Aalyria Tech Stack
Free Space Optical communications and network orchestration for mobile satellite systems
Aalyria operates at the intersection of optical hardware and distributed network software, combining free-space laser communications with a managed platform for orchestrating networks in motion. The tech stack reveals a hardware-forward engineering org: FPGA design tools (Zynq, Vivado, Verilog, VHDL), RF/comms standards (3GPP, O-RAN, JESD204), and Python-based ML inference (PyTorch, TensorFlow) sit alongside modern cloud infrastructure (Kubernetes, gRPC, observability). Active hiring is senior-weighted and decelerating, concentrated in engineering, while projects cluster around prototype-to-manufacturing transitions, observability maturity, and autonomous pointing/tracking — signaling a shift from R&D validation toward production hardening.
Tech Stack 63 technologies
What Aalyria Is Building
◆Challenges
- Transitioning prototype to manufacturing
- Improving legacy applications
- International hiring coordination
- Reducing latency and increasing uptime
- Optimizing performance
- Complex satellite projects
- Budget constraints
- Temporospatial networking problems
- Reliability affordability practicality balance
- Maturing observability stack
▲Active Projects
- Integration with the spacetime platform
- Core observability stack
- Centralized observability platform
- Prototype to manufacturing transition
- Lasercom subsystem development
- Automating security operations and compliance reporting
- Real-time control system for optical imaging and tracking
- Autonomous functions for pointing acquisition tracking
- Develop and maintain the dtn products, platforms and apis
- Build a scalable and distributed system on kubernetes
Hiring Activity
Department
Seniority
Notable leadership hires: Software Lead Manager
