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As we approach mid-2026, the transformation in the door/window accessories and access solutions sector is becoming increasingly clear. The industry has moved far beyond simply developing new models, brighter surfaces, lighter weights, or classic mechanical hardware.

Today, global players are clearly leading the way, shifting towards AI + cloud access, sustainable hardware, energy-efficient window systems, concealed/minimalist accessories, retrofit & smart building conversions, and data-driven access management. This transformation represents a silent but extremely radical paradigm shift. The industry is no longer simply producing mechanical products like door handles, window handles, locks, cylinders, or hinges. It is now focused on producing access data, behavioral analysis, energy optimization, building intelligence, and digital security infrastructure.

And perhaps the most critical question the industry should ask itself today is: "Will the mechanical hardware we produce be sufficient to become part of the smart building infrastructure of the future?"

The future of the sector was once again clearly demonstrated at Intersec Dubai 2026 by global manufacturers such as ASSA ABLOY. One of the most prominent examples of this transformation was the next-generation solutions showcased at the Intersec Dubai exhibition in January 2026. It was now very clear that the sector is no longer solely focused on physical security. Solutions such as IoT-based access systems, cloud-based access management, real-time authorization, programmable electronic switches, wireless locks, biometric readers, smart home integration, and digital security infrastructures for data centers were particularly noteworthy. The emphasis placed on data center security solutions clearly shows that the sector is shifting direction.

Because in our era, door systems are no longer just gateways providing physical access; they are also intelligent gateways that must manage data flow, user behavior, risk analysis, and operational continuity. This approach means that the sector cannot continue to operate solely on the logic of "lock manufacturing." Next-generation hardware is transforming, and it is now very clear that it will continue to do so.

To date, the main areas of competition in the sector have been: While factors such as durability, surface quality, weight, aesthetics, cost, and delivery time were once considered, the new competitive landscape is now completely different. Next-generation access control systems recognize the user, analyze movements, interpret unusual behavior, update access permissions in real-time, optimize energy usage, and manage the flow within the building. Therefore, the system no longer simply "opens the door"; it also makes decisions.

Especially with the development of AI-powered recursive reasoning and self-monitoring systems, future access solutions will not only be structures that follow commands but will also transform into systems that optimize their own behavior. This directly changes the future of the sector.

So, will the door handles we know today still exist in 10-15 years? Perhaps this is the most radical question the sector should ask today. Because in the coming period, a decrease in the use of physical keys, the standardization of mobile access, the widespread use of biometric authentication, the development of contactless access systems, the increase in the use of hidden accessories, and the widespread use of AI-powered authorization seem inevitable.

In the future, users may not carry keys, may not physically turn the doorknob, and may not have to perform manual actions to grant access. In other words, the building... It can transform into an active system that recognizes the user, learns their movements, analyzes risks, and dynamically manages the security level. At this point, the classic door handle will become less of a mechanical product and more of a physical interface for the smart building ecosystem.

Perhaps in the future, the most valuable raw material in the sector will not be zinc alloy, aluminum, steel, or brass, but data. Because the competitive advantage of the future will be shaped not only by physical durability but also by data management, user experience, energy optimization, and digital integration capabilities.

Looking at the areas where European-based manufacturers are focusing today, the transformation becomes much clearer. Concealed systems, airtight hardware, systems compatible with passive houses, smart ventilation solutions, and retrofit conversion applications stand out in particular. A window system is no longer just a structure that opens and closes; it is transforming into an active building element that affects energy performance, manages airflow, contributes to carbon efficiency, and impacts the sustainability score.

Therefore, the sector can no longer be defined solely as an "accessory sector." The sector is moving towards the intersection of construction technology, smart infrastructure, and building intelligence. Perhaps the biggest misconception in the sector is that it still sees itself as merely a "mechanical equipment industry". 

For Turkey, a significant opportunity arises here. Turkish-based manufacturers hold a crucial position due to their flexible production capabilities, fast delivery advantages, proximity to Europe, project-based production flexibility, and mid-to-upper segment price advantage. However, simply producing will no longer be enough. In the new era, companies will need to offer a smart, competitive product language, sustainability data, energy performance contribution, a low-carbon approach, digital integration capabilities, and a technical solution partnership approach. Because in the coming period, customers will not only buy "products." Customers will buy integration, data, energy efficiency, security intelligence, user experience, and value.

The winners of the next 10 years will perhaps not be those who process the most metal, but those who manage data best. And the question that will determine the future of the sector is: "Is the door/window accessories sector really still a mechanical hardware sector? Or are we unknowingly building the invisible operating system of the smart building infrastructure of the future?"