AEA — Advanced Engineering Agent
"Your overnight engineering department"
AEA is an AI-powered engineering system that automates precision component design for space applications. It runs multi-discipline checks — structural, thermal, propulsion, power, attitude control, communications — simultaneously, catching conflicts early and iterating toward optimal designs overnight.
Designed for air-gapped deployment, AEA works in SCIFs and classified environments with zero cloud dependency. From a single engineer to full enterprise teams, it scales to match your operation.
NEA — Naval Engineering Agent
"First-pass right, every print"
NEA applies the same multi-discipline AI engineering approach to Navy additive manufacturing. Where AEA catches thermal-structural conflicts in satellite brackets, NEA catches printability and material issues in AM builds before metal hits the laser.
Same proven architecture, trained on AM process physics. Air-gapped, classified-ready, and built for the unique demands of naval production environments.
HEA — Hypersonic Engineering Agent
"Coupled physics, solved together"
HEA applies multi-discipline AI engineering to the hardest coupled-physics problem in defense: hypersonic vehicle design. Aerothermal, structural, trajectory, and aerodynamic domains are tightly coupled — changing one changes all the others. HEA navigates these tradeoffs simultaneously, finding viable design spaces that manual iteration misses.
Same proven architecture as AEA, trained on hypersonic domain physics. Air-gapped and classified-ready for defense programs that can't afford to guess.
OrbitalCore — Propagation Engine
"Know where it is. Know where it's going."
OrbitalCore is our orbit propagation and collision detection engine. It tracks objects in orbit, predicts where they'll be, and flags potential collisions — the foundation for all orbital operations and debris tracking services.
Designed to integrate with existing tracking data sources, OrbitalCore turns raw orbital observations into reliable predictions that mission planners can trust.
Carapace — Thermal Architecture
"Nature solved it. We engineered it."
Carapace is a modular thermal protection system for space structures. Instead of adding insulation as an afterthought, Carapace makes the shell itself the insulation — a structure that insulates by design, not by addition.
Configurable for habitats, spacecraft hulls, and cryogenic tanks. Inspired by nature's own thermal architecture — the name comes from the shell, where protection and structure are one and the same.