Initializing Transit System
Initializing Transit System
Standardized, low-cost cargo delivery between orbits
Build standardized, low-cost orbital cargo logistics using smart infrastructure and passive containers.
Moving cargo between orbits costs $1-5M+ per delivery. Every payload needs its own propulsion, guidance, and power systems.
It's like shipping packages where every box needs its own engine. Custom engineering for every mission.
As commercial space stations multiply, current solutions will become the bottleneck.
Smart endpoints. Dumb containers.
Computes release timing, holds containers, precise deployment. All intelligence lives here.
Cheap, standardized, ballistic trajectory. Minimal propulsion needed. Just a box.
Autonomous capture station at destination. Maneuvers to catch containers.
SpaceX made LEO access cheap: $5K/kg → <$1K/kg trajectory
4+ commercial stations launching 2025-2028 (Axiom, Vast, Orbital Reef, Gateway)
NASA needs logistics partners for cislunar operations
DoD wants contested logistics capability and rapid resupply
Prove passive container capture with demonstration mission
ISS resupply competition, commercial station contracts
Gateway resupply, lunar orbit operations
Orbital depots + defense contracts
Backed by a network of 13 specialized AI agents processing 115,000+ requests daily
Founder & CEO
AI systems architect with background in digital audiences and space logistics
Chief Technology Officer
Former SpaceX engineer, PhD in orbital mechanics from MIT
Head of Operations
20+ years in aerospace manufacturing and mission planning
Business Development
Former Blue Origin BD lead, expert in commercial space partnerships
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