Characterize
We pin down the constraints that actually bind, from range and spectrum to power, motion and regulation, before anything is designed around them.
Radio platforms for aerial nodes
By taking communication off the ground, aerial radio nodes carry both communication and sensing above it, clear of the spectrum congestion below and far from physical threats.
Aerial Radio Craft
The radio platform itself, sized and shaped to go onto the vehicle rather than into a rack.
- Compact transmit and receive units, built to integrate
- Fits the front-end footprint and power budget you already have
- Works alongside the multi-antenna techniques already in use
- Doppler resilient, with a recovery step when the link slips
- Distant line-of-sight exposure between nodes
- Low profile in every dimension, leaving room for payload
- Narrow-beam radiation, keeping links secure and private
ARC-Node
ARC powered quadcopter, ready to be deployed.
- Ground-isolated communication via ARC
- Two-way continuous communication
- Real-time pairwise communication and response
- 100% autonomous
- Minimized radar cross section
From constraint to deployed system
Prototype
A working link on real hardware, instrumented so performance can be argued with data instead of opinion.
Deploy & support
Field trial, hand-over and ongoing engineering support as the deployment and the requirements evolve.
Bring us a hard link
Tell us the constraint that's blocking you, whether it is range, spectrum, power or resilience, and we'll walk you through how we would approach it.