Satellite constellation for space-to-space data relay and on-orbit compute
Kepler operates a vertically integrated satellite operator with in-house production, optical constellation design, and embedded flight software — a hardware-software stack spanning PetaLinux, FPGA, C/C++, and Kubernetes. The hiring mix is overwhelmingly engineering-focused (36 of 44 roles), with accelerating velocity and distributed teams across North America, Europe, and Bulgaria, indicating active deployment cycles and scaling of mission-critical systems. Active projects span flight software, routing protocols, and ground-station control planes, while pain points center on reliability assurance and expanding into government procurement.
Notable leadership hires: Chief Architect
Kepler Communications designs and operates a constellation of satellites for real-time data relay between spacecraft and ground stations. The company is headquartered in Toronto and maintains an in-house satellite production facility, giving it control over hardware design, firmware, and system integration. The product surface includes on-orbit data relay services, optical inter-satellite links, and ground networking infrastructure for LEO and beyond-LEO missions. Sales and business development are nascent relative to the engineering footprint, suggesting a product-first, mission-driven growth model targeting space agencies and commercial space operators.
Kepler's stack includes PetaLinux, Yocto, FPGA, C/C++, Python, FreeRTOS, and Kubernetes. Embedded systems rely on I2C, CAN, and OpenEmbedded, with GitLab CI/CD for flight software and build infrastructure.
Current projects include flight software development, a next-generation networking stack, tranche-2 satellite constellation commissioning, routing protocols for embedded environments, and EU expansion of real-time optical relay and on-orbit compute services.
Other companies in the same industry, closest in size