Space systems, built simply
We design and integrate reliable satellites, flight software, and ground operations. Our approach favors clear architectures, test-first development, and documentation that makes handovers easy. From early trades to on-orbit support, we keep risk low and timelines realistic.
About
Nasatech builds practical space systems with a simple goal: make missions reliable and easy to operate. We combine systems thinking with hands-on engineering so ideas move smoothly from requirement to flight hardware and code.
Our work spans spacecraft systems, avionics and flight software, and ground operations. We prefer straightforward designs with sensible safety margins, traceable decisions, and test benches that mirror reality.
The team of Live Draw Taiwan has experience across smallsat and traditional space programs and works with ECSS and NASA practices in mind. We value readable documentation, reproducible builds, and calm, predictable operations once the vehicle is on orbit.
Services
Spacecraft Systems
We develop system architectures and trades, build power, mass, thermal, and data budgets, and define interfaces that make integration clean. Redundancy strategies and AIT coordination lead to environmental testing and flight-readiness without surprises.
Flight Software
We write deterministic C/C++ for OBC, ADCS, power, and comms, with robust state machines, safing modes, and watchdogs. Drivers and telemetry/command protocols are validated on HIL benches and CI so behavior on orbit matches what we test on the bench.
Ground & Ops
We deliver ground pipelines for command and telemetry, monitoring dashboards, and actionable alerting. Clear procedures and on-call runbooks keep operations calm in nominal conditions and provide quick, disciplined responses to off-nominal events.
Contact
Email [email protected] with mission goals, target schedule, orbit or band, payload constraints, and preferred vendors. We usually reply within 1–2 business days, can sign a simple NDA, and operate primarily 09:00–17:00 ICT (UTC+7).