Sensitive Electronics
Hardware-Native Physical-Layer Security
About Sensitive Electronics
At Sensitive Electronics, we believe the physical layer is the last line of defense. Software-only security is vulnerable at the bootloader and kernel levels. We move security to the physical layer through our proprietary Triguard architecture, which utilizes guarded-triplet PCB routing combined with FPGA-native coincidence-window logic to detect physical probing, deformation, and side-channel intrusion in sub-nanosecond timeframes.
Founded by a hardware-native researcher, we bring verifiable, logic-speed security to the defense and edge-compute sectors. By maintaining absolute control over both PCB physical geometry and FPGA firmware logic, we eliminate supply-chain vulnerabilities and black-box risk. Our primitives are built on rigorous statistical foundations, validated through 12.6 million Monte Carlo simulation trials and in-house Verilog/RTL ownership with zero black-box IP cores.
Our Capabilities & Services
Hardware-Native Security IP Licensing
Our proprietary security architecture provides real-time, logic-speed detection of physical probing, side-channel attacks, and environmental tampering. By moving security to the physical layer, we eliminate reliance on vulnerable software-based defenses, providing a foundational security reflex. Our IP is available for field-of-use licensing across diverse hardware ecosystems—from secure communication modules and edge-compute systems to critical infrastructure controllers. Licensing includes comprehensive technical documentation, simulation-validated evidence packages, and optional integration support under NDA.
Simulation-Based Security Validation & Evidence Packages
We provide high-fidelity simulation validation packages and evidence reports to de-risk integration of physical-layer security architectures into customer systems. Using our custom Monte Carlo harness and boundary-analysis tools, we characterize false-negative rates, tamper detection margins, and system behavior under worst-case environmental and component conditions. Each engagement delivers a complete evidence package — including detailed simulation reports, statistical bounds, raw result data, and audit hashes — to support internal review, partner evaluation, integration planning, and compliance requirements. Founder-led consulting is available to help interpret results and guide integration decisions. Available under NDA.
Technical Consulting & Integration Support
Founder-led technical consulting for organizations integrating physical-layer security primitives. Services include architectural review, signal-integrity guidance, validation planning, simulation support, and evidence package interpretation. All work is performed directly by the founder under strict NDA. Ideal for prime contractors, secure enclosure manufacturers, and hardware security teams that require specialized, evidence-based support during early integration or evaluation phases.