Max Robotics — Global Service Robot Directory + US Certification

About

Thomas Ulz’s research lies at the critical intersection of trustworthy robotics, industrial automation, and cybersecurity, with a particular focus on securing mobile robot systems in production environments. His major contributions include pioneering the concept of “Sneakernet on wheels,” which leverages Near Field Communication (NFC) for reliable, interference-free robot-to-machine communication—a solution to the spectrum congestion and eavesdropping vulnerabilities inherent in WiFi, ZigBee, and Bluetooth. Ulz also developed a multi-robot architecture for the RoboCup Logistics League, advancing flexible, team-based mobile robot coordination to meet modern production demands. Notably, he introduced a secured offline authentication approach for industrial mobile robots using biometric data, addressing the heightened safety and security risks of autonomous robots moving freely on factory floors. His work, cited in key venues, has garnered attention for its practical, offline security solutions that ensure trustworthy robot operations without constant network connectivity. Ulz’s achievements include designing authentication protocols that protect against unauthorized access in dynamic industrial settings, making him a notable figure in the push toward secure, flexible automation.