US launch cadence has grown nearly tenfold in a decade, new spaceports are being built from scratch, and a hostile drone that costs less than a tank of propellant can hold a rocket on the pad at risk. Launch observation and communication is where the Neura platform goes to work first.
Every new rocket needs eyes on the ground. We built the AI that watches the sky.
A launch is an observation problem before it is anything else — and every phase of it maps onto what the Neura platform already does: detect, classify, track, communicate, and keep a signed record.
Exclusion-zone enforcement against unauthorized aircraft, drones, vessels, and personnel — and continuous counter-UAS watch over the vehicle itself in its most vulnerable hours.
Multi-sensor observation of the vehicle and the airspace around it, with the same fused track picture and anomaly cueing Neurex builds for any contested sky.
Recovery tracking, debris-field awareness, and pad assessment — then the range resets and the watch resumes for the next vehicle in the queue.
Launch operations is not a new product line — it is the Neura family deployed around a launch complex, with Neurex fusing every feed into one range picture.
| Neura capability | On the range |
|---|---|
| Neura Station · full-aperture detection | Fixed observation points around the complex and exclusion zone |
| Neura Patrol · relocatable unit | Downrange, temporary, and recovery-area coverage |
| Neura Sentry & Scout | Pad crews and security teams, aware and equipped |
| Neura Canopy · networked Stations | One air picture across the whole range, resilient mesh communication |
| Neurex · fusion & decision layer | Classify friend, foe, and unknown in real time — human on the loop |
| Tamper-evident audit trail | Range-safety compliance record, from observation to outcome |
Counter-UAS protection for the vehicle on the pad and the complex around it — detection, classification, and alerting, integrated with existing range-safety procedures.
Extended-range awareness of aircraft, vessels, and vehicles in the hazard area, with automatic classification and real-time alerting to the range safety officer.
Ascent tracking, debris awareness, weather integration, and multi-site coordination — the long-term vision for an AI-native range, built out with partners and customers.
New spaceports are designed-in from day one; established ranges are augmented, not replaced. Detailed capability briefings available to qualified operators.
Observation and communication are licensing requirements, not afterthoughts. The earlier the detection net is in the site plan, the cheaper and stronger it is.