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STR builds signal processing, cybersecurity, and sensor systems for U.S. defense and national security customers. The tech stack—MATLAB, IDA Pro, Ghidra, Python, FPGA tooling, and embedded architectures (ARM, x86, STM/NXP silicon)—reflects deep domain focus on reverse engineering, signal analysis, and low-level systems work. The hiring profile skews heavily toward senior engineers and research roles, with active recruiting in FPGA tooling, RF systems, and deep learning for computer vision, signaling sustained investment in next-generation capability areas.
Tech Stack 135 technologies
Core StackActive Directory Linux VMware MATLAB Visual Studio Python C++ Docker Kubernetes NumPy Windows 10 macOS Microsoft Office Dell Apple IDA Pro Binary Ninja Ghidra QEMU AFL++ C/C++ x86 ARM STMicroelectronics NXP Analog Devices FPGA Git Anaconda SciPy+100 more
AdoptingROS MBSE Red Hat Ubuntu Windows
What STR Is Building
◆Challenges
- Complex national security problems
- Improving and automating fpga reverse engineering process
- Maintaining compliance with government protocols
- Meeting program schedule and cost objectives
- Software vulnerability identification
- Resource security contracting challenges
- High-security environments
- Transitioning prototypes to low-volume product systems
- National security challenges
- Operational transition of cutting-edge software technologies
▲Active Projects
- Real-time signal processing applications for sonar, radar, electronic warfare
- Fpga reverse engineering tool development
- Over-the-air system demonstrations
- Integration and test of advanced multi-function rf systems
- Deep learning for computer vision
- Develop automated reverse engineering tools
- Innovative cybersecurity solutions
- Modeling and simulation programs
- Embedded radar systems for air-to-air applications
- Next-generation rf hardware system development
Hiring Activity
Steady120 roles · 35 in 30d
Department
Seniority
Notable leadership hires: Chief Scientist
Company intelligence
