
WHITE PAPER
Exploring Arctic sovereignty in the age of AI and autonomy.
Cutting-edge drone technologies are shaping the future of the Canadian Arctic. While the landscape is vast and quickly shifting, state-of-the-art technologies can fill that gap, and then some.


Surveilling a vast and shifting Arctic landscape
4.4M
Square kilometres to monitor
(1.7 million square miles)
37%↑
Arctic traffic increase
2013-2023
16 yrs
Average procurement cycle
Impacts Arctic tech capabilities
3x
Defence drone market growth
By 2032
Drone AI and autonomy open up Arctic passage.
Autonomous navigation and decision-making, supported by AI, are now able to achieve real-time route optimization based on changing weather conditions. Missions are now more than complete — they are efficient and accurate, too.

Route Optimization
Dynamic path-planning software continuously calculates the safest and fastest routes by analyzing real-time sensor data. Rather than simply following rigid, pre-programmed paths, the system automatically re-routes drones to avoid obstacles like shifting sea ice.

Harnessing Weather
Deep learning neural networks can monitor high-latitude atmospheric changes to turn severe weather into an operational advantage. Onboard and software flight control models in particular can quickly identify wind patterns and adjust routes to capture micro-currents that improve or stabilize flights.

Energy Conservation
Intelligent power management systems monitor and adjust energy distribution to maximize range from limited batteries in freezing temperatures. Onboard software can not only reduce flight time, it can also use reinforcement learning to regulate power flow between propulsion, sensors, and thermal heaters.
Grab the White Paper
Explore the cutting-edge drone AI and automation technologies that are shaping the future of the Canadian Arctic.
