TEKEVER, a global leader in AI-powered autonomous systems, is supporting Phoenix Heli-Flight as the aviation operator begins a new contract to provide wildfire detection services across Canada.
The contract builds on a partnership that began in 2023, when TEKEVER and Phoenix Heli-Flight started working together to develop advanced uncrewed aerial capabilities for wildfire detection and response in Alberta.
Following a successful evaluation programme, Phoenix Heli-Flight will deploy TEKEVER’s AR3 uncrewed aerial system, equipped with specialist sensor technology, to support the detection and monitoring of wildfire activity. The capability combines TEKEVER’s long-endurance aircraft, advanced payload integration and Nova Maps software platform to deliver timely, actionable intelligence from the air.
Alberta has faced severe wildfire seasons in recent years, with major incidents placing significant pressure on communities, critical infrastructure and emergency services. Against this backdrop, the deployment highlights the growing role of uncrewed aircraft in complementing existing aviation, ground and emergency response resources. By helping operators identify potential threats earlier, enhance situational awareness and make better-informed decisions, the technology supports a more effective response in complex and rapidly evolving environments.
Phoenix Heli-Flight is a multi-role aviation operator with extensive experience supporting industrial, emergency response and wildfire operations across Alberta. Combining Phoenix’s local operational expertise with TEKEVER’s autonomous systems, sensor integration and real-time intelligence capabilities will enable a more persistent and data-driven approach to wildfire detection and monitoring.
The contract comes as TEKEVER continues to expand its international footprint and strengthen its global operations. Together, these developments underline the company’s growing role in supporting defence, security, emergency response and environmental monitoring missions worldwide.


























