Listed as a BSX 2026 exhibitor
other
Reported date/window: 2026-09-07/2026-09-09
Hexeia (Hrad Technologies Pvt. Ltd.)
ISFC-2026-00114Ground Segment / TTCactiveprivate
Satellite Bus Platforms Hexeia builds scalable satellite platforms— currently CubeSats, evolving to MicroSat and higher-mass architectures. We deliver end-to-end mission capability: mission design tailored to payload requirements, integrated hardware build and qualification, launch coordination, ground station ops, and data delivery. Clients specify their space application (coverage, revisit, resolution); we handle architecture to data. We also supply flight- qualified subsystems—EPS, OBC, comms, ADCS, antenna mechanisms, RF systems—to constellation builders and satellite vendors seeking tested, reliable components. Griffin Platform An on-orbit servicing satellite with autonomous robotic systems designed for LEO constellation operations. Griffin extends satellite lifespan through refueling, repair, and deorbiting. Eliminating the unsustainable practice of launching replacements for repairable failures. ~150 satellites fail annually in LEO; Griffin transforms maintenance from ground-launch cycles to in-situ service. Custom- architected for each constellation's baseline design, Griffin makes orbital real estate sustainable at scale.
About
Satellite Bus Platforms Hexeia builds scalable satellite platforms— currently CubeSats, evolving to MicroSat and higher-mass architectures. We deliver end-to-end mission capability: mission design tailored to payload requirements, integrated hardware build and qualification, launch coordination, ground station ops, and data delivery. Clients specify their space application (coverage, revisit, resolution); we handle architecture to data. We also supply flight- qualified subsystems—EPS, OBC, comms, ADCS, antenna mechanisms, RF systems—to constellation builders and satellite vendors seeking tested, reliable components. Griffin Platform An on-orbit servicing satellite with autonomous robotic systems designed for LEO constellation operations. Griffin extends satellite lifespan through refueling, repair, and deorbiting. Eliminating the unsustainable practice of launching replacements for repairable failures. ~150 satellites fail annually in LEO; Griffin transforms maintenance from ground-launch cycles to in-situ service. Custom- architected for each constellation's baseline design, Griffin makes orbital real estate sustainable at scale.