English
FrançaisWe build the tools that test your systems
Beyond one-time assessments, we develop custom software, testbenches, and automation platforms that enable your teams to continuously test and validate the security of your wireless systems and embedded products.
Our development team combines deep security research expertise with software engineering — building everything from protocol fuzzers and SDR toolchains to complete automated testbenches for 5G, automotive, and IoT security validation. We don't just find vulnerabilities — we give you the tools to find them yourself, at scale, and over time.
Every tool we build is grounded in real-world offensive experience. RF Swift, our open-source SDR toolkit, is a direct product of this philosophy — born from years of pentest fieldwork and now used by the global security community.
What we deliver
- Turnkey testbenches — ready to deploy
- Custom fuzzers — protocol & firmware specific
- SDR toolchains — capture, analysis, automation
- CI/CD security integration — automated testing
- Full documentation & training for your team
Development Services
Security Testbenches
We design and build complete security testbenches — hardware and software platforms that automate the testing of your wireless devices and systems. These testbenches integrate SDR equipment, protocol analyzers, and custom software to run repeatable security tests that your engineering teams can execute on every build, every release, every day.
Testbench examples
- 5G device testbench — automated NR/NSA/SA security testing
- Automotive RF testbench — V2X, TPMS, keyless validation
- IoT protocol testbench — LoRa, BLE, Zigbee regression
- Baseband fuzzing rig — continuous modem security testing
- RFID/NFC testbench — access control validation
Custom Fuzzing Frameworks
We develop protocol fuzzers and testing harnesses tailored to your specific products and protocols. Whether it's a proprietary industrial protocol, a custom wireless stack, or a modified standard — we build fuzzers that understand your protocol's structure and can systematically explore its attack surface.
What we develop
- Protocol fuzzers — structure-aware, mutation-based
- OTA fuzzers — SDR-based over-the-air fuzzing
- Firmware test harnesses — emulation-based fuzzing
- Coverage guidance — AFL/libFuzzer integration
- Regression testing — CI/CD-integrated security checks
SDR Toolchains & RF Automation
We build software toolchains for automated RF monitoring, signal analysis, and wireless security testing. From capture and demodulation to protocol decoding and anomaly detection — we create the software layer that turns raw SDR data into actionable security insights.
Capabilities
- RF monitoring — spectrum surveillance, signal detection
- Protocol decoders — custom wireless protocol parsing
- GNU Radio modules — custom blocks and flowgraphs
- Anomaly detection — automated threat identification
- Integration — APIs, dashboards, alerting
Custom Security Software
We develop bespoke security tools and software components — from low-level protocol parsers and network stacks to web-based dashboards and orchestration platforms. Our developers have a deep background in security, so every line of code is written with an offensive mindset.
Examples
- Protocol parsers — dissectors, decoders, analyzers
- Firmware patching tools — binary modification utilities
- Security dashboards — test result visualization
- Porting & migration — legacy tools to modern platforms
- Python, C/C++, Rust — low-level to full-stack
RF Swift — Our SDR Toolkit
Born from years of pentesting fieldwork, RF Swift is our open-source Docker-based SDR toolchain. It packages dozens of SDR tools, GNU Radio modules, and analysis frameworks into ready-to-use containers for AMD64, ARM64, and RISC-V64 architectures.
RF Swift is a direct product of our R&D philosophy: tools built by pentesters, for pentesters — and shared with the community.
Technologies We Work With
Python, C/C++, Rust, GNU Radio, Docker, QEMU, Scapy, srsRAN, Open5GS, OpenBTS, AFL/AFL++, libFuzzer, Frida, LLVM, CMake, gRPC, REST APIs, React, and custom hardware integration.