FLOX Edge-Defense Sensors – AI-driven Intrusion Detection and Wildlife Deterrence for Military Airbases and Remote Field Environments

Purpose and goal

Military airports and reserve bases are at risk of bird strikes and wildlife trespassing, which can cause accidents, downtime and high costs. On reserve bases without fences, it is crucial to be able to use runways safely at short notice. The Armed Forces also need robust surveillance of unauthorized persons in forests, mountains and border areas where conventional cameras do not work. The project aims to further develop Flox Edge‑sensorer to meet defense-related needs.

Expected effects and result

The solution will address two clear needs: Military airports and reserve bases: reduced risk of bird strikes and wildlife trespassing, and monitoring of unauthorized intrusions at runways and safety zones. This strengthens flight safety, preparedness and operational resilience. Remote field environments and border areas: persistent sensor that can monitor areas where cameras or radar cannot be used, enabling continuous surveillance in difficult-to-reach environments.

Planned approach and implementation

The project is implemented in five work packages according to an iterative Design-Build-Test-Learn-modell. First, eligibility requirements and architecture are developed, then Edge-Defense v1.0 is developed and security hardened. The system is verified in the field in an air base-like environment. In parallel, a dual-use strategy and business plan are developed within the accelerator. Project management, ethics, sustainability and gender equality are continuously monitored.