Dutch Airwayz OVERWATCH Secures NATO Certification After Connecting 13 Countries Drone Defense Systems in One Network
AI Analysis
Dutch Airwayz's OVERWATCH platform achieved NATO interoperability certification following successful integration of 46 C-UAS nodes from 13 countries during the TIE 26 exercise. The platform demonstrated the ability to create a unified air picture by combining diverse sensor and effector technologies under the STANREC 4869 framework. This certification highlights a significant step towards standardized, multinational C-UAS capabilities.
Key Takeaways
- Airwayz OVERWATCH received NATO NCIA interoperability certification after TIE 26.
- OVERWATCH integrated 46 C-UAS nodes (31 Fusion, 15 Edge) from 13 nations.
- The exercise involved testing against simulated drone threats, reflecting lessons from recent conflicts.
- Systems integrated included acoustic detection, RF sensing, radar, jammers, kinetic interceptors, and remote ID.
- OVERWATCH operates under the NATO STANREC 4869 standard for Class I UAS (small tactical drones).
Why It Matters
This certification signifies a major advancement in multinational C-UAS interoperability, addressing a critical need for coordinated defense against drone threats. The ability to rapidly integrate diverse systems into a common operational picture enhances situational awareness and response effectiveness. This development will likely influence future NATO C-UAS procurement and standardization efforts.
Dutch Airwayz OVERWATCH Secures NATO Certification After Connecting 13 Countries Drone Defense Systems in One Network
THE HAGUE, Netherlands — June 01, 2026 : Airwayz’s OVERWATCH airspace governance platform has received official interoperability certification from NATO’s Communications and Information Agency (NCIA) after successfully participating in NATO’s Technical Interoperability Exercise (TIE 26), a major multinational counter-drone exercise held in the Netherlands.
The certification follows the platform’s role as the primary command and control (C2) system for “Team BRAVO,” where it integrated sensor and response systems from 13 countries into a single operational picture during live testing against simulated drone threats.
Held from May 11 to 22, 2026, at the Royal Netherlands Aerospace Centre (NLR) in Marknesse, TIE 26 is NATO’s principal exercise for evaluating interoperability among counter-unmanned aircraft systems (C-UAS). Organized by the NCIA, this year’s event brought together nearly 300 military personnel, technical specialists, and industry participants from 11 allied nations, alongside partner countries Australia and Ukraine.
The exercise focused on testing how military and commercial counter-drone systems can operate together in realistic operational conditions. More than 60 counter-drone systems and 40 command-and-control software applications from around 40 companies were evaluated during the 11-day event. The testing process reflected lessons from recent conflicts, particularly the growing role of small drones and the increasing complexity of countering unmanned threats in contested environments.
OVERWATCH Demonstrates Multi-Nation Integration
During the live performance challenge, OVERWATCH served as Team BRAVO’s central command-and-control platform and connected with 46 counter-drone nodes under NATO’s STANREC 4869 framework, a standardized recommendation for countering Class I unmanned aircraft systems, which include small tactical drones widely used in modern conflicts.
The integrated network included 31 Fusion Nodes, designed to combine information from multiple sensors, and 15 Edge Nodes, consisting of individual sensors and effectors operating at the tactical level. Through this structure, OVERWATCH combined data from systems that had not previously been integrated and generated a single Recognised Air Picture for operators.
According to Airwayz, the platform managed information from a wide range of technologies contributed by participating countries, including acoustic detection systems, passive radio-frequency sensing, radar systems, jammers, kinetic interceptors, and remote identification tools. The company said the level of interoperability achieved during the exercise demonstrated the platform’s ability to connect multiple systems rapidly under operational conditions.
SAPIENT Architecture and Command Capability
An important element of the certification process involved the platform’s performance