I would use the HaLowLink 1 to prototype a swarm of ultra-low-power, HaLow-enabled microcontroller-based drones for disaster response and search-and-rescue missions. These would be insect-scale flying robots, each equipped with lightweight sensors such as thermal, acoustic, or gas detectors. The drones would communicate over HaLow to a central command node using the HaLowLink 1 as the hub.
Key benefits of using HaLow for this application:
- Long range and strong penetration, ideal for staying connected in complex environments like rubble or tunnels
- Low power consumption, which is critical for small drones with limited battery life
- Scalable networking, allowing real-time coordination of large swarms
The goal is to develop a coordinated swarm that acts as a distributed sensor network, helping rescuers locate survivors faster and more safely. HaLow makes this kind of swarm-based communication feasible for tiny, battery-constrained robots in mission-critical scenarios.