safety. From voice to Procore, in seconds.

What the Judges Saw

The SafeTech judges used a rigorous scorecard, looking for:

• Ease of use
• Technical innovation
• Scalability
• Market uniqueness
• Presentation quality
  
  

CamDo’s solution checked every box. And the feedback echoed what we’ve been hearing from some of the biggest names in construction:

“To cover the entire site, the price has to make sense. CamDo finally solved this.” — Gilbane CIO

“Finally, someone is offering a full camera + AI solution at the right price!” — Bechtel CIO

A Quick Glimpse from the Stage

When our CEO, Todd McCann, took the stage at SafeTech, he posed a challenge to every safety leader in the room:

“When was the last time you said, ‘No thanks, I don’t need more unsafe conditions documented’? If you’re like most safety leaders, you’re flying blind at the bottom of the Safety Triangle. And it’s costing lives.”

That line sparked a wave of nods in the audience. Safety isn’t about more forms or rules, it’s about visibility.

And that’s exactly what DataLens delivers.

Ready to Enhance Safety on Your Site by > 30%? 

We’re building more than a camera. We’re building a safety co-pilot that sees what your team can’t, so you can stop reacting to incidents and start preventing them.

If you're a safety leader looking for smarter visibility, we invite you to let AI see what you’ve been missing.

Get a demo below 👇

What Is a Construction Site Diary?

A construction site diary goes by many names, such as a daily log, jobsite report, or field report. It is the backbone of jobsite communication and documentation. It’s where foremen, superintendents, and Project Managers log what happened, when it happened, and who was involved.

Typical entries include:

• Weather and work conditions
  
• Crew and subcontractor attendance
  
• Deliveries and delays
  
• Instructions and changes
  
• Safety incidents or observations
  
  

These records are essential for progress tracking, dispute protection, and project accountability.

The Problem: Traditional Site Diaries Aren’t Built for Today’s Jobsites

Manual site diaries rely on one thing: someone remembering to write them.

That creates challenges:

• Entries can be incomplete or inconsistent
• Entries can be time-consuming
• There’s no visual proof unless someone snaps and uploads photos
  
• Important events might be missed entirely
  
• When disputes happen, it's your word vs. theirs
  
  

Project managers lose time chasing updates, and safety leaders are stuck reacting to issues after they happen.

Enter the Visual-First Site Diary: AI-Powered, Auto-Captured, Always On

Today’s most effective construction diaries don’t just record, they capture. Automatically.

With CamDo's camera systems, DataLens, and the Sony or GoPro SolarUp Time Lapse Camera, contractors can transform passive recordkeeping into proactive, visual documentation powered by AI.

Key benefits include:

• Automated Time-Lapse & Daily Visual Logs - No more manual uploads
  
• AI-Powered Event Detection - Safety risks flagged in real time
  
• Cloud-Based Access - Instant updates, even from remote sites
  
• Integrations - Automatically push images into construction management platforms like Procore, CMiC, PlanGrid, and BIM360.
  
• Full Visual History - Every milestone, delay, or incident documented without relying on memory
  

“It’s like having a site supervisor with a photographic memory—on every job.”

Real Use Cases: From Delays Prevented to Claims Defended

Picture these scenarios:

Project Manager: used to visit the site 1-3 times a week just to stay updated. Now? One quick login to CloudX, and they see up-to-date photos, tracks progress, and even sends verified visuals to clients, no questions asked.

Safety Manager: uses CloudX’s AI-powered incident detection to spot potential hazards (near-miss) at the bottom of the safety triangle before they turn into injuries. If something does happen, the footage is already logged, with time-stamped visuals ready for reporting or review.

Why the Visual Site Diary Is the New Standard

When your diary includes images captured daily, automatically, you:

• Reduce site visits and improve oversight
  
• Strengthen protection against legal claims
  
• Improve subcontractor accountability
  
• Increase transparency with owners and insurers
  
• Save hours of admin each week

Ready to Upgrade Your Daily Logs?

Both DataLens and SolarUp plug into the CloudX platform, offering visual-first site diaries that do the documenting for you. No more guesswork. No more gaps.

👉 See CamDo in Action Get a Custom Demo

FAQ: Visual Construction Site Diaries

Q: What’s the difference between a site diary and a daily report?
A: They're often used interchangeably. Both track daily jobsite activity, but a visual site diary includes automatically captured images and AI insights for better accuracy and value.

Q: Can CamDo cameras replace our daily reports?
A: Not entirely, but they dramatically improve them. You still log notes, but CamDo adds the visual proof and automated updates that traditional methods miss.

Q: Is this only useful for big projects?
A: No. Even small jobs benefit from visual records, especially for client updates, dispute protection, and schedule alignment.

Q: What if my site has no internet?
A: DataLens includes built-in cellular connectivity, making it ideal for remote projects without WiFi.

If you're involved in school construction, whether as a project manager, superintendent, or facility operations lead, you've probably asked:

How do we keep everyone informed, protect student privacy, and stay within our budget, all without burdening our IT staff or breaking the bank?

Here’s how smart, simple construction monitoring is helping schools achieve exactly that.

The Unique Challenge of School Construction

School construction projects aren’t like regular builds. They have specific pressures:

• Public Accountability: These projects use taxpayer funds, so transparency with the community is vital.
  

• Multiple Stakeholders: School boards, superintendents, parents, architects, and contractors all need updates.
  

• Privacy Concerns: Putting cameras around students naturally raises privacy issues.
  

• Budget Limits: Schools don’t have money to waste on expensive, complicated tech.
  

• Busy IT Departments: Any tech used needs to be simple enough to set up and run without constant IT involvement.
  
  

School districts need practical, straightforward solutions, not expensive, complicated security-style cameras.

An Easier Way: Clear, Simple Site Monitoring

That’s why more districts and contractors are choosing DataLens, an easy-to-use, all-in-one, 4K time-lapse camera designed specifically for construction projects.

Why schools prefer DataLens:

1. Easy Plug-and-Play Setup DataLens is solar-powered with built-in cellular connectivity, meaning:

• No complicated modem or WiFi setups.
  
• Installed in minutes, without needing IT help.
  
• Ideal for busy districts handling multiple projects simultaneously.
  
  

2. Effortless Stakeholder Transparency Through CloudX's unique iFrame embed feature, schools can effortlessly share live jobsite images or time-lapse videos right on their website:

• Keeps parents and community updated.
  
• Builds trust through transparency.
  
• Reduces the flood of questions and strengthens support for bond initiatives.
  
  

3. Affordable, Clear Pricing Budgets in education are tight, so DataLens is priced below $1,000:

• No hidden fees or surprise costs.
  
• No need for expensive site checks.
  
• A clear, budget-friendly alternative to pricey DSLR systems that demand constant upkeep.
  
  

4. Privacy-Respecting Photo Monitoring Student safety and privacy are critical. DataLens addresses these concerns by capturing still images at intervals (usually every 10 to 20 minutes) from a distance:

• No live streaming, no facial recognition.
  
• No identifiable student data collected.
  
• Usually placed outside active learning areas, ensuring privacy without sacrificing documentation quality.
  
  

Real-World Examples:

Scenario 1:
New STEM Wing Imagine your district is building a STEM wing funded by local bonds:

• Project managers install DataLens quickly and start receiving images instantly.
  
• The school's website features an embedded visual feed.
  
• Parents, students, and board members follow the project's progress anytime, without extra calls or site visits.
  
• Architects and inspectors easily verify progress against the timeline.
  
  

Scenario 2:
California Campus Project David Manzo from Bejaw Video Productions used CamDo solutions to capture his first large-scale construction time lapse, a $700M high-tech campus in San Francisco. Despite drone restrictions and installation hurdles, clear visual documentation was achieved effortlessly.

Ready to Boost Transparency and Stay on Track?

DataLens is available now for under $1,000.
Simple setup, zero IT stress, and AI-powered documentation that works behind the scenes.

👉 Get a quote or see a demo today.

Frequently Asked Questions

Q: Can we easily share construction updates with the public using DataLens?
A: Absolutely. CloudX’s built-in iFrame makes it easy to show the latest jobsite images directly on your school's website, helping to engage and inform the community effortlessly.

Q: What's an iFrame and how do we use it?
A: An iFrame lets you embed content, like construction photos, directly into your school's website, updating automatically with no extra work.

Q: Does DataLens require on-site WiFi or internet?
A: No. DataLens comes with built-in cellular connectivity, no modems, no WiFi, no hassle.

Q: What's included in the DataLens price?
A: The package includes the camera, solar power kit, built-in cellular modem, and customer support, all under $1,000. A CloudX subscription is required for ongoing access.

Q: Can DataLens handle renovations or just new builds?
A: DataLens is great for renovations, modernizations, additions, or new construction projects, no matter the scale or scope.

Q: How quickly can we get DataLens up and running?
A: Typically less than 10 minutes, no special skills required. Just mount it, power it up, and you're immediately ready to document your project.

Here's how smart cameras like DataLens (plug-and-play) and SolarUp (GoPro/Sony modular) paired with CloudX can prevent delays, save money, and reduce project risk.

1. Instantly See What Really Happened

Forget digging through daily reports or tracking down updates—just pick the day and view it.

Time-lapse cameras automatically capture progress and upload images to the cloud using CloudX. With one click, you can verify whether a delivery showed up, a task was completed, or a subcontractor was on site.

✅ Risk mitigated: Delays caused by miscommunication, forgotten tasks, or inaccurate reporting.

2. Prevent Disagreements with Automatic Documentation

Scope disputes? Change order arguments? Stop them before they start.

With visual proof of progress—captured continuously and timestamped—you have a secure, unbiased record of exactly what happened on site. It’s the easiest way to de-risk disputes and get to resolution faster.

✅ Risk mitigated: Legal disputes, change order confusion, and stakeholder disagreements.

3. Detect Issues Before They Escalate

AI-powered tools in CloudX flag anomalies in your schedule or site activity. That means you can catch and fix issues early—before they derail your timeline or budget.

✅ Risk mitigated: Costly rework, late-stage corrections, and safety violations.

4. Keep Stakeholders Aligned Without the Hassle

Whether you're a project manager, a client, or in finance—instant visual updates mean fewer surprises and more trust.

• Project managers stay in control
  

• Clients feel informed and confident
  

• Finance teams get visibility on spending
  

• Marketing teams get content to showcase progress
  
  

✅ Risk mitigated: Team misalignment, delayed approvals, and unexpected cost escalations.

5. This Camera Pays for Itself

Every day your project is delayed costs money. But this system helps prevent that.

• DataLens is under $1,000—half the cost of competitors—and installs in minutes.
  

• SolarUp + GoPro/Sony offers high-res flexibility with the same AI-powered tracking via CloudX.
  
  

No matter the size of your project, these tools deliver ROI fast—through risk mitigation, better documentation, and fewer disputes.

✅ Risk mitigated: Project delays, budget overruns, and brand reputation damage.

Bottom Line:

Time-lapse isn’t just for marketing—it’s jobsite risk insurance.

With automated uploads, AI insights, and instant visual proof, DataLens and SolarUp give your team the edge in preventing problems before they start.

Want to see how it works? Book a quick demo today.

But our mission has always been the same: to help businesses capture difficult footage with a simple workflow.

A Vision to Bring the Viewer Closer to the Source

When we turned our focus to construction time-lapse in 2018, we saw an industry still relying on outdated, expensive, and complex solutions. Builders and photographers struggled with cumbersome hardware, SD card and battery swaps, and some solutions didn’t connect to the cloud! There was no simple, affordable way to capture and analyze jobsite data effortlessly.

We knew we could change that.

Our executive team has deep roots in construction, having worked as engineers and developers in the field. This firsthand experience allowed us to design both the hardware and AI platform with real industry needs in mind—not just for capturing beautiful time-lapse footage, but also for helping teams work smarter, not harder.

That’s why we built DataLens, the first AI-powered 4K time-lapse camera designed for construction professionals—delivering effortless jobsite monitoring, automated AI insights, and progress tracking.

Why We Built DataLens: Solving Real Pain Points

Time-lapse has been too complex and too expensive for too long.

Traditional time-lapse systems require:

❌ Expensive hardware that costs thousands per jobsite.

❌ Manual SD card and battery swaps, leading to data gaps and lost footage.

❌ Cumbersome setups that take hours to configure and maintain.

❌ No smart insights, just raw images that require manual review.

Builders, photographers, and AEC field teams needed a cost-effective, plug-and-play solution that could do more than just capture images—it needed to analyze and deliver insights that drive efficiency, safety, and progress tracking.

That’s exactly what DataLens does.

✅ 4K Time-Lapse with Zero Hassle – No complex rigs, no SD cards. Just a plug-and-play system with built-in cellular connectivity for automated cloud uploads.

✅ AI-Powered Jobsite Intelligence – Gain insights into progress, safety risks, and project status automatically with CloudX’s AI-driven platform.

✅ Instant Access Anytime, Anywhere – Monitor your jobsite remotely with the latest site images and AI-powered insights, all available in the cloud.

✅ Under $1,000 – Get AI-powered time-lapse for a fraction of the cost of traditional systems.

AI-Powered Insights: More Than Just a Camera

A camera alone can’t improve jobsite efficiency. That’s why DataLens is powered by CloudX, our AI-driven jobsite intelligence platform.

With AI automation, you get:

🔹 Automated Productivity Tracking – Instantly see where workers and machinery have spent most of their time to avoid falling behind schedule.

🔹 Risk Detection & Safety Monitoring – Automate Safety Triangle observations, identifying hazards before they become costly problems.

🔹 Effortless Remote Monitoring – Reduce the need for manual site walks and historical progress tracking, streamlining stakeholder reporting.

🔹 Smart Reporting – Integrated data and simple reports. Alerts coming soon!

Seamless Integrations with Construction Management Platforms

DataLens doesn’t work in isolation—it integrates with Procore, Autodesk Construction Cloud (ACC) BIM 360, CMiC, and PlanGrid. That means your AI-powered jobsite intelligence automatically connects to the platforms your team already uses, reducing manual data entry and making project management more efficient.

Who Is DataLens For?

🏗️ Builders & Project Managers – Stay on top of progress, eliminate manual site visits, and ensure projects stay on time and on budget.

📸 Photographers & Time-Lapse Creators – Capture stunning 4K time-lapse without complicated setups or SD card swaps.

👷 Safety Managers – Use AI-driven insights to improve compliance, detect risks, and document safety.

💻 Technology Leaders – Implement a scalable, AI-powered monitoring solution that integrates with existing construction management platforms.

📢 Marketers & Content Creators – Create high-quality, engaging visuals for project documentation and promotional content with ease.

FAQ: Everything You Need to Know About DataLens

1. How easy is DataLens to set up?
Extremely easy—it's plug-and-play, meaning you can install it in minutes. Unlike other time-lapse cameras, there’s no need for complex configurations, SD cards, or additional hardware. It has a SIM card for cellular connectivity, so it automatically uploads images to the cloud.

2. How does CloudX’s AI-powered jobsite intelligence work?
CloudX uses the latest Computer Vision models. It automatically uploads, organizes, and analyzes your site images, tracking productivity, detecting safety risks, and delivering automated insights to improve decision-making.

3. Can I access my footage remotely?
Yes! DataLens is cloud-connected, so you can access your jobsite images and insights anytime, anywhere—without the need for manual data retrieval.

4. What makes DataLens different from other time-lapse cameras?
Traditional cameras only capture images—DataLens goes beyond that by providing AI-powered insights that help teams stay on schedule, improve safety, and reduce costs. Plus, it integrates with Procore, ACC BIM 360, CMiC, and PlanGrid, making jobsite intelligence part of your daily workflow.

5. What is the price of DataLens?
DataLens is priced under $1,000—a game-changing price for AI-powered jobsite intelligence.

The Future of Construction Monitoring Is Here – Get DataLens Today

With DataLens, we’re not just launching another time-lapse camera—we’re revolutionizing the way construction teams capture, analyze, and act on jobsite data. AI-powered insights mean safer, smarter, and more efficient projects.

👉 Pre-order now to get DataLens for under $1,000.
👉 Or schedule a demo to see it in action.

Time-lapse photography is a fantastic way to document a construction project, promote your work, or keep track of progress over time. When set up correctly, a time-lapse camera can turn months—or even years—of work into a short, captivating video. However, if you don’t configure it properly, you could end up with blurry images, missing frames, or even a complete recording failure.

This guide will walk you through setting up a construction time-lapse camera, avoiding common mistakes, and ensuring the best possible results.

1. Choose the Right Time-Lapse Camera

Not all cameras are designed for long-term outdoor use. Here’s what to consider when choosing one:

✅ Durability – Must be weatherproof and able to handle extreme conditions.
✅ High Resolution – 4K or higher ensures sharp, clear footage.
✅ Power Source – Options include solar, battery, or direct AC power.
✅ Storage Capacity – Needs to last for months without frequent manual maintenance.
✅ Remote Access – Allows you to check and adjust settings from anywhere.

Recommended Cameras:

🔹 SolarUp – Weatherproof, solar-powered, and cloud-enabled for long-term projects.

🔹 PowerUp – Similar to SolarUp but without the solar panel, making it a more budget-friendly option for sites with direct power. 

2. Pick the Best Camera Placement

Where you place the camera will impact the quality of your time-lapse video. Follow these tips:

✔ Get a High & Wide View – Mount the camera high enough to capture the full site.
✔ Ensure a Stable Mount – Use a solid wall mount, pole, or tripod to avoid vibrations.
✔ Check for Obstructions – Make sure trees, buildings, or cranes won’t block the view over time.
✔ Avoid Direct Sunlight – Face the camera north or south to prevent glare.

Pro Tip: Use your site plan, Google Earth, or drone footage to scout the best location before installation.

3. Adjust Camera Settings for Time-Lapse Photography

Recommended Settings:

Why These Settings Matter:
✔ Shorter intervals (e.g., every minute) are best for quick-moving projects.
✔ Longer intervals (30-45 minutes) work well for large-scale projects.
✔ Higher resolution lets you zoom in during editing without losing quality.

4. Ensure Reliable Power & Storage

Power Options:

🔋 Battery-Powered – Best for short-term projects.
🔆 Solar-Powered – Great for long-term outdoor setups.
🔌 Wired Power – The most reliable but requires proper installation.

Pro Tip: Use an uninterruptible power supply (UPS) as a backup in case of power failure.

Storage Options:

📁 SD Cards (Short-Term Use) – Use high-speed 128GB+ cards.
☁ Cloud Storage (Remote Monitoring) – Services like CamDo CloudX.
💾 External Hard Drives (For Backups) – Keep raw footage safe for long-term storage.

5. Protect Your Camera from Weather & Theft

Weatherproofing Tips:

✔ Use a weatherproof case to shield against rain, snow, and dust.
✔ Apply anti-fog spray to the lens to prevent condensation.

Security Measures:

✔ Install in a hard-to-reach location to deter theft or tampering.
✔ Use a steel security box and anti-theft cable locks.
✔ Enable remote monitoring to check the camera’s status online.

6. Monitor & Maintain Your Setup

Routine Maintenance Checklist:
✔ Clean the lens weekly – Use a microfiber cloth for clear images.
✔ Check the power supply – Replace batteries if needed.
✔ Monitor storage space – Avoid losing footage due to full memory.
✔ Backup footage weekly – Prevent accidental data loss.

Pro Tip: Set up automated alerts to notify you if the camera stops recording.

7. Edit & Compile Your Construction Time-Lapse Video

Editing Tips:
✔ Use software like LRTimelapse, Adobe Premiere Pro, or CamDo UpBlink.
✔ Adjust the frame rate to 24-30 FPS for smooth playback.
✔ Add motion effects (panning & zooming) for a professional touch.
✔ Include branding, timestamps, and project details in the final video.

Frequently Asked Questions (FAQs)

Q1: What’s the best time-lapse interval for construction projects?
A: For projects lasting a year or more, a 30-45 minute interval is ideal. Use a time-lapse calculator to plan your settings.

Q2: Can I use a GoPro for construction time-lapse?
A: Yes, but GoPros require external power and weatherproof cases for long-term use. CamDo accessories can help with this.

Q3: How do I prevent flickering in time-lapse videos?
A: Use manual exposure settings and consistent lighting. Software like LRTimelapse can help fix flickering in post-production.

Q4: What happens if my camera loses power?
A: A solar panel setup is the best solution for uninterrupted recording.

Q5: What’s the ideal length for a time-lapse video?
A:
📅 1-year project → 1-minute video
📅 6-month project → 30-second video
📅 2+ years → Keep it under 90 seconds for better engagement.

Conclusion

By choosing the right camera, fine-tuning your settings, ensuring reliable power, and keeping up with maintenance, you can create a high-quality construction time-lapse video that showcases your project beautifully.

Need expert time-lapse solutions? Check out CamDo’s industry-leading time-lapse products!

He shares great tips for aspiring project managers, including his #1 secret to leading a winning team.

Whether you’re a seasoned contractor or just starting out, this is a must-read recap!

Chris’s Journey: From Electrician to Managing Major Projects

Chris didn’t just land in leadership—he earned it. Starting as a journeyman electrician, he worked his way up to managing multi-million-dollar semiconductor builds.

Key Lessons from His Journey:

• The Field Knows Best – As a project manager, Chris never makes promises without consulting his field crews. He knows that unrealistic deadlines hurt both morale and productivity.
• Shield Your Team – Great leaders remove obstacles so their teams can focus on building, not battling inefficiencies.

"People in the field want to do a good job. If something’s slowing them down, it’s your responsibility to find out what’s getting in their way and fix it." – Chris Leatherberry

How Prefab Construction Saves Time and Money

Prefab isn't just a trend—it's a productivity superpower. Here’s why more contractors and developers are making the switch:

• Plan It Once, Execute Faster – Prefab forces teams to plan every detail in advance, reducing delays and last-minute rework.
• Control Your Environment – Work off-site in a controlled space, avoiding jobsite hazards, weather delays, and productivity slowdowns.
• Train the Next Generation – Prefab shops provide a low-risk way to onboard new workers while maintaining productivity.

Track prefab progress with time-lapse cameras to document milestones, improve coordination, and ensure your team stays on schedule.

“We’ve completed projects in a third of the expected time. That’s how powerful prefab can be.” – Chris Leatherberry

Virtual Construction: The 10X Time Saver

Virtual models (BIM) let Chris’s team "build" projects before breaking ground—saving time, money, and frustration.

• Clash Detection – No more expensive rework because a plumber’s pipe crosses an electrical conduit. Solve conflicts digitally, not on-site.
• Precision Planning – Chris says an hour spent resolving issues virtually saves 10 hours of fieldwork. That’s a 10X ROI!
• Worker Clarity – Tools like the Microsoft HoloLens give field crews a 3D view of exactly what needs to be done—no guesswork.

Use jobsite cameras for BIM verification to confirm that on-site progress matches digital plans, preventing costly errors.

“When we can spot issues early, we avoid delays, budget overruns, and 7-day workweeks. Everyone gets to go home on Friday.” – Chris Leatherberry

Mental Health: The Overlooked Productivity Hack

Did you know that construction has one of the highest suicide rates of any industry? Chris shares how mental health struggles nearly derailed his career—and why addressing mental health is critical to jobsite success.

When Companies Support Mental Health:

• Workers make better decisions – Stressed workers don’t think clearly, leading to more mistakes and safety risks.
• Teams build loyalty – When companies invest in their workers, employees go the extra mile in return.

Reduce stress with real-time jobsite monitoring by keeping projects on track and eliminating unnecessary pressure on workers.

"I had panic attacks weekly until I sought help. Once I opened up, others on-site shared their struggles too. Now, it’s a regular conversation." – Chris Leatherberry

Chris’s Advice to Young Pros: Focus on People and Tech

If you’re just starting in construction, here’s Chris’s no-BS career roadmap:

• Master People Skills – Construction is a team sport. Build relationships and learn to listen.
•  Embrace New Tech – AI, BIM, and virtual tools are the future. Stay curious and take risks on small projects to learn fast.
• Get a Mentor – Learn from those ahead of you, but also listen to younger workers with fresh ideas.

"Take care of your team, and they’ll take care of you. It’s that simple." – Chris Leatherberry

Watch the Full Episode

Want to hear more from Chris? He also shares:
🚀 Project management hacks
🏗️ Mental health initiatives for construction teams
📉 How prefab can cut jobsite hours by 70%!

Watch the full episode 👇

Drop a comment – What’s your experience with prefab or virtual construction? Let’s share ideas!

🔎 FAQs: Prefab & Virtual Construction

1. What is prefab construction?

Prefab construction refers to building components being manufactured off-site and then assembled on-site. This speeds up construction and improves quality control.

2. How does virtual construction (BIM) improve efficiency?

BIM (Building Information Modeling) allows teams to visualize projects digitally before construction begins, reducing errors, rework, and delays.

3. What are the benefits of using time-lapse cameras in prefab construction?

📷 Time-lapse cameras help track prefab assembly, monitor progress, and ensure quality control in remote locations.

4. How does virtual reality (VR) help in construction?

VR tools like Microsoft HoloLens provide immersive 3D models that help workers visualize projects before they build them, reducing mistakes.

5. How does jobsite monitoring reduce stress and improve safety?

Real-time jobsite monitoring lets managers track progress remotely, reducing miscommunication, delays, and last-minute stress.

Top ConTech Trends from 2024

1. Artificial Intelligence (AI) and Machine Learning (ML)

AI and ML have become essential in modern construction, offering data-driven solutions and automation that streamline decision-making. Some notable advancements in 2024 include:

• Smarter Project Planning: AI analyzed vast datasets to improve scheduling and resource allocation.
• Predictive Insights: ML models forecasted delays, helping mitigate risks and minimize downtime.
• Proactive Risk Management: AI-powered systems identified potential vulnerabilities early, enabling timely intervention. Just like CamDo's new Jobsite Intelligence that improves Safety and Productivity on job sites.
  
  

2. Building Information Modeling (BIM)

BIM continues to be a cornerstone of construction planning, with its 2024 evolution showcasing:

• Seamless Collaboration: Integrations with AI and IoT allowed stakeholders to visualize and coordinate more effectively.
• Digital Twins: BIM became the foundation for real-time monitoring and predictive maintenance through digital twin technology.

3. Sustainability and Green Construction

Sustainability remained a major focus, with strides made in:

• Energy-Efficient Design: Advanced modeling tools enabled smarter, eco-friendly building designs.
• Innovative Materials: Builders embraced low-carbon, recyclable materials for greener construction.
• Water Conservation: New systems were implemented to reduce water waste and support environmental goals.

4. Modular and Prefabricated Construction

Offsite construction gained momentum, addressing key industry challenges:

• Precision and Speed: Modular components manufactured in controlled environments improved accuracy and reduced on-site delays.
• Waste Reduction: Prefabrication minimized material waste, aligning with sustainability goals.
• Labor Efficiency: Modular methods lessened dependency on large on-site teams, alleviating labor shortages.

What’s Next? ConTech Innovations for 2025 and Beyond

As we look to the future, several exciting advancements are on the horizon:

1. Robotics and Automation

Robotics will transform workflows with:

• AI-driven construction robots for tasks like bricklaying and demolition.
• Autonomous machinery for excavation and heavy lifting, improving safety and reducing labor needs.
• Drones enhancing site surveys, inspections, and real-time monitoring.

2. Internet of Things (IoT)

IoT applications will grow, offering:

• Smart wearables like helmets to enhance worker safety.
• Efficient asset tracking and maintenance of materials and equipment.
• Energy optimization through intelligent building systems.

3. Augmented and Virtual Reality (AR/VR)

Immersive technology will redefine how construction projects are visualized and executed:

• AR-enabled helmets providing real-time construction plan overlays.
• VR training modules improving worker safety and reducing accidents.
• AR tools enabling stakeholders to see how designs come to life on-site.

4. 3D Printing and Advanced Materials

3D printing will gain traction with:

• Faster construction of complex structures, saving time and costs.
• Sustainable material innovations tailored for 3D printing applications.

5. Digital Twins

Digital twins will enable:

• Real-time building performance monitoring to optimize energy efficiency.
• Predictive maintenance that enhances building longevity and reduces downtime.

6. Blockchain in Construction

Blockchain technology will enhance transparency and efficiency through:

• Smart contracts that automate payments and reduce disputes.
• Supply chain tracking that ensures secure material sourcing and delivery.

7. 5G Integration

With 5G networks, the construction industry will experience:

• Faster communication and data sharing between IoT devices and platforms.
• Enhanced collaboration with real-time file sharing and teamwork.
• Greater IoT device integration, boosting efficiency and safety.

Building a Smarter Future

As the construction industry evolves, these advancements highlight the critical role technology plays in solving key challenges like sustainability, efficiency, and safety. Companies that embrace these cutting-edge innovations will be better positioned to lead in an increasingly competitive market. By leveraging the latest ConTech trends, the future of construction is brighter, more efficient, and sustainable.

Want to see these trends in action?

Check out our exclusive interview with Karl Sorensen, where he explains how these innovations are transforming the construction industry.

#1 Timelapse of the Wellington Archival Building Project

📸 Footage: Wellington Archival Building Time Lapse

The Wellington Archival Building Project created a specialized facility for preserving historical records. Spanning 12,500 square meters, it includes 7,500 square meters of climate-controlled storage, ensuring the safety of sensitive documents. Completed in 36 months from January 2021 to December 2024, the project cost approximately $55 million. The facility accommodates 30 kilometres of shelving and offers public research rooms for up to 100 visitors. Designed by Dr. Emily Richards, the building incorporates low-carbon materials and passive cooling methods to meet sustainability goals. Notably, onsite mixing of 2,000 cubic meters of reinforced concrete ensured precise thermal properties.

About the project

• Budget Allocation: $40 million for construction, $10 million for equipment and furnishings, and $5 million for contingency
• Materials Used: Low-carbon concrete and 1,500 square meters of UV-resistant glazing.
• Future Capacity: Expansion potential for an additional 5 kilometres of shelving.
  

#2 Assembly of the AIDAnova Cruise Ship

📸 Footage: AIDAnova Cruise Ship Construction Time Lapse

The AIDAnova cruise ship features three tanks capable of holding 3,500 cubic meters of liquefied natural gas, enough to power the vessel for two weeks. The gas is cooled to -162°C to become liquid. With 2,626 staterooms across 20 decks, the ship offers over 15 restaurants, entertainment areas, a climbing wall, a sports deck, and waterslides. Whether you have travelled on a cruise ship or not, it's an ideal subject for a captivating construction time-lapse video, exposing both the ship’s size and the complexity of its LNG-powered design.

#3 Excelsior Springs Pool Construction Time Lapse

📸 Footage: Excelsior Springs Pool Construction Time Lapse

The City of Excelsior Springs partnered with Royal Construction for the 10-month project, to bring a state-of-the-art pool to their Community. Clinton Reno, Technology Director at the City of Excelsior Springs, and owner of Skyvuer Imagery, wanted to have a time lapse video of the recreational facility for the community, while also providing regular updates to residents and stakeholders by documenting the entire construction process. He used a drone and CamDo’s solar-powered long term time lapse camera. For more details on this pool project, visit the official City of Excelsior Springs Community Center Facebook page here.

#4 2024 Honda CR-V Production Assembly Line

📸Footage: Honda CR-V assembly line in Canada

The Honda CR-V assembly line in Canada is located at the Honda of Canada Manufacturing plant in Alliston, Ontario. This facility has been operational since 1986 and plays an important role in producing the Honda CR-V for domestic and international markets. The plant covers an area of 1.3 million square feet and produces more than 400,000 vehicles annually. Over 4,000 workers are employed at the site, which consists of multiple production lines, including those for the CR-V and other Honda models.
Honda of Canada Manufacturing utilizes advanced manufacturing techniques, such as robotic automation and precision tooling, to ensure high production efficiency and vehicle quality. The plant employs around 60 robots for welding, assembly, and painting tasks. It uses a mix of automated systems and human oversight to optimize quality control and assembly speed. The manufacturing process includes stamping, welding, painting, assembly, and final inspections before the vehicles are shipped to dealerships

Key details of the assembly process include:

• Plant size: 1.3 million square feet
• Annual production: 400,000+ vehicles
• Employee count: 4,000+
• Robotics: 60 robots for automation
• Vehicle types produced: CR-V, Civic, and others
  

Honda utilizes advanced lightweight materials in the CR-V’s construction. These materials help to enhance fuel efficiency without compromising structural integrity. Additionally, the plant’s architecture focuses on maximizing space for production and efficiency, employing a flexible design that allows quick adaptation to achieve changes in vehicle design and production.

#5 High-Tech Equipment Installation at Goelzer Industries

📸 Footage: HighTech Equipment Installation

This fascinating long term time lapse shoot of installing a W+D 628RC envelope printing and converting machine at Goelzer Industries in Grand Prairie, TX makes the list. This in-depth look at the project reveals the intricacies of capturing the installation through construction timelapse photography. The machine processes up to 30,000 envelopes per hour and supports full-color printing with a resolution of 600 dpi. The 628RC can cut, fold, and glue envelopes with high accuracy.

The project, which lasted 3.5 weeks, required precise documentation for multiple purposes, including creating a final installation video and producing sub-edits for marketing and trade shows. Chris Kraft Media managed the photo and video equipment to capture the process, ensuring that every detail was documented accurately.

#6 Griffith Base Hospital Redevelopment

📸 Footage: Griffith Base Hospital Redevelopment

The Griffith Base Hospital Redevelopment is a $250 million project aimed at enhancing healthcare services for Griffith and surrounding communities. A new three-story clinical services building will house key services including an Emergency Department, operating theatres, medical imaging, aged care, and rehabilitation beds. The project also features expanded outpatient care and a clinical link to an adjoining private hospital. The redevelopment includes improved parking, a non-clinical services building, and the refurbishment of the Ambulatory Care Hub. Construction is expected to be completed in early 2025.

#7 One Bangkok Project

📸 Footage: One Bangkok Project

The One Bangkok Project is an urban development located on 16.7 hectares (41.3 acres) in central Bangkok, Thailand. It is one of Southeast Asia’s largest mixed-use developments.

Project details:

• Investment: $3.5 billion
• Total Floor Area: 1.8 million square meters (19.4 million sqft)
• Residential Units: 2,000 across five luxury towers
• Office Spaces: 500,000 square meters (5.4 million sqft) of Grade A office space
• Retail Areas: 180,000 square meters (1.9 million sqft)
• Hotels: Five hotels with 1,100 total rooms
• Public and Green Space: Comprises 50% of the development

The project’s design incorporates direct access to Bangkok’s MRT transit system and aims for LEED Platinum certification using solar energy, rainwater harvesting, and tree canopy walkways that add a unique jungle experience to urban life.

Architectural and Construction Highlights

• Architectural Lead: Foster + Partners
• Sustainable Construction: High-performance curtain wall systems reduce heat gain and energy usage
• Timeline: Construction began in 2020, with initial sections expected to be operational by 2025

Thanks for letting us share some of our favorite time lapses this year.
Which ones did we miss? Let us know on social media—we want to hear from you

Get a free 10-minute consultation for your time-lapse project today.

1. No Plan, No Success

• Problem: You arbitrarily select a camera position, crossing your fingers. Halfway through, you find the view is obstructed by cranes, walls, or trees.
• The Cost: Weeks or months of footage are wasted. Your video doesn't tell the full story.
• The Fix: Take an hour to scout the site and ideally review the plans; choose an angle that will provide a fairly clear, consistent view through every phase of the project. Spend some time testing out setups to avoid surprises.

2. Cheap Cameras Cost You More

• The Problem: Low-end cameras cannot withstand months of work; they freeze, break, or produce low quality photos that disappoint clients.
• Cost: You’ll disappoint your stakeholders and miss the chance to capture the project.
• Solution: Deploy reliable equipment designed for long projects, such as a GoPro with an UpBlink controller. This setup gives you crystal-clear 4K footage and doesn't quit.
  
  

3. Power Problems Shut You Down

• Problem: Your camera's battery dies, or its power source is affected by bad weather.
• The Cost: Gaps in your footage mean you lose critical parts of the project.
• Solution: Use solar panels or long-life batteries suitable for outdoor projects. Be prepared for power losses so that your camera keeps running regardless of everything.

4. The Weather Always Wins

• The Problem: Rain, snow, or extreme temperatures damage your camera—or stop it from working altogether.
• The Cost: Lost footage. Damaged equipment..
• The Fix: Invest in a water-resistant case to protect your camera from harsh conditions.

5. Wrong Frame Rate, Wrong Results

• Problem: Your camera takes too many pictures or too few, which leads to either running out of storage or making the video look jerky.
• The Cost: Hours spent fixing mistakes in editing—or footage that just doesn't work.
• The Fix: For longer-term projects, such as construction, your camera should be set to capture one photo every 10-30 minutes; this will keep your video smooth without wasting space. Use our Time Lapse Calculator to help you prepare your time lapse project.

6. No Remote Monitoring? Big Risk

• The Problem: Your camera moves, your battery dies, or something breaks—and you never know it until later.
• The Cost: Weeks of bad footage before you catch the problem.
• The Fix: Use tools like CloudX to check your camera from anywhere. Have your photos uploaded automatically to be sure your time lapse project runs smoothly.

7. Storage Limits End Your Project Early

• Problem: Your camera runs out of storage, and the footage stops recording.
• Cost: You lose the best moments, and your video falls short of expectations.
• Solution: Choose a setting like, deleting the image off the SD card after a successful upload of photos to the cloud—you will never run out of space again.

The Bottom Line

From Pipefitter to Project Manager: Mark's Journey

Mark's career began humbly as a labor foreman for a mechanical contractor before he entered the plumbers and pipefitters apprenticeship program. He honed his welding skills, became a certified welder, and eventually advanced to field superintendent, estimator, and project manager. Despite facing challenges like severe injuries, Mark leveraged his experience and adaptability, transitioning from the field to the office. A pivotal moment came when an injury kept him off-site, but his employer noticed his skill in managing tasks in the office, setting him on a path to project management.

Key takeaway: Sometimes, unexpected setbacks can lead to new opportunities. Mark's transition from welding to project management exemplifies how diverse skills can open doors in construction.

Safety, Quality, and Schedule – The Balancing Act

One of the main themes of the conversation was the balance between safety, quality, and keeping projects on schedule. General contractors often pressure trades to speed up, but Mark emphasized the importance of safety and doing things right the first time. He noted that a clean, hazard-free workspace and proper planning are crucial for ensuring safety in mechanical contracting, especially when working with heavy equipment or hazardous materials.

Mark’s advice: "I'd rather take your time to get it right instead of ripping it out and trying to redo it."

Staying Cost-Effective Amid Quality Demands

Mechanical contractors often face tight budgets and deadlines, and Mark offered insight into how his team balances these pressures. One strategy is using a blend of skilled tradespeople, including apprentices and certified welders, to keep costs manageable. Preparation and proper execution are key to keeping projects both on time and within budget.

Tip: Planning is everything in mechanical contracting. A well-laid-out job with the right blend of skilled workers can save time and money while maintaining quality.

Communicating with General Contractors and Other Trades

Clear communication is critical to a smooth project, especially when multiple trades are involved. From HVAC to plumbing, the coordination of subcontractors is essential to keep the project moving forward without hiccups. Pre-construction meetings, coordination drawings, and clear schedules ensure everyone is on the same page.

Mark stresses the importance of having a "plan B" for those inevitable moments when things go wrong, whether due to missed coordination or unexpected design changes.

Embracing Innovation in Mechanical Contracting

Mark discussed how mechanical trades have evolved with the introduction of new technologies, including prefabrication, GPS-based building models, and advancements in piping materials like PEX and HDPE. While traditional welding remains essential for high-pressure systems, mechanical contractors are increasingly using grooved piping systems to streamline installation and save time.

Pro tip: Prefabrication and the integration of advanced technology allow mechanical teams to keep pace with construction schedules, even when lead times on equipment extend for months.

The Importance of Continuous Training

To keep up with the evolving nature of construction technologies, Mark emphasized the importance of continuous learning and certification. He advised young professionals in the field to acquire as many certifications as possible, whether it’s for welding, backflow prevention, or specialized piping systems.

His core message to the next generation of mechanical contractors is simple: "Any certification you can get, you put in your back pocket—you’ll always have it."

Looking Toward an Eco-Friendly Future

Mark also touched on the growing importance of sustainability in mechanical contracting. With environmental concerns becoming more pressing, the industry must prioritize eco-friendly practices. Mechanical contractors need to stay informed about EPA regulations and adopt environmentally responsible methods in their work.

A personal note: Mark highlighted his desire to leave a cleaner world for his grandchildren and encouraged others in the industry to adopt the same mindset.

This conversation with Mark Turnell is a treasure trove of practical advice and industry insights. From balancing safety, quality, and schedule to embracing new technologies and prioritizing ongoing education, there’s something for every professional in the construction industry to learn.

Interested in more industry insights? Subscribe to our channel for updates on the latest construction trends and expert interviews!

Meet Chad Van Kampen: Precast Expert

Van Kampen has spent more than 25 years working with precast concrete. He is a specialist in the field and has been involved with a great number of major projects, including several award-winning ones. Work with the Pre-Stressed Concrete Institute” with “PCI” gave Chad great insight into precast construction and how such a method can enhance one or another building project. Today, Chad is going to share what he learned about precast concrete and how it can help you on your job site.

Key Precast Concrete Methods You Need to Know

Chad discusses some key methods that really show why precast concrete is so useful in construction. First among these are tilt-up construction. This involves casting large concrete panels on the ground and then lifting them into place. “Tilt-up speeds up the process and saves a lot of time and money,” Chad says. Chad also describes how precast concrete can often be stronger, as well as more customizable, when compared with steel structures. “Precast works better in areas with earthquakes because it handles the stress better than steel,” Chad says. Precast concrete can be manufactured into virtually any shape. Accordingly, architects may implement various creative building design solutions and still maintain the building's robustness and safety.

Among others, Chad points to precast concrete's compatibility with the so-called design-build method. In that method, the process of design is combined with construction, while the precast panels speed up the construction process. “When we work closely with architects right from the start, everything moves faster and easier,” adds Chad.

Why Precast Concrete Is So Helpful

There are many benefits that come along with precast concrete, and Chad shared some of the biggest ones he's seen on his projects. First, it's great for speeding up construction. Precast panels are made off-site, so while the site is being prepared, the panels are being made. This really helps save time. “On one project in Grand Rapids, using precast saved us months,” Chad recalls.

Another big benefit is cost savings: with less on-site labor and a faster schedule, projects using precast are quite often coming in under budget. A good example is that the pool complex in Michigan allowed the client to save enough money to upgrade other parts of the project. Precast concrete is also very strong and durable in harsh weather, even in areas with earthquakes. Plus, it can be finished to look nice while still being very robust.

Meeting Challenges with Precast Concrete

Transitioning from traditional building materials—wood or steel—to precast concrete can seem intimidating. One perception among some contractors is that precast is hard to install. However, as Chad says, typically, it's just a matter of having the precast engineers involved early in the building process. “The project goes a lot smoother when we're working with the design team from the outset,” he says. Training is also a key point for Chad: “We spend time training crews on how to work with precast, and when they understand the benefits, they get eager to use it.”

Future Trends in Precast Concrete

Looking ahead, two new materials get Chad excited about even greater precast concrete: Fiber Reinforced Polymer (FRP) and Ultra-High Performance Concrete (UHPC). These extremely lightweight yet incredibly strong materials are extending design options for architects. “FRP is a game-changer because it lets us make thinner panels without losing strength,” Chad says. Equally impressive, UHPC is also making waves with its super-strong yet lightweight properties. Both items are pushing the boundaries of what is possible in construction.

Conclusion: Why You Should Care About Precast Concrete

Precast concrete is revolutionizing the way we build. It's quicker, more affordable, and much stronger than many other methods. As Chad pointed out, using precast concrete will help you finish projects sooner, save money, and provide a safer structure. If you're in construction, now is a good time to learn more about precast concrete and how it may be helpful to you for your next project.

Watch the whole interview with Chad Van Kampen

Thank you to David Manzo for sharing his client’s fascinating time lapse and drone video showcasing the build of their new fire station!  The construction of the new Station #7 at 3111 Woodside Rd in Woodside, CA enabled the Fire District to meet current and future needs for the region’s fire fighting and emergency response services. The new station houses vehicles, tools, and allows firefighters to focus on community safety through immediate action and public education.

The construction time lapse video documents the construction of over 21,800 square feet of new space spanning 2 years, from breaking ground to completion. It starts with shots of the foundation work, followed by the installation of steel beams and cladding. The time-lapse was accelerated in places to highlight the framing and structural assembly. Drone footage provided aerial views of the site as the building reached its full height, while ground-level footage captured specific moments including specialized work and the installation of new equipment.

Key improvements in the new station’s design needs included:​

• An expanded apparatus bay
• Community training room
• Increased kitchen, restroom and sleeping quarter capacity
• Modern emergency response systems
• Less traffic impact
• ADA access and up-to-date code requirements

Here's The Full Video:

The Agency - BeJaw Productions:

BeJaw Productions is a Northern California-based video production company that specializes in long-term construction time-lapse video. The company uses a variety of mediums to not only document the construction process, but also to tell a compelling story. By blending different camera angles, time-lapse durations, handheld video, drone footage, and site audio, Bejaw Productions creates captivating visual narratives that capture the essence of each project.

The Photographer - David Manzo:

David Manzo has been a producer at BeJaw Productions since 2001, with further expertise developed as a producer at both KPIX CBS5 and SUTN. With decades of experience, David is dedicated to using innovative videography techniques to showcase the intricacies and stories behind large-scale construction projects.

The Construction Timelapse Camera:

The SolarUp by CamDo is a solar-powered solution time-lapse camera system designed to run autonomously in any location. It features high-efficiency 9W solar panels ensuring reliable and energy conversion. The enclosure is weather-resistant and built to withstand rain, snow, dust, and other harsh outdoor elements. The system includes a 47Wh, 12,800mAh lithium-ion battery bank, providing backup energy for continuous operation. CloudX allows the project manager to login and manage their devices and images from a browser anywhere in the world. Click here to learn more.

Customer Footage:

See more customer submitted footage.

1. Not strong enough for bad weather

Regular timelapse cameras can work fine inside, but construction sites are hard places. There can be heavy rain, strong winds, and a lot of dust. Regular cameras are not made to deal with these tough conditions.

The Hidden Cost: These cameras are likely to break down or get damaged, which would slow down your project and cost more money. A camera designed for outdoor use can handle bad weather, saving you time and hassle.

2. Unreliable Power

Most regular cameras are designed for quick projects at the most. They do not have to stay turned on or do not have to be powered on and off consistently. They also tend to run on batteries that need to be replaced or charged, which can get quite frustrating and lead to missed shots.

The Hidden Cost: You could lose important footage if the camera runs out of power, and you might spend more money attending the site just to charge it. A camera with a reliable power source, like solar energy, will save you from this problem.

3. Lack of Storage and Backup for Long Projects

Generalist cameras usually don’t have enough space to store the huge amount of data that a long-term project needs. They also don’t have smart ways to manage data, like saving files to the cloud automatically.

The Hidden Cost: If the camera runs out of space or files get damaged, you could lose important footage. This usually means missing shots or might mean having to reshoot parts of the project, which costs time and money. Using a camera that can store data properly and back it up automatically will help avoid this issue.

Conclusion: Are You Really Saving Money?

While regular cameras seem to be a bargain upfront, their hidden problems multiply the costs rapidly. With the selection of the right camera to suit construction sites, you could avoid these additional expenses and make sure that your project functions well. In time-lapse photography, choosing the right camera makes all the difference!

CamDo's Solution

CamDo takes pride in designing time-lapse systems for long term time lapse like construction projects. Our system has weatherproof designs and strong cases, so it can work in tough conditions. We have solar-powered choices that provide constant power for long projects, so you don't have to worry about stopping work. Also, our CloudX platform has automatic data management features that protect your videos and make them easy to access, so you won't worry about running out of storage or losing data.

With CamDo, you have a reliable tool at your fingertips that captures every phase of your project without the normal issues encountered with ordinary cameras.

Contact us today to learn more!

From multiple vantage points and experimenting with angles to addressing common challenges like obstructions and lighting, these tips will ensure your footage is both visually impressive and technically sound. 

Whether you’re looking to document an entire site, highlight specific activities, or avoid common pitfalls like glare and shadows, this article covers the key considerations you need to know for successful construction time-lapse photography:

Consider Multiple Vantage Points

Building Tops: Position cameras on nearby buildings or structures to get a bird’s-eye view.

Cranes: Utilize construction cranes for temporary high-angle shots that capture the entire site.

Poles and Towers: Use tall poles or towers designed specifically for mounting cameras.

Experiment with Different Camera Angles

Wide Shots: Set up cameras to capture wide shots that show the overall progress and major activities on the site.

Close-ups: Place cameras closer to areas where significant activities occur, such as foundations, major structural components, or detailed work areas.

Dynamic Angles: Use cameras at different angles to cover various perspectives of the construction process, making the final video more engaging.

Plan Ahead for Obstructions

Predict Movement: Anticipate where large equipment and materials will move and avoid placing cameras in those paths.

Clear Lines of Sight: Ensure that no temporary structures, machinery, or parked vehicles obstruct the camera’s view.

Security and Stability

Secure Mounting: Use secure mounting systems to ensure cameras remain steady and in place throughout the project.

Weatherproofing: Ensure weatherproof housings and things like silica packets or insulation are used to protect against rain, wind, humidity, or extreme temperatures.

Plan for Easy Accessibility and Maintenance

Ease of Access: Position cameras in locations that are easily accessible for maintenance and adjustments, especially if a scissor lift is needed to access.

Regular Checks: Schedule regular maintenance checks to clean lenses and ensure cameras are functioning correctly.

Planning for Sunlight and Shadows

Sun Path Analysis: Analyze the path of the sun to avoid glare and harsh shadows in your shots.

Adjustable Mounts: Use adjustable mounts to fine-tune camera angles as the sun’s position changes over the project duration.

Coverage Redundancy

Backup Cameras: Install backup cameras to cover the same area from different angles in case the primary camera fails.

Overlap Areas: Ensure overlapping coverage areas between cameras to avoid missing any critical parts of the project.

A New Twist - Use Camera Camouflage

Disguising Cameras: Use camouflaging techniques to blend cameras into the environment to help prevent theft or vandalism, especially on unsecured sites.

Natural Elements: Place cameras near natural elements like trees or bushes to conceal them while maintaining a clear view.

Construction Materials: Use construction materials or site-specific elements to disguise cameras, making them less noticeable to passersby.

Most popular blogs
Strategies for Navigating Challenges in the Construction Industry

Future of Construction Technology: Insights from ENR FutureTech 2023

Ready to start your time lapse project? 

1. Weatherproofing Techniques

While a high IP-rated enclosure is crucial, you can go beyond basic protection. You can consider custom-built enclosures tailored to your specific needs. Here are some tips to make your enclosures more durable. 

Adhere neoprene or other insulating material to the inside of the enclosure case;

1. Wrap the external battery in insulation;
2. Use a higher-output solar panel to power a small heater inside the enclosure;
3. If you have external power to the camera, install a small heater into the enclosure; and/or
4. Switch to lead-acid batteries instead of lithium-ion, which can operate at a lower temperature.

Here is a blog that goes into more detail on all weather tips and tricks. 

2. Upgraded Battery Solutions

Battery life and performance are important parts for extended projects in extreme weather. 

High-capacity batteries can be temperature-resistant for harsh environments. These batteries offer longer life and better performance in cold weather.

Battery Management Systems: Implement battery management systems that monitor and regulate battery health, providing alerts when maintenance or replacement is needed.

3. Specialized Lens Protection

To address issues beyond basic lens protection:

Anti-Ice and Anti-Snow Coatings: Use advanced coatings designed to repel ice and snow accumulation. These products help maintain clear visuals even in the harshest conditions.

Automatic Lens Cleaners: Consider automatic lens cleaning systems that periodically wipe the lens to keep it free of water spots and debris.

4. Enhancing Image Quality in Low Light and Harsh Conditions

For better image capture in challenging conditions:

High Dynamic Range (HDR) Cameras: HDR technology improves image quality in scenes with a high contrast between light and dark areas, which is useful for overcast or variable lighting conditions.HDR is available in the GoPro settings, and CamDo Camera Packs are compatible with various GoPro cameras. Check it out here.

5. Real-World Case Studies

Learn from others who have successfully managed time lapse photography in extreme weather: Case Study - Arctic Construction Project. A look at how our customer, Douglas MacAyeal, a Glaciologist/professor at the University of Chicago, used BlinkX (now UpBlink) in a project that studies surface melting and climate change effects on the George VI Ice Shelf located on the Antarctic Peninsula, detailing the custom solutions they employed to deal with extreme cold and ice. Read more here.

Time lapse photography in challenging weather conditions requires advanced techniques, upgraded equipment, and innovative solutions. Applying these strategies and learning from real-world examples ensures that your time lapse footage remains clear, reliable, and impactful, regardless of the weather.

If you have any questions or need assistance with time-lapse solutions, don’t hesitate to reach out. Explore our range of products and solutions, or contact us today to discuss your specific needs and how we can help.

Learn how seasoned construction expert Andy Alagappan uses creative methods and digital tactics to improve the industry. In this interview, Andy talks about his experience and emphasizes the value of teamwork in project management and data-driven decision-making. Continue reading to discover how these creative methods might improve your construction projects, and remember to watch the entire interview for a more in-depth look.

Andy’s Journey and Background

Andy Alagappan is a seasoned professional in the construction industry, specializing in project controls and planning. With extensive experience and a deep understanding of the industry's challenges, Andy has dedicated his career to improving construction project outcomes through innovative strategies and digital solutions. As the founder of Strategic Planning Co in New Zealand, he focuses on leveraging data-driven decision-making, breaking down silos in project management, and implementing advanced modeling techniques to enhance project efficiency. Andy has pioneered the use of 4D modeling, linking 3D models with project schedules, and is a strong advocate for digital transformation in construction.

The Data-Driven Approach

The data-driven approach in construction involves making decisions based on data analytics rather than intuition or experience. By leveraging data, companies can optimize resource allocation, forecast project timelines more accurately, and mitigate risks. This approach is crucial for project managers, construction planners, and stakeholders responsible for delivering projects on time and within budget. It also benefits clients who seek transparency and reliability in project execution.

Data-driven decisions lead to what all Project Managers and Superintendents want, more accurate and reliable project outcomes. They help identify potential issues early, allow for timely interventions, and foster a culture of continuous improvement and accountability. Implementing a data-driven approach is beneficial from the early stages of project planning to execution and completion. Early implementation ensures that all decisions are backed by data, leading to better project management and delivery.

Andy’s company leverages data-driven decision-making to improve project outcomes. He explains the data triangle, which transforms raw data into wisdom, enabling better decision-making. By moving away from emotional decisions and focusing on hard facts, Andy ensures that projects are managed more efficiently and effectively.

At CamDo, we’re taking a similar approach to data. We’re pushing beyond regular construction time-lapse cameras by integrating AI and Computer Vision to produce more data, structured well and delivered at the right time to the right people.

Breaking Down Silos

In many construction projects, teams work in silos, leading to communication breakdowns, duplicated efforts, and project delays. This lack of collaboration can hinder project success and efficiency. Project managers, team leaders, and stakeholders all suffer when silos exist. It impacts the entire project team, from engineers and architects to field teams and subcontractors.

Breaking down silos fosters better communication and collaboration, leading to more cohesive and efficient project management. It ensures that all team members are aligned and working towards common goals. Andy aims to foster a culture of collaboration, where all teams work towards a common purpose. By promoting open communication and teamwork, he ensures that projects are managed more cohesively, reducing delays and improving outcomes.

Innovative 4D Modeling

4D modeling links 3D models with project schedules, allowing for visual progress tracking. This approach helps identify delays and plan mitigations effectively. Project Managers, planners, and on-site teams benefit from the clear visual representations of project milestones and progress.

4D modeling provides a comprehensive view of the project timeline, making it easier to manage schedules and resources. It enhances transparency and accountability in project management. Andy has pioneered the use of 4D modeling to link 3D models with project schedules. This approach allows for visual progress tracking, making it easier to identify delays and plan mitigations. By providing clear visual representations of project milestones, teams can better understand their progress and proactively address issues.

Structured Data and Planning

Structured data is organized and formatted in a way that makes it easily accessible and analyzable. It helps manage large-scale projects more effectively. Project Managers, planners, and data analysts benefit from structured data as it allows for better organization and management of project information.

Structured data improves the accuracy and efficiency of project management. It enables better decision-making and resource allocation. Andy emphasizes the importance of structured data in construction. He discusses his Diamond project modeling approach, which correlates work breakdown structures with cost, model, and organizational breakdown structures. This structured approach helps manage large-scale projects more effectively.

Source: Strategic Planning Co.

The Future of Construction: AI and Digitalization

AI involves using computer systems to perform tasks that typically require human intelligence, while digitalization refers to the integration of digital technologies into business processes. Construction professionals at all levels benefit from AI and digitalization, as these technologies streamline processes and improve efficiency.

AI and digitalization can automate routine tasks, enhance decision-making, and improve project management. They create more time for field teams to work on higher value tasks and they enable office teams to focus on critical thinking and strategic planning rather than data gathering. Andy shares examples of how AI has already streamlined his projects, such as delay analysis in Primavera P6, saving significant time and effort. He believes that tools like generative AI can automate routine tasks, allowing professionals to focus on more strategic aspects of project management.

Effective Communication and Change Management

Effective communication involves delivering clear, concise information at the right time to the right people. It is crucial for successful project management. All team members, from project managers to on-site workers, need to communicate effectively to ensure project success.

Clear communication reduces misunderstandings and errors, leading to better project outcomes. It also enhances collaboration and team alignment. Andy argues that a 30-page Gantt chart is not effective communication. Instead, he promotes delivering clear, concise information at the right time, which can significantly improve decision-making and project outcomes.

Your Thoughts!

We invite you to share your thoughts and experiences in the comments. How are you incorporating AI and digitalization into your projects? What challenges do you face in planning and project management? Your insights could help shape the future of construction and construction technology (ConTech).

Watch the Full Interview

For a deeper dive into Andy’s strategies and experiences, watch the full interview. Learn how you can implement these cutting-edge construction strategies to unlock digital secrets and enhance your project outcomes. 

Video: Time lapse of Installation

Project Overview

Goelzer Industries, a leading printing company, embarked on a significant installation project involving a W+D 628RC machine manufactured in Germany. The W+D 628RC is an envelope printing and converting machine designed for efficiency in producing envelopes. It can handle a range of envelope sizes and types, suitable for various applications, from direct mail to packaging solutions. The machine processes up to 30,000 envelopes per hour and supports full-color printing with a resolution of 600 dpi. The 628RC can cut, fold, and glue envelopes with high accuracy. 

The project, which lasted 3.5 weeks, required precise documentation to serve multiple purposes, including creating a final installation video and producing sub-edits for marketing and trade shows. Chris Kraft Media was responsible for managing the photo and video equipment to capture the process, ensuring that every detail was documented accurately.

The Time-Lapse Process

To effectively document the installation, Chris Kraft deployed two CamDo systems. These cameras were strategically installed in the ceiling, providing two distinct angles of the installation area. The cameras operated on a schedule from Monday to Friday, 6 am to 6 pm, capturing a frame every 5 minutes. This setup resulted in approximately 144 shots per day, ensuring comprehensive coverage of the installation process. The captured footage was uploaded to the cloud throughout the day using CamDo’s CloudX platform, enabling real-time monitoring, and image and device management.

Image: CamDo camera shown mounted on location

Setup and Mounting

After a fairly smooth setup process, things ran well other than the occasional challenge.  The client's location experienced frequent power interruptions and scheduled network maintenance, which required Chris to come up with alternatives to maintain continuous CloudX uploads. Despite these obstacles, the positioning of the cameras made for an excellent view of the entire installation area.

Post-Processing

Once the raw images were captured, the post-processing phase began. Chris Kraft used GlueMotion, a Mac software program, to create 4K video sequences from the raw footage. GlueMotion allowed for customization of the 16:9 frame, blending frames for smoother movement and performing basic color corrections. The processed footage was then imported into Adobe Premiere for final editing on a 4K timeline. This detailed editing process ensured a high-quality final product that accurately represented the installation process. 

Insights and Tips

Reflecting on the project, Chris Kraft shares insights for others undertaking construction time lapse: He recommended setting up the equipment at least a week in advance to address any potential issues before the main project begins. This extra preparation time would have alleviated some of the last-minute stress experienced during this project.

Chris also emphasized the value of incorporating time-lapse photography into various project phases, even for shorter sequences. By capturing the passage of time in an engaging manner, time-lapse photography can significantly enhance the final video. In this project, additional time-lapse sequences were shot from ground level using traditional cameras, adding diverse perspectives to the final video.

Why do time lapse for construction?

Time-lapse photography in construction or equipment setup offers multiple advantages: 

• Clear and concise visual record of build process.
• Transparency and accountability among contractors, clients, investors, etc.
• Video for marketing, content for social media.
• Training.
• Communication with stakeholders.
• Post-project analysis and review of construction process.

Book your free  10-minute consultation of your time-lapse project today.