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SYSNAV builds magneto-inertial navigation systems for motion measurement and positioning in GPS-denied or challenging environments. The stack is hardware-focused (C/C++, STM32, FPGA, Altium Designer) with emerging software depth (Python, Docker, TypeScript), reflecting a company transitioning from pure embedded systems toward data-informed products—reinforced by active hiring in data (4 roles) and a project pipeline centered on clinical data analysis and wearable miniaturization. Pain points cluster around sensor precision, thermal stability, and miniaturization, signaling R&D-heavy prioritization over scaling.
Tech Stack 22 technologies
Core StackPython Linux C++ JavaScript TypeScript Rust Docker C/C++ Altium Designer STM32 C Bash LinkedIn bash LTE GPS NFC FPGA Altium Git CI/CD SQL
AdoptingLTE GPS NFC FPGA
What SYSNAV Is Building
◆Challenges
- Miniaturizing tachymètre magnéto-inertiel
- Precision and robustness of navigation system
- Patient data reporting
- Improving vertical axis precision
- Minimizing external infrastructure dependency
- Miniaturizing mag‑inertial tachymeter
- Clinical data variable extraction
- Reducing temperature-induced barometer errors
- Optimizing performance of magnéto-inertial tachometer
- Improving product reliability
▲Active Projects
- Pld
- Syde
- Clinical study data analysis
- Industrialization of mag‑inertial tachymeter
- Miniaturization of tmi for wearable watch
- Modeling and validation of results from real clinical study data
- Develop patient reporting system
- Personnel location device program
- Blueforce
- Miniaturization for smartwatch
Hiring Activity
25 roles · 10 in 30d
Department
Seniority
Company intelligence
