Space infrastructure for in-orbit servicing, debris mitigation, and tactical intelligence
Turion Space designs and operates autonomous spacecraft for national security and commercial missions. The stack—Python, MATLAB, FreeRTOS, embedded Linux, and orbital simulation tools (STK, FreeFlyer)—reflects a hardware-first, real-time systems company shipping actual satellites (DROID.001 launched June 2023; DROID.002 March 2025). Heavy engineering hiring (31 roles, mostly senior+ seniority) combined with active projects in PKI infrastructure, TrueNAS deployment, and ManageEngine adoption signals rapid operational scaling—moving from R&D into sustained mission operations and compliance-heavy production.
Turion Space builds spacecraft platforms for space domain awareness, in-orbit servicing, and debris mitigation. Founded in 2021, the company designs and operates vehicles with autonomous decision-making capabilities for national security and commercial operators who need speed and orbital resilience. Their operational footprint includes successful satellite launches (DROID.001 and DROID.002) and an active pipeline through 2026. Core challenges center on export control compliance, rapid design iteration cycles, and maintaining uptime in mission-critical space environments—typical constraints of regulated aerospace hardware at scale.
Python, MATLAB, FreeRTOS, Embedded Linux, STK, FreeFlyer for mission design, SolidWorks for CAD, plus AWS and on-premise Linux servers (Red Hat, Ubuntu, CentOS) for operations infrastructure.
In-space servicing, spacecraft bus and component design, payload R&D, mission program execution, AI-enabled internal tools, PKI security infrastructure, and TrueNAS storage systems deployment for production environments.
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