The NFC Forum has selected ten finalists for its 2026 Innovation Awards, bringing together applications ranging from vehicle access and industrial manufacturing to food, livestock identification and battery-free locking systems. More than 30 entries from around the world competed for places in the final ten.
The finalists are Blok, Miele KM8000 & M Sense Smart Cooking System, an NFC and Bluetooth 6.0 vehicle start-stop system, Pragmatic NFC Protect PR1311, QR Cattle ID, SenseTap, Smart Bottle, TM NFC+ Augmented Reality Restaurant Menus, TRIFORA Smart Kitting and the VOLTEND Battery-Free NFC Lockout/Tagout System.
The list shows how NFC is moving beyond the uses through which most consumers know the technology. Contactless payments and transport tickets remain established applications, but the 2026 finalists apply the same short-range communications standard to machinery, vehicles, products and physical access.
The NFC Forum assesses entries on innovation, benefits, user experience, the role NFC plays in the product and results supplied by entrants. A panel selected the ten finalists before opening voting to the NFC community, which will choose three winners. The Forum plans to announce the results during its European Member Meeting in Lisbon in the week of 5 October.
The organisation sits at the centre of the NFC ecosystem. Its membership includes Apple, Google, Huawei, Infineon Technologies, NXP Semiconductors, Sony, STMicroelectronics, Mastercard, Renesas Electronics, Samsung Electronics, Visa, Qualcomm and Jaguar Land Rover, alongside companies working in semiconductors, automotive systems, payments, healthcare and communications.
Among the 2026 finalists is South Korean semiconductor company 3ALogics. Its VOLTEND Battery-Free NFC Lockout/Tagout System uses NFC for a task that usually depends on a physical key or an electronic lock with its own source of power.
VOLTEND controls industrial Lockout/Tagout, or LOTO, equipment without a separate battery. LOTO systems isolate machinery during maintenance and inspection so equipment does not restart while a worker remains exposed to moving machinery, electricity or another energy source. VOLTEND adds electronic authentication to that physical safety process.
The system also demonstrates a less familiar property of NFC.
An NFC connection transfers information across a short distance, but the electromagnetic field also supplies a small amount of energy. A device designed around that property harvests energy from the NFC field instead of depending on a battery for the interaction.
In VOLTEND, an NFC sensor integrated circuit developed by 3ALogics handles the energy-harvesting function. The company also holds patents related to battery-free NFC locking devices.
The result is a lock that remains without a conventional battery while waiting for someone to use it. When an authorised NFC device approaches, the system receives the energy and data required for the interaction.
That changes the economics of electronic access control.
A conventional electronic lock needs power. Some connect to a building's electrical system. Others rely on replaceable or rechargeable batteries. Either arrangement adds infrastructure or maintenance. Battery replacement becomes a larger issue when an organisation operates hundreds or thousands of locks across factories, warehouses, vehicles or remote installations.
Battery-free NFC approaches the problem from the other direction. Instead of keeping the lock powered while nobody uses it, energy arrives at the point of interaction.
For industrial LOTO, that has a direct use. A mechanical padlock provides isolation but provides limited digital information by itself. An NFC system creates a route to link physical access with a digital credential while retaining a local physical interaction.
The short communication distance is part of that model. A user has to bring an NFC device close to the lock rather than operate it through a long-range radio connection.
3ALogics has built its business around NFC semiconductor technology rather than locks alone. Founded in 2004, the South Korean fabless company develops NFC reader ICs, NFC tag ICs, reader modules and NFC systems.
Company material states that more than 250 million of its products have been sold since 2016. It also reports more than 100 core patents in NFC semiconductor technology and positions its products across access control, electronic shelf labels, product authentication, automotive applications, smart logistics and digital product passports.
VOLTEND provides an example of how that semiconductor work moves from an electronic component into a complete physical system.
A worker approaching isolated industrial equipment presents an NFC credential to the locking system. The NFC connection provides authentication and energy without requiring a battery inside the lock. The system therefore combines a semiconductor, an access credential and a mechanical safety device.
The company says the battery-free structure reduces maintenance requirements while NFC's short-range authentication provides access control. It plans to target overseas industrial safety and equipment markets with VOLTEND.
The potential market extends beyond industrial LOTO.
Warehouses contain cages, cabinets, restricted inventory and equipment that require controlled access. Utilities operate electrical cabinets and communications equipment across dispersed sites. Logistics companies manage containers and storage units that move between locations. Factories have machinery that workers need to isolate before maintenance.
These applications share an engineering problem. A mechanical lock requires no electrical infrastructure but offers few digital functions. A connected electronic lock provides authentication and records but needs batteries, wiring or another source of electricity.
Energy-harvesting NFC sits between those approaches.
South Korea's Army provides a separate example of how the same underlying technology is moving into physical security.
The Republic of Korea Army presented its “Keyless Army” project at a logistics policy briefing at the Army Consolidated Logistics Depot in Sejong City on 7 August. The programme forms part of an overhaul that also covers automated warehouses, artificial intelligence, robots, drones, maintenance systems and battlefield energy infrastructure.
The Army plans to replace physical keys and handwritten records at firearms and ammunition facilities with digital authentication.
Its planned system combines Army Mobile Operating System, or AMOS, phones with battery-free NFC technology and biometric authentication. A soldier or other authorised user places an AMOS phone against a digital lock to initiate access. The interaction follows the same basic principle as tapping a public transport card against a reader.
The Army has not presented the project simply as a change in padlock technology. It forms part of an attempt to remove human errors from firearms and ammunition management and create electronic records around access and equipment handling.
The service plans to test digital locks at three units during 2026, including the 9th Infantry Division. The pilot will assess their suitability for military operations. The Army plans to expand digital authentication across its units by 2034 after the testing programme.
Its longer-term roadmap extends beyond locks. By 2040, the Army plans a smart firearms management system using biometric information in the firearms issue process.
The Keyless Army programme sits inside a wider logistics programme built around automation.
At the August briefing, the Army demonstrated robots handling supplies, automated forklifts and transport vehicles, 3D vision equipment and systems for packing and moving goods. Its logistics plans also include 40kg-class transport drones for locations that vehicles struggle to reach, wearable robots to assist troops moving heavy loads and mobile microgrids to generate, store and supply electricity in operational areas.
The Army's programme shows how digital systems are entering tasks that have depended on people and mechanical equipment. Warehouses are moving from manual handling towards automated equipment. Maintenance is shifting towards connected systems and condition monitoring. Logistics information is moving onto digital networks. Physical keys and handwritten firearms records are moving towards NFC and biometric authentication.
NFC occupies a small part of that programme, but the lock demonstrates why the technology suits infrastructure that has traditionally remained mechanical.
A physical key requires no battery, network or electrical connection. Any electronic replacement has to compete with that simplicity.
Battery-free NFC addresses part of that problem by removing the need to maintain a power source inside the lock for the NFC-powered interaction. At the same time, digital authentication creates functions that a mechanical key does not provide, including the ability to connect access to an electronic identity and record.
What links the two cases is the underlying direction of NFC technology.
Industrial machinery needs controlled access during maintenance. Military armouries need controlled access to firearms and ammunition. Warehouses need control over restricted inventory. Utilities have cabinets and equipment distributed across sites. Logistics companies operate containers and storage units that move between locations.
NFC also extends beyond locks.
Digital product passports provide one route. An NFC tag attached to a product links the physical item to information about origin, materials, servicing or recycling. Authentication provides another. Medical equipment and consumables, branded goods and industrial components all present situations where a short-range interaction links a physical item to a digital record.
Automotive applications provide another established market. NFC digital keys turn smartphones into vehicle credentials, linking physical access with digital identity. The presence of a vehicle start-stop system among the NFC Forum's 2026 finalists shows continued development around that model.
Product authentication moves the same principle into consumer and industrial goods. A passive NFC tag does not require a conventional battery. A smartphone supplies the interaction required to identify the tag, exchange information or authenticate the item.
The ten Innovation Awards finalists therefore provide a cross-section of where NFC development is heading.
Miele's cooking system places NFC in the kitchen. The vehicle start-stop entry applies it to access and operation. QR Cattle ID takes identification into agriculture. Smart Bottle connects packaging with digital functions. TRIFORA Smart Kitting brings NFC into manufacturing processes. VOLTEND applies the technology to industrial safety.
3ALogics enters that group from the semiconductor side of the industry. VOLTEND turns its NFC sensor IC and energy-harvesting work into a complete physical system rather than leaving the technology as a component inside another product.
The Korean Army's move towards battery-free NFC locks provides a separate use case for the same shift from familiar NFC transactions towards physical infrastructure.
A technology associated with tapping a bank card or transport pass is now being applied to machinery, equipment, vehicles, products and access points.
The NFC Forum community will choose three products from the ten finalists, with the winners due to be announced at the organisation's Lisbon member meeting in October.
HT
