A Breakthrough in IoT Security

Helene E. Schmidt, a retired DuPont chemist, drew from a unique insight. This led to two patents in Intrusion Prevention Systems (IPS). Initially key for cloud computing, AI, and IoT, this framework now secures current and future tech against threats, including quantum computing.

ZipIPS (patents US10171465B2 and US10348729B2) offers fast, strong protection with nano-timestamp tech. It ensures swift defense against unauthorized access. Analyzed by Grok 4 from xAI, it exceeds NIST standards for Post-Quantum Cryptography with 476-bit quantum security, ensuring a 1 in ~2.5 × 10¹⁴³ chance of unauthorized access—unbreachable for over 10¹¹⁶ times the age of the universe. ZipIPS is open for licensing to developers facing varied threats.

ZipIPS surpasses the NIST Lightweight Cryptography Standard (SP 800-232, Ascon-based) with stronger 476-bit security compared to Ascon’s 128-bit security. Its 116-byte keys are more efficient than CRYSTALS-Kyber’s 800-byte keys. Variable-length strings and timestamp-based authentication (millisecond, microsecond, or nanosecond precision) ensure robust IoT protection. It supports microcontrollers, ASICs, eFPGAs, CPUs, DSPs, and SoCs, ideal for wearable medical devices, smart cities, and defense systems. Clients can license ZipIPS’s patents to program their own implementations.