KeraSpace
Flight-heritage GNSS and ground-station kits that turn academic labs into live satellite stations — then into a global telemetry mesh.
The problem
The global space economy is accelerating toward $1 trillion, yet aerospace universities and high schools still teach satellite communications on either €25,000 legacy parabolic hardware — or theory alone.
Europe and international space agencies face a severe shortage of engineers with practical RF, GNSS, and satellite telecommunications skills. CubeSat operators, meanwhile, struggle with sparse, expensive ground coverage for basic housekeeping downlinks.
From Greek κεραία — antenna
KeraSpace builds modular, flight-grade kits and an integrated cloud learning platform. Institutions track, decode, and operate live satellites from a classroom window — with curriculum already validated through International Space University teaching.
Dual product architecture
VHF / UHF · classroom ground station
01
Led by Dr. Anwar
Multi-constellation u-blox receiver, active ceramic patch antenna, and a 10-week laboratory course covering trilateration, NMEA parsing, and planetary geodesy — already taught at ISU.
Retail
€149 – €199
02
Led by Dr. Ramson
Snap-together chassis, wideband RF receiver, and modular antenna rods for live weather-satellite decoding, ISS SSTV reception, and CubeSat Doppler tracking — built from flight-heritage practice.
Retail
€129 – €499
Trojan Horse engine
Every kit is a node. Sell the station, connect the classroom, aggregate the passes — then sell low-latency housekeeping telemetry back to constellation operators.
Phase 1
High-margin GNSS and ground station kits sold to schools and universities — the distribution vehicle for everything that follows.
Phase 2
Institutional subscriptions for student lab accounts, live classroom telemetry dashboards, and automated grading.
Phase 3
Connected classroom stations form a decentralized listening network — crowdsourced TT&C for commercial CubeSat operators.
Founding team
Academic credentials spanning ISU, UT Austin, and UF Gainesville — with flight-heritage engineering and curriculum already proven in MSS workshops. KeraSpace ops run toward Station F, not an ISU campus host.
Co-Founder & CEO
Leads product strategy, curriculum design, and commercial operations. Teaches satellite geodesy, GIS, and remote sensing across ISU, UW–Madison, and Texas State. Designed the ISU GNSS Workshop that anchors KeraSpace’s educational product line.
Co-Founder & CTO
Ph.D. Kyutech. Four orbital missions — ZIMSAT-1, ZIMSAT-2, BIRDS-5, LEOPARD. Low-cost SDR ground stations. FCC Extra Class KI5KZS.
Next step
KeraSpace is entering Station F Landing Zone in Paris — proximity to CNES, Thales, ESA BIC, and French Tech deeptech networks — to ship the first university kit pilots and launch KeraCloud.
