Logos Space Tech Stack
LEO satellite constellation for enterprise connectivity
Logos Space is building a LEO satellite system for enterprise-grade global connectivity. The engineering-heavy stack—spanning RF payload design (LTspice, Altium, FEMAP, NASTYS, ANSYS), flight dynamics (STK, FreeFlyer, Cesium.js), and embedded systems (Python, Rust, C++, ARM Cortex, ESP32, RISC-V)—reflects active work across spacecraft design, validation, and ground systems. Adopting SDN and MPLS signals movement toward software-defined network architecture for satellite-terrestrial hybrid operations. The org is majority senior and lead engineers (42 of 45 in eng), with acute pain points around production readiness, network performance optimization, and secure space communications—typical of a hardware company transitioning from development to operational scale.
Tech Stack 37 technologies
What Logos Space Is Building
◆Challenges
- Ensuring production readiness
- Satellite network performance optimization
- Enterprise-level network flow management
- Hybrid space terrestrial network optimization
- Ensuring robust connectivity
- Ensuring secure space communications
- Balancing production schedules with mission risk
- Scaling financial operations
- Defining services and service plans
- Building secure resilient enterprise network
▲Active Projects
- Rf payload design for satellite systems
- Flight validation of logos fleet of spacecraft
- Next-generation leo satellite systems
- Rf payload hardware
- Building labs for subsystem testing of fpga systems
- Ground support equipment development
- Software-in-the-loop simulation system
- Security architecture implementation for hybrid space and terrestrial network
- Life cycle performance assessment plan
- Service definition and roadmap
