Across defence conferences, strategy papers and procurement announcements, the focus is overwhelmingly on the future. Much of the discussion centres on emerging technologies such as advanced sensing systems, artificial intelligence, autonomous platforms and the increasingly data-driven nature of modern warfare.

What is also changing is the speed at which new capabilities are being adopted. As geopolitical tensions rise and adversaries continue to adapt, defence organisations are introducing technologies designed to counter emerging threats far more quickly. Capabilities that once evolved over long procurement cycles are now being developed, tested and deployed far more quickly as operational demands shift.

In many respects, defence innovation is moving closer to the tempo of modern conflict. Yet this growing focus on next-generation capability can obscure an equally important reality: how to maintain already operational and deployed systems.

Across land, sea and air domains, defence platforms often remain in service for decades. Combat aircraft, naval vessels and land systems often operate for thirty years or more, undergoing multiple technology upgrades throughout their operational life.

For defence organisations operating in an increasingly uncertain security environment, maintaining and evolving deployed systems is just as important as developing the next generation of technology. Ensuring reliability, availability, and the ability to introduce incremental upgrades across deployed platforms is now a defining challenge for defence ministries and their industrial partners.

The Reality of Modern Defence Lifecycles 

Unlike most commercial technologies, defence platforms are rarely replaced quickly. Major defence platforms are expected to remain operational across multiple decades.

This longevity reflects both the scale of investment involved and the operational risk associated with replacing proven capability. As a result, even as new technologies are introduced more rapidly, the majority of operational defence capability will continue to rely on existing platforms for many years to come.

Maintaining deployed defence systems, therefore, becomes a strategic activity rather than a purely logistical one. Engineering support, repair capability, component availability and technology refresh programs all play a role in ensuring platforms remain operationally effective throughout their lifecycle.

In many defence organisations, spending on supporting deployed systems now rivals investment in acquiring new equipment. Long service lives also introduce another challenge that is sometimes overlooked.

Over time, the technology providers that originally supplied components may no longer be available. For programs expected to remain operational across multiple generations of technology, ensuring systems can still be supported even if the original supplier is no longer available becomes an important consideration.

This challenge is increasingly recognised across allied defence organisations, where readiness and resilience are now central themes in defence planning. Maintaining the availability and supportability of deployed systems is therefore not simply an engineering issue, but a critical element of operational capability.

Availability is a Programme Responsibility

For Tier-1 prime contractors and OEMs, maintaining operational availability is closely tied to programme performance. Defence customers increasingly measure success through readiness levels, system uptime and the ability of platforms to perform reliably during extended operational deployments.

This means that supporting technologies such as computing infrastructure, data processing systems and embedded electronics can become critical to overall mission availability.

When these elements fail or become obsolete, they can affect the performance of the wider platform. As a result, primes and OEMs need to place greater emphasis on ensuring that the technology foundations within their systems remain serviceable, supportable and upgradeable over the life of a programme.

Support is an Engineering Discipline 

Maintaining deployed systems involves far more than routine servicing. Effective lifecycle management spans the entire operational life of a system, including repair capability, engineering support, spares management, diagnostics and planned technology upgrades. These activities ensure that platforms remain reliable and operationally relevant as requirements evolve.

For many modern defence systems, this increasingly means integrating updated computing, networking and processing capabilities into established platforms without disrupting operational availability. Supporting deployed systems, therefore, becomes an ongoing engineering activity rather than a static support function.

This is particularly evident in deployable communication systems, where ruggedised computing platforms must be integrated with existing equipment and rapidly deployed across land, sea, and air environments. These systems require ongoing engineering support, upgrades, and reconfiguration to ensure they remain operationally effective as mission requirements evolve.

The Growing Challenge of Obsolescence 

The challenge becomes more complex as defence systems rely increasingly on commercial computing technologies. Processors, storage systems, and networking hardware evolve on cycles measured in years, while defence platforms often remain operational for decades.

Over time, components become unavailable, operating systems reach end of life and technology standards evolve. At the same time, security requirements also continue to develop as cyber threats increase.

Without structured lifecycle management, these pressures can gradually erode operational capability. Addressing this challenge requires planned technology refresh strategies that allow computing and processing capability to evolve while the wider platform remains in service.

A typical example can be seen in naval fleet upgrade programs, where new computing infrastructure must be integrated into platforms that have been in service for decades. In one such program, updated systems were deployed across multiple ships as part of a retrofit, requiring new technology to operate alongside existing equipment while maintaining operational availability. In these scenarios, the challenge is not replacing the platform but evolving it safely and incrementally within the constraints of certification and integration complexity.

Managing Upgrades Without Disrupting Certification 

Introducing new hardware into deployed defence platforms is rarely straightforward. Many systems operate within tightly controlled certification frameworks that govern environmental performance, electromagnetic compatibility and safety requirements.

Even relatively small changes to computing or electro-mechanical subsystems can require validation against these standards. This makes technology refresh programs inherently complex. Upgrades must introduce new capability while preserving compliance with pertinent military certification requirements.

Selecting an engineering partner with proven experience navigating defence compliance frameworks can help programs introduce new technology while maintaining platform integrity and operational assurance.

Evolving Systems Instead of Replacing Them 

For many programmes, the most practical approach is to evolve deployed systems rather than replace them. Computing infrastructure provides a clear example. Processing requirements for sensor fusion, real-time analytics and data exploitation continue to grow, yet replacing entire platforms simply to introduce new computing capability is rarely viable.

Instead, many defence programs rely on incremental hardware refresh strategies. This approach allows organisations to introduce modern computing capability while preserving proven platform architectures and maintaining compatibility with existing systems.

Done well, it can extend platform service life while ensuring systems remain capable of supporting modern operational requirements.

Reducing Dependence on Single Suppliers 

Recent geopolitical developments have also highlighted the vulnerability of complex global supply chains.

Where original suppliers discontinue technologies, withdraw from markets or are no longer able to provide support, defence programs can face significant challenges maintaining existing systems. Strengthening resilience across defence supply chains has therefore become a major focus for governments and industry.

For prime contractors and OEMs responsible for long-life platforms, this raises an important consideration. Supporting deployed systems may require access to engineering partners capable of servicing, repairing and upgrading hardware regardless of the original supplier.

Working with organisations that can operate independently of specific vendors can help programs maintain operational availability even when initial providers are no longer able to support deployed technologies.

Captec Group operate in this space by providing vendor-agnostic lifecycle engineering and hardware support for deployed computing platforms. This allows programs to maintain and evolve systems already in service, including infrastructure that may have originally been supplied by other vendors.

For defence platforms designed to remain operational for decades, ensuring access to this kind of vendor-agnostic support capability can play an important role in maintaining long-term operational resilience.

Innovation and Longevity Must Coexist 

The defence industry will always focus on what comes next. The pace of technological change and the evolution of modern threats demand continuous innovation. However, the effectiveness of future capability will continue to depend heavily on the systems already in service.

Across allied defence forces, deployed platforms form the operational backbone of military capability. Ships, aircraft, vehicles and command systems often remain operational for decades, supporting missions long after their original introduction.

Ensuring those systems remain reliable, secure and technologically relevant is therefore just as important as developing the next generation of defence technology. For primes and OEMs responsible for delivering long-life defence programmes, increasing importance is being placed on how deployed systems are supported and evolved over time. Hardware obsolescence, supplier changes and evolving operational requirements must all be managed without disrupting platform availability or certification integrity.

Planning for this reality means ensuring that deployed systems can continue to be maintained, upgraded and supported even as technology and suppliers evolve. Organisations capable of providing vendor-independent engineering support can play an important role in enabling this flexibility by supporting computing infrastructure across deployed systems, regardless of the original hardware provider.

As the pace of innovation accelerates, maintaining the operational effectiveness of existing capability will remain one of the most important and often least visible challenges facing defence programs.

The future of defence capability will not be defined only by the systems currently being designed. It will also be shaped by how effectively today’s deployed systems continue to evolve.

Delivering end-to-end, like no one else.

Captec is an award-winning designer and end-to-end provider of specialised computing platforms, engineered to meet the precise needs of any automation application, no matter the complexity or environmental demands.

Whether it’s upgrading your existing machine vision systems, integrating IoT devices, exploring edge computing or improving your existing AI implementation in your automation environments, our experienced teams are ideally placed to help you evaluate and define how you can harness this new era of intelligent automation and engineer support for you to meet your organisational objectives.

Additional Resources we think you will like

Captec apprentices, Ed and Amber, have successfully delivered a new viewing platform at the Fleet Pond Nature Reserve.

The project began earlier in the year, with fabrication work starting in February at Captec’s facility. Ed and Amber worked on the build at the factory before moving to the site to complete the final installation over two days.

Led by Phill Gower, Technical Lead at Captec Subsystems Engineering, the project saw the apprentices take full ownership from start to finish. Ed and Amber were responsible for fabrication, folding, welding, installation, and the preparation of all RAMS documentation, demonstrating both technical skill and professional discipline throughout.

The platform was funded through the Farnborough Airport environmental grant, secured by the local charity, Fleet Pond Society, behind the reserve. The charity has expressed how pleased they are with the final result, which provides visitors with a safe and accessible space to enjoy the surrounding landscape.

“This was an interesting and fun project. We carried out a site survey and risk assessment and devised a method statement. I can see how this planning meant that installing each frame went well every time as everyone worked as a team,” said Ed.

“This was a great project that taught us many new skills. It was good to be involved in every stage from folding and welding through to the installation. The customer was very pleased and I feel proud of what we have achieved,” Amber added.

The platform was funded through the Farnborough Airport environmental grant, secured by the local charity, Fleet Pond Society, behind the reserve. The charity has expressed how pleased they are with the final result, which provides visitors with a safe and accessible space to enjoy the surrounding landscape.

Following completion, the Chairman of Fleet Pond Society shared his feedback:

“What can we say. We are all blown away by what you and your apprentices have made happen. It looks fantastic and you did it all so professionally and quickly! A mega thanks from all of the committee, our members and the people of Fleet!” – Jim Storey

As recognition of their contribution, Ed and Amber were presented with Certificates of Appreciation by the Chairman of Fleet Pond Society.

“It has been fantastic to see Ed and Amber so engaged with this project. They have taken real ownership and delivered something that will benefit the community for years to come,” said Phill Gower.

The project highlights Captec’s ongoing commitment to supporting local communities through practical action, developing the next generation of engineering talent and providing hands-on experience that builds real capability.

For Ed and Amber, the scale of what they achieved has made a lasting impression, turning classroom learning into something tangible and meaningful.

Delivering end-to-end, like no one else.

Captec is an award-winning designer and end-to-end provider of specialised computing platforms, engineered to meet the precise needs of any automation application, no matter the complexity or environmental demands.

Whether it’s upgrading your existing machine vision systems, integrating IoT devices, exploring edge computing or improving your existing AI implementation in your automation environments, our experienced teams are ideally placed to help you evaluate and define how you can harness this new era of intelligent automation and engineer support for you to meet your organisational objectives.

Additional Resources we think you will like

In defence manufacturing, surface finishing is often the quiet constant, rarely discussed, yet vital to the reliability and longevity of mission-critical systems. Beneath every uniform colour lies a complex sequence of treatments, coatings, and inspections designed not for decoration, but for protection. 

Those who work to the Warpaint standards (BR 3939 and DEF STAN 80-208) know this well: it’s not just paint, it’s performance. Captec’s newly expanded surface treatment facility in Farnborough, featuring a 12-tank SurTec line, exemplifies this principle, purpose-built to support full Warpaint 2025 BR 3939 compliance across complex defence assemblies. 

Why Finishing Matters in Defence 

Military platforms operate in environments that would rapidly degrade untreated materials; salt, heat, humidity, vibration, and ultraviolet exposure all take their toll. Finishes must therefore deliver far more than a consistent colour; they must preserve structural integrity, ensure electrical continuity where required, and resist corrosion over years of service. 

Warpaint standards formalise these expectations, defining how surfaces should be prepared, treated, and verified. They ensure that the finish becomes part of the engineering and not an afterthought applied once assembly is complete. 

The Layers Beneath the Colour

Before a single drop of paint is applied, the groundwork for durability begins. Pre-finishing treatments such as SurTec 650, Irridite, or Alocrom create a chromate conversion layer on aluminium, which are essential for paint adhesion and corrosion resistance. In other cases, anodising (standard or hard) is used to build a controlled oxide layer that hardens the surface and can be dyed for visual consistency. 

Where functional properties are required, electro-plating with metals like zinc, nickel, or tin adds conductivity or enhances corrosion protection. Each step is precisely controlled to meet specification and repeatability standards. 

At Captec’s specialised Subsystems Engineering facility, these pre-finishing processes form part of a larger end-to-end integration workflow, ensuring that finishing quality is designed in, not added later. 

Painting as Precision 

Every Warpaint-compliant finish must pass inspection for colour uniformity, gloss level, and film thickness. These checks confirm not only visual consistency but also the coating’s protective performance. The painting process itself is a balance of chemistry, environment, and control. From masking critical areas to filling and flattening surfaces for instrument-grade smoothness, every step is measured. 

Depending on the specification, components may undergo wet painting or electrostatic powder coating, followed by curing or stoving to lock in adhesion and performance. These processes are meticulously temperature- and time-controlled, whether for fine detailed instrument panels or complex full rack assemblies. 

Captec’s finishing specialists monitor colour, gloss, and thickness throughout the finishing process to ensure every surface performs within the required tolerances. Our approach combining chemical treatment, coating, silk screening, and engraving under one roof, enables direct control of these variables. Each finish is traceable, repeatable, and aligned to the requirements of the end application, whether for a naval console, rack assembly, or precision enclosure. Consistency across assemblies is not aesthetic; it’s compliance. 

Markings That Last 

After painting, functional markings bring systems to life. Silk screening applies legends and identifiers using durable inks, while laser or mechanical engraving provides permanent labelling that withstands operational wear. In defence environments, these details are essential for usability, safety, and maintenance, ensuring critical information remains legible for years to come. 

The Broader Perspective 

In defence engineering, finishing is sometimes seen as the final stage, but in reality, it’s one of the most critical points in the entire manufacturing chain. It protects not only the equipment but also the mission it supports. 

Warpaint, as a standard, represents discipline and assurance: a reminder that quality in defence is never skin-deep. It’s engineered layer by layer, through chemistry, precision, and control. 

While the end result may look simple, achieving that flawless, compliant finish is anything but. In defence, it’s not just paint – it’s Warpaint. 

Delivering end-to-end, like no one else.

Captec is an award-winning designer and end-to-end provider of specialised computing platforms, engineered to meet the precise needs of any automation application, no matter the complexity or environmental demands.

Whether it’s upgrading your existing machine vision systems, integrating IoT devices, exploring edge computing or improving your existing AI implementation in your automation environments, our experienced teams are ideally placed to help you evaluate and define how you can harness this new era of intelligent automation and engineer support for you to meet your organisational objectives.

Additional Resources we think you will like

In Canada’s evolving defence and industrial landscape, the conversation around the Industrial and Technological Benefits (ITB) Policy often begins with numbers (contract values, content ratios, and offset credits). But behind every percentage point and policy clause lies something more important: real capability being built by Canadians, for Canadians, on Canadian soil.

For Captec Americas, part of the Captec Group’s international operations based in Ontario Canada, the ITB framework is not simply a compliance mechanism. It’s an opportunity to invest, innovate, and contribute to the long-term resilience of Canada’s defence and technology sectors.

It’s not just about creating offsets. It’s about creating technology that’s designed, built, and supported in Canada, with pride.

Beyond Policy: Building Lasting Industrial Capability

The ITB Policy ensures that major defence procurements deliver long-term economic benefit within Canada. For every eligible programme, typically those over CAD $100 million, contractors must undertake an equivalent amount of industrial activity in the country.

This commitment strengthens domestic supply chains, encourages collaboration with Canadian businesses, and fuels innovation that drives future growth.

While ITB obligations are a catalyst, the value lies in the partnerships and capabilities they create. For Captec, those outcomes are realised every day through our Canadian operation and the ecosystem of customers, suppliers, and research partners that surround it.

Proudly Engineered and Supported in Canada

Located in Ontario, Captec Americas engineers, integrates, and supports ruggedised and high-performance computing platforms and integrated systems for mission-critical applications across defence, aerospace, as well as industrial and commercial sectors.

These systems underpin a wide range of technologies central to Canada’s Key Industrial Capabilities (KICs), from artificial intelligence and cyber resilience to electro-optical systems and in-service support.

Every product delivered from our Canadian facility represents more than a fulfilment of offset obligations. It demonstrates Canada’s growing capacity to deliver advanced, export-ready technology that competes on a global stage.

Proudly made in Canada is not just a label; it’s a statement of confidence in local skill, innovation, and quality.

Connected Capability Across the Atlantic

While Captec Americas operates locally to deliver Canadian Content Value (CCV), the wider Captec Group supports customers internationally from its UK engineering and manufacturing base. This provides all the resources, investment and, if required, support to deliver complex projects in Canada.

In practice, this means:

• Local manufacturing and support from Captec Americas to satisfy domestic content
• A ready route to export for products and technology developed in Canada
• The ability to deliver CCV on international projects through careful structuring of project delivery.
• The expertise to design to and meet stringent military and aerospace standards such as MIL-STD-810H, DO-160G, and BR 3939

This combination of local capability and international reach supports customers’ broader goals of supply-chain resilience, industrial interoperability, and global programme continuity.

Supporting Canada’s Small and Medium Business Ecosystem

A core goal of the ITB Policy is to strengthen Canada’s small and medium business (SMB) community, the foundation of a resilient supply chain.

Operating as a Canadian SMB, Captec Americas contributes directly to this objective. Backed by the infrastructure and technical depth of the international Group, the business combines local agility with mature engineering, manufacturing, and compliance processes.

For Primes and Tier-1 suppliers, this offers the assurance of a domestically recognised partner capable of delivering high-quality, ITB-compliant solutions without compromising performance or reliability.

It’s a model that proves Canadian SMBs can deliver big-programme capability while maintaining the spirit of local innovation and collaboration.

Enabling Canada’s Key Industrial Capabilities

The existing ITB Policy identifies 16 Key Industrial Capabilities (KICs), soon to be replaced by the 10 Sovereign Capabilities identified in the recently released Canadian Defence Industrial Strategy (DIS), that represent strategic national strengths for future growth.

Captec’s technology portfolio directly supports many of these, particularly in:

• Artificial Intelligence and Machine Learning
• Cyber Resilience and Secure Computing
• Remotely Piloted and Autonomous Technologies
• Defence Systems Integration
• Electro-Optical and Infrared Systems
• In-Service Support

By delivering the computing infrastructure that enables these applications, Captec helps advance the technologies that underpin Canada’s future industrial competitiveness, from the edge to the core network.

Delivering Against the ITB Value Proposition

Each ITB evaluation measures suppliers against five key Value Proposition (VP) criteria. Captec contributes meaningfully and materially across all of them:

• Work in Canadian defence: Active participation in Canadian defence and aerospace programmes.
• Canadian supplier development: Ongoing investment in local capability growth.
• R&D in Canada: Engagement in collaborative research and innovation initiatives.
• Exports from Canada: Established international channels to enable export expansion.
• Skills and training: Active collaboration with local colleges and training providers to build future talent.

Through these contributions, Captec helps its current and future partners deliver on both the spirit and the substance of the ITB framework.

From Offsets to Outcomes

Offsets could be seen as an obligation. At Captec, they’re seen as an opportunity, a means to strengthen relationships, develop skills, and build capability that endures beyond the life of a contract. Potential changes to the ITB approach in light of the Canadian DIS release are planned for later this year, which could offer further potential involvement for SMEs in the defence space.

By combining a strong local presence in Canada with the engineering and manufacturing depth of its UK operations, Captec helps partners turn compliance into collaboration, and collaboration into capability.

Whether through direct Canadian content, R&D partnerships, or supplier development, Captec’s approach is rooted in one simple principle: It’s not just about offsets, it’s proudly made in Canada.

Delivering end-to-end, like no one else.

Captec is an award-winning designer and end-to-end provider of specialised computing platforms engineered to meet the demanding requirements of defence and security applications, regardless of mission complexity or operational environment.

Whether modernising command and control systems, integrating sensor and surveillance technologies, deploying secure edge computing capabilities or advancing AI-enabled decision support, our experienced teams are well positioned to help you evaluate and define how these technologies can support mission-critical operations and strengthen operational capability across defence environments.

Canada’s first Defence Industrial Strategy (DIS) marks one of the most significant shifts in the country’s defence procurement philosophy in decades.

Rather than viewing defence spending purely through a procurement lens, the strategy positions defence investment as a catalyst for domestic industrial capability, economic growth, and technological sovereignty.

For Canada’s manufacturing and technology sectors, particularly small and medium-sized enterprises (SMEs), the implications could be profound.

But the strategy also carries important consequences for prime contractors and the broader defence supply chain.

A Strategic Shift Toward Domestic Capability 

At the centre of the Defence Industrial Strategy is a fundamental shift in procurement philosophy.

Canada’s approach is framed around a Build–Partner–Buy model, prioritising domestic capability wherever possible, partnering internationally where necessary, and procuring from overseas only when capability cannot be sourced domestically.

The strategy also sets an ambitious benchmark: a target for Canadian firms to receive 70% of defence procurement spending. For a country whose defence supply chains have historically relied heavily on foreign primes and imported systems, this represents a clear policy direction.

Canada intends to strengthen its sovereign capability and expand its domestic industrial base. If implemented effectively, this could reshape how defence programs are delivered and sustained across the country. 

A Supply Chain Imperative for Prime Contractors

For prime contractors operating in Canada, the implications are equally significant.

A stronger emphasis on sovereign capability and domestic procurement means program success will increasingly depend on the strength of Canadian supply chains. Access to capable domestic partners across areas such as advanced electronics, computing platforms, sensors, manufacturing, and integration will become critical to delivering programs while meeting Canadian content requirements.

As programs expand, primes will need trusted domestic subsystem suppliers capable of supporting long-term production, integration, and sustainment.

In this context, the depth and maturity of Canada’s industrial ecosystem will play an increasingly important role in program delivery. 

The Emergence of Sovereign Capability Areas 

The strategy identifies ten Sovereign Capability Areas outlined within the Defence Industrial Strategy. These include:

• Aerospace systems and avionics
• Ammunition and munitions
• Digital systems and secure communications
• In-service sustainment for naval, land, and air platforms
• Personnel protection technologies
• Sensor technologies
• Space and satellite communications
• Specialised manufacturing for land vehicles and marine systems
• Training and simulation systems
• Uncrewed and autonomous platforms

Together, these areas span many of the sectors where Canada has already established research, engineering, and manufacturing capabilities.

For SMEs operating in fields such as advanced electronics, computing platforms, sensors, robotics, and advanced manufacturing, the strategy signals a clear intent to anchor these capabilities within Canada’s industrial base. 

Industry Reaction Signals Alignment 

Early responses from industry suggest broad support for the direction of travel.

Canadian aerospace and defence company CAE has welcomed the strategy as an important step toward strengthening sovereign capability in areas such as digital systems, training, and mission readiness. Similarly, Davie Shipbuilding has expressed support for the strategy’s focus on domestic industrial capacity and resilient supply chains, particularly in relation to Arctic sovereignty and future naval programs.

The alignment between policymakers and major industrial players sends a clear signal.

The strategy is not intended as a theoretical statement of intent. Its success depends on active participation across the entire defence ecosystem, including SMEs that provide the technology, components, and specialised engineering capability on which larger programs depend.

Opportunities for Canadian SMEs 

If procurement reform follows through on its stated ambitions, several opportunities could emerge for Canadian SMEs.

Greater Access to Procurement

A shift toward awarding a greater proportion of defence contracts domestically would increase the likelihood of SMEs participating in major programs, either directly or through prime contractor supply chains.

Supply Chain Localisation

A stronger emphasis on sovereign capability will require more domestic suppliers across key technology domains.

These include areas such as:

• Ruggedised electronics
• Embedded computing platforms
• Sensor systems
• Cybersecurity technologies
• Simulation systems
• Marine and robotics technologies
• Advanced manufacturing capability

Many Canadian SMEs already operate in these domains, providing the specialised subsystems and engineering capability required for complex defence platforms. Companies such as Captec, which develops specialised computing platforms in Cambridge, Ontario, illustrate the type of domestic capability that could support future defence supply chains.

Retention of Canadian Intellectual Property 

The strategy also places increasing emphasis on Canadian ownership and control of intellectual property.

For technology-focused SMEs, this could help ensure that innovation developed in Canada remains anchored within the national industrial base as programmes evolve.

Taken together, these developments point toward a possible shift in how Canada builds and sustains defence capability.

The Challenges That Remain 

Despite the optimism surrounding the strategy, several uncertainties remain.

Procurement Reform Must Deliver

While the DIS signals a desire for more agile procurement processes, the specific mechanisms and timelines for implementing these reforms remain unclear.

For SMEs and primes alike, practical access to opportunities will depend on how quickly these changes translate into working procurement frameworks.

The Role of National Champions

The strategy also highlights the potential role of national industrial champions.

While this strengthens domestic capability at scale, it may also concentrate major program leadership among larger organisations. SMEs will therefore need to position themselves within these supply chains rather than lead them directly.

Workforce Constraints

Canada’s defence and advanced manufacturing sectors already face tight labour markets. The availability of suitably qualified and security-cleared personnel may become one of the defining constraints on how quickly domestic capability can scale.

ITB Reform

Reform of Canada’s Industrial and Technological Benefits (ITB) framework could potentially make it easier for SMEs to participate in major defence programs. However, with limited detail currently available, many companies will be waiting to see how these changes translate into practical opportunities

A Defining Moment for Canada’s Industrial Base 

Even with these uncertainties, the Defence Industrial Strategy represents a clear signal of intent. Canada is seeking to strengthen domestic capability, build more resilient supply chains, and ensure that defence investment contributes more directly to national economic growth.

Companies already operating within Canada’s defence technology landscape are watching these developments closely. Among them are organisations such as Captec, which has manufactured specialised computing platforms in Cambridge, Ontario, since 2006, supporting defence, marine, and industrial applications. If the strategy delivers on its ambitions, Canadian SMEs could play a far more visible role in Canada’s future defence supply chains.

The real question now is not whether the opportunity exists. It is whether the system can move fast enough to realise it.

Delivering end-to-end, like no one else.

Captec is an award-winning designer and end-to-end provider of specialised computing platforms, integrated systems and subsystems engineered to support complex defence applications across naval, subsea, airborne and land environments.

From modernising mission systems and integrating high-performance and secure compute platforms to supporting edge processing, sensor integration and data-intensive defence applications, Captec’s experienced teams are ready to support your organisation evaluate, engineer and deploy systems aligned to operational objectives and long-term program requirements.

Experience the Future of Defence Innovation with Captec at CANSEC 2026

Captec is proud to announce our participation in CANSEC 2026, Canada’s premier defence and security exhibition. Taking place at the EY Centre in Ottawa from 28-29 May 2026, CANSEC unites Canada’s defence community, government agencies, and global industry leaders to explore technologies driving the next generation of mission readiness.

Join us at Booth 129 to experience our latest advancements in ruggedised computing and integrated systems, designed to meet the evolving needs of modern military and security operations.

With a strong commitment to supporting Tier 1 Primes and OEMs, Captec continues to deliver AI-enabled, mission-ready solutions that empower the global defence sector. Our Canadian manufacturing capabilities, supported by facilities in the UK, ensure high-quality, efficient production tailored to the demands of both domestic and international defence projects.

At Captec, we take pride in our belief that innovation should start at home – made by Canadians, for Canadians. It’s our commitment to strengthening Canada’s defence industry through local expertise, engineering excellence, and partnership.

Why Visit Captec at CANSEC?

• Ruggedised and Reliable: See Captec’s high-performance computing and integrated systems, engineered for durability and reliability across land, air, and maritime missions.
• AI-Driven Performance: Learn about our latest developments in Direct Liquid Cooling and High-Performance GPU Computing, designed to meet the computational and thermal demands of advanced AI-enabled defence systems.
• Canadian Innovation in Action: Engage with our engineering and defence specialists to discuss your operational challenges and see how Captec’s Canadian-built solutions can enhance your capability and readiness.

Want to discuss your project or arrange a meeting during the event?
Complete the form below to book a consultation with our team.

Delivering end-to-end, like no one else.

Captec is an award-winning designer and end-to-end provider of specialised computing platforms, engineered to meet the precise needs of any automation application, no matter the complexity or environmental demands.

Whether it’s upgrading your existing machine vision systems, integrating IoT devices, exploring edge computing or improving your existing AI implementation in your automation environments, our experienced teams are ideally placed to help you evaluate and define how you can harness this new era of intelligent automation and engineer support for you to meet your organisational objectives.

Experience the Future of AI-Enabled Defence with Captec at Eurosatory 2026

Captec is delighted to announce our participation in Eurosatory 2026, one of the world’s foremost defence and security events. Taking place at Paris Nord Villepinte,  France from 15 – 19 June 2026, Eurosatory brings together industry leaders, innovators, and decision-makers from across the globe.

Join us at Booth BC-372 on the UK Pavilion to explore our latest innovations in specialised computing and integrated systems, engineered to meet the evolving requirements of the international defence sector.

With our strong commitment to supporting Tier 1 Primes and OEMs, Captec continues to provide cutting-edge solutions for defence sectors worldwide. Our expertise is bolstered by local manufacturing capabilities in both the UK and Canada, ensuring high-quality, efficient production customised to the needs of global defence projects. We look forward to demonstrating how our end-to-end solutions deliver to deliver reliable performance in the most demanding environments, offering unmatched support for both regional and international defence operations.

Why Visit Captec at Eurosatory?

• Cutting-Edge Defence Solutions: See Captec’s comprehensive portfolio of ruggedised, high-performance computing and integrated systems designed to meet the exacting requirements of next-generation defence applications.
• First Look at Next-Gen AI-Ready Technologies: Get a first look at Captec’s latest innovations in Direct Liquid Cooling and High-Performance GPU Computing, developed to meet the thermal and computational demands of AI-driven defence systems. See how these technologies make AI applications deployable and reliable in real-world operations.
• Expert Advice: Meet our specialists to discuss your unique challenges and learn how Captec’s end-to-end design, engineering, and lifecycle support can help your organisation realise the full potential of intelligent computing systems.

Want to book a conversation with us at the event? Complete the form below to secure a time:

Delivering end-to-end, like no one else.

Captec is an award-winning designer and end-to-end provider of specialised computing platforms, engineered to meet the precise needs of any automation application, no matter the complexity or environmental demands.

Whether it’s upgrading your existing machine vision systems, integrating IoT devices, exploring edge computing or improving your existing AI implementation in your automation environments, our experienced teams are ideally placed to help you evaluate and define how you can harness this new era of intelligent automation and engineer support for you to meet your organisational objectives.

Uniting a Global Defence Community

With record-breaking attendance and the largest showcase of exhibitors to date, DSEI UK 2025 united the international defence community like never before. Drawing representatives from governments, defence ministries, senior military officials, and all UK Front Line Commands, the event proved to be the ultimate platform for collaboration and innovation across every operational domain. Reports highlight a 9.6% increase in attendance, with 45,000+ visitors and more than 1,700 exhibitors from 50 nations, reflecting the event’s growing global reach and influence.

Scale Meets Substance

The scale of the venue alone was striking, with a single side of the exhibition taking the better part of a day to cover. Growth on that scale signals more than just size; it shows how the defence community is widening its scope, bringing in new technologies and a more diverse range of contributors.

Where Innovation Was Found

Among the familiar sights of the main exhibition floor, the technology centre offered a different feel. This was where engineers, designers, and specialists exchanged ideas about how to bring new capabilities to life. The atmosphere was less about presentation and more about collaboration, which reflects how defence is evolving; it is not just about the size of the platform, but about the quality and resilience of the systems supporting it.

Captec is proud to announce a major investment in its specialist surface treatment infrastructure, positioning Captec among a select few in the UK with the capability to meet the most stringent levels of the latest 2025 BR 3939 Warpaint standards. This has become an essential requirement in sectors where the performance and durability of complex systems depend on advanced surface treatments that ensure compliance, longevity, and resistance to extreme environments.

This major facility upgrade represents a strategic leap in capability, developed in close collaboration with global surface treatment leader SurTec, has expanded the operation from a 6-tank to a 12-tank configuration. This aligns with SurTec’s latest best-in-class specifications for advanced chemical processing, enabling Captec to offer next-generation treatments engineered specifically for mission-critical environments.

With this expansion, Captec now provides:

• Exceptional corrosion resistance to extend lifecycle performance in extreme environments

• Ultra-low surface resistance to optimise conductivity and reliability

• An ideal foundation for advanced coatings that improve durability and overall system performance

As a result, Captec is now one of a select group of UK providers qualified to deliver treatment processes that satisfy the elite compliance and reliability thresholds required in defence and aerospace programmes. This strengthens the company’s ability to support high-assurance platforms and subsystems where failure is not an option.

“Upgrading from six to twelve tanks and aligning with BR 3939 is a critical milestone for Captec’s Subsystems Engineering division,” said Phill Gower, Technical Lead at Captec. “It expands our capabilities and ensures our defence and aerospace partners benefit from treatments engineered to meet the highest requirements of the latest Warpaint standards.”

During the launch of the upgraded facility, Captec welcomed René Lecomte, Country Manager at SurTec Group. Reflecting on the partnership, he said:

“Captec has consistently shown a deep commitment to precision and quality, principles that mirror SurTec’s global philosophy. We are proud to support Captec in this strategic upgrade, marking them as one of the UK’s most capable providers of advanced metal surface treatment.”

SurTec’s world-leading metalwork treatment technologies are widely recognised for their reliability in the most challenging maritime and defence scenarios, environments where surface corrosion and lifecycle performance are critical.

Captec will be showcasing our expanded surface treatment capability and wider subsystem engineering expertise at DSEI 2025, Stand S5-552 (Canadian Pavilion). Visitors will be able to see how our latest innovations are engineered to meet today’s complex challenges and anticipate those of the future battlespace.

Explore Captec’s full professional finishing capabilities: captec-group.com/finishing

Building on our exploration of AI-powered machine vision, it’s clear that the capabilities of these systems demand a re-evaluation of the computing infrastructure that supports them. The addition of AI and machine learning (ML) has introduced new levels of complexity and computational intensity, and in this article, we’ll explore how AI and ML are reshaping hardware needs and the key considerations for designing robust, future-ready machine vision systems

The Computational Demands of AI-Powered Machine Vision

AI-powered machine vision systems require a significant leap in computational performance compared to traditional counterparts. This shift is driven by the need to process large volumes of high-resolution data in real time. Advanced algorithms like convolutional neural networks (CNNs) and reinforcement learning models are at the core of these systems. For instance, CNNs analyse complex visual data, enabling precise tasks such as defect detection and object recognition, while reinforcement learning helps optimise decision-making in unpredictable scenarios.

Moreover, real-time performance is non-negotiable in most automation settings. AI-driven systems must deliver split-second responses, whether guiding a robotic arm or identifying defects on a fast-moving production line. Achieving this requires processing architectures capable of parallel computing, such as GPUs or TPUs, to handle the computational load efficiently.

Rethinking Hardware for AI-Driven Systems

Designing machine vision systems that leverage AI involves rethinking traditional hardware configurations. Processing units, memory, and thermal management all need to scale up to meet the demands of these advanced applications.

• Processing Units: CPUs vs. GPUs vs. Edge Accelerators

CPUs, while versatile, often lack the raw power needed for complex AI computations. GPUs, on the other hand, excel at handling parallel processing tasks, making them a popular choice for training and running deep learning models. Edge accelerators, such as NVIDIA Jetson or Google Coral, are emerging as a compelling alternative for de-centralised systems. These devices bring powerful AI capabilities to the edge, reducing reliance on cloud infrastructure and enabling real-time decisions at the source of data.

• Memory and Storage

AI workloads demand substantial memory to store model weights and handle large datasets. High-speed storage solutions, such as NVMe drives, are essential for quickly accessing data during both training and inference. Insufficient memory or storage can throttle back performance, limiting the ability of machine vision systems to meet operational demands.

• Energy Efficiency and Thermal Management

The hardware advancements required for AI-powered machine vision come with increased energy consumption. Efficient thermal management solutions, such as direct liquid cooling systems or optimised airflow designs, are crucial to maintain system reliability and performance. For organisations prioritising sustainability, balancing power consumption with computational efficiency is becoming a key consideration.

• The Shift to Edge Computing

One of the most significant trends reshaping machine vision systems is the move toward edge computing. Processing data locally, rather than relying on cloud infrastructure; edge computing reduces bandwidth usage, minimizes latency, supporting critical real-time decision-making, it also enhances data security by keeping sensitive information on-site.

For example, a factory implementing AI-driven machine vision systems for quality control can use edge accelerators to analyse images directly on the production floor. This setup ensures rapid feedback, enabling immediate corrective actions without relying on an external server.

Navigating Your Hardware Options

Successfully deploying AI-enabled machine vision systems requires hardware solutions that align with your organisation’s specific technical and regulatory requirements. Off-the-shelf components may provide a starting point, but custom computing solutions deliver the precision and efficiency needed for highly specialised applications.

Navigating the adoption of custom hardware also presents challenges. High initial costs can deter investment, particularly for organisations exploring AI for the first time. Compatibility issues with legacy systems require detailed planning and expertise, while the rapid pace of technological advancement raises concerns about obsolescence.

Captec’s expert teams are ideally equipped to support your organisation in engineering custom solutions. Whether you’re just beginning to scope this technology, looking to expand existing capabilities, or seeking to enhance already-deployed systems, Captec can help you unlock new possibilities:

• Custom Performance Optimisation: Custom designs for processors and accelerators ensure that your hardware matches the demands of your specific machine vision tasks, such as multi-spectral imaging or ultra-high-speed inspection.
• Regulatory Compliance: Meticulous design with rigorous components selection, ensures your systems meet your industry-specific regulations, ensuring that your systems are not only powerful but also compliant.
• Seamless Integration: Customised hardware ensures compatibility with your existing infrastructure, reducing deployment challenges and operational disruptions. Captec’s teams also provide support for creating technology roadmaps, helping you to optimise obsolescence and change management programmes.

Preparing for the Future

To meet the demands of AI-powered machine vision, organisations should prioritise the following strategies:

1. Invest in scalable, modular hardware systems that can evolve alongside technological advancements.
2. Optimise energy efficiency to balance performance with sustainability goals.
3. Collaborate with hardware and AI specialists to ensure seamless integration and future-proof system design.

AI and ML are not just transforming what machine vision systems can do; they’re redefining the very hardware that powers them. By understanding these shifting requirements and proactively addressing them, organisations can build machine vision solutions that not only meet today’s challenges but are also prepared for the opportunities of tomorrow.

Delivering end-to-end, like no one else.

Captec is an award-winning designer and end-to-end provider of specialised computing platforms, engineered to meet the precise needs of any automation application, no matter the complexity or environmental demands.

Whether it’s upgrading your existing machine vision systems, integrating IoT devices, exploring edge computing or improving your existing AI implementation in your automation environments, our experienced teams are ideally placed to help you evaluate and define how you can harness this new era of intelligent automation and engineer support for you to meet your organisational objectives.

Additional Resources we think you will like