Aetherline
Orbital mesh for a quieter cosmos
We design self-healing relay fabrics that carry sparse telemetry across lagging, hostile links — from LEO swarms to outer-system probes.
Aetherline·
Aetherline
We design self-healing relay fabrics that carry sparse telemetry across lagging, hostile links — from LEO swarms to outer-system probes.
Delay-tolerant routing, radiation-aware firmware, and ground-side digital twins that rehearse failure before hardware leaves the pad.
A store-and-forward fabric that keeps packets alive across minutes-to-hours of blackout. See Meridian Mesh →
Flight software that sheds load gracefully when radiation and thermal stress climb. See HelioPulse →
High-fidelity ground twins that replay link failures before they reach orbit. See Twinspire →
Need a partner for sparse-link mission design? We collaborate with labs, primes, and university flight teams.
View solutionsRecent notes from our research and field trials.
Meridian Mesh held end-to-end delivery above 99.2% under scheduled occultation.
Our delay-tolerant ranking algorithm is now available for peer review.
Remote-friendly roles across Canada and partner time zones.