S
Stoke Space Tech Stack
Fully reusable launch vehicle developer with integrated ground systems
Stoke Space builds fully reusable rockets and launch infrastructure. The tech stack reveals a vertically integrated operation: simulation and structural analysis (ANSYS, MATLAB, NASTRAN) paired with automation software (Python, Rust, Node.js on AWS/Kubernetes), manufacturing execution systems (MES), and product lifecycle management (PLM) — a rare stack mix that signals end-to-end control from design through launch operations. Hiring is heavily weighted toward engineering (36 of 48 roles), with the seniority distribution (mid and senior levels dominating) matched to active builds of the Nova launch vehicle and Boltline platform.
Tech Stack 62 technologies
Core StackPython React GraphQL TypeScript PostgreSQL Next.js Docker Kubernetes AWS Hasura CircleCI MATLAB Node.js Rust RAG NX ANSYS Apollo LabVIEW National Instruments Altium Plotly Highcharts NASTRAN Ansys MES ERP PLM FedRAMP ISO 27001+32 more
What Stoke Space Is Building
◆Challenges
- Reduce cost to meet launch target
- Increase throughput
- Reducing launch costs
- Streamlining launch day processes
- Reducing risk and improving reliability
- Increasing flight cadence
- Testing hardware quickly
- Reliable ground system
- Real-time data-driven launch decisions
- Monitoring supercomputer performance
▲Active Projects
- Launch vehicle nova
- Launch day automation systems
- Design and build test stands
- Boltline platform
- Reusable rocket development
- Continuous improvement of conops
- Automation and monitoring tools implementation
- Design and first build of rocket structural components
- Design and test hardware for launch vehicle sub-systems
- Boltline by stoke space
Hiring Activity
50 roles · 30 in 30d
Department
Seniority
Company intelligence
