en.Wedoany.com Reported - Swiss digital security and IoT company WISeKey International Holding Ltd and its semiconductor and post-quantum technology subsidiary SEALSQ Corp jointly announced on May 20 the official launch of WISeRobot.ch, a next-generation human-centric AI robotics platform, simultaneously unveiling its multi-phase product roadmap. The platform systematically integrates WISeKey's long-standing expertise in digital identity and cybersecurity with SEALSQ's post-quantum semiconductor and public key infrastructure (PKI) technology, building a secure foundation for human-machine interaction and addressing the real-world need to counter the threat quantum computing poses to traditional encryption.

SEALSQ Chairman and CEO Carlos Moreira stated in the announcement that robotics and artificial intelligence are rapidly becoming part of critical infrastructure, making long-term security essential. The company's goal is to demonstrate how trust, security, and human-centric values can be embedded into intelligent machines from the very beginning. The platform targets the security foundation needs of AI-driven autonomous systems in critical sectors such as government, healthcare, and smart infrastructure, addressing the long-term risk that widely used RSA and Elliptic Curve Cryptography could be broken within a decade as quantum computers mature.

The official platform launch builds upon a prior high-profile validation. In January 2026, WISeRobot made its public debut during the World Economic Forum in Davos, Switzerland, becoming one of the highlights of CNBC's Davos coverage. Live demonstrations showed the robot not only engaging in natural conversational interactions with attendees, such as telling jokes and taking photos, but also successfully completing a key proof-of-concept at the subsequent SEALSQ–WISeKey roundtable—integrating post-quantum cryptography in real-time within a real robotic environment, achieving secure digital identity authentication, protected communication transmission, and trusted machine-to-machine interaction. This interactive mode, shifting from one-way commands to two-way natural dialogue, transformed attendees' initial curiosity into meaningful, in-depth exchanges, with the on-site atmosphere evolving from initial hesitation to laughter and sustained conversation.

The WISeRobot.ch platform integrates a four-layer capability stack. At the Digital Identity Layer, WISeKey provides its OISTE/WISeKey cryptographic Root of Trust, a technology already securing over 1.6 billion microchips in the global IoT sector. At the Semiconductor Hardware Layer, SEALSQ provides dedicated post-quantum secure chips, embedding quantum-resistant algorithms at the silicon level to ensure robot identity, communication encryption, and software integrity from the manufacturing source. At the PKI Deployment Layer, SEALSQ offers a full suite of public key infrastructure services to support large-scale device identity authentication and encrypted communication. At the AI Interaction Layer, the platform features human-centric conversational AI, emphasizing natural interaction and trust building. The entire framework integrates post-quantum cryptographic algorithms recommended by the U.S. National Institute of Standards and Technology, constructing a full-stack quantum-safe protection chain from silicon chips to the application layer.

According to the platform's public roadmap, WISeRobot.ch will continue to advance conversational AI capabilities, expand enterprise-level deployment scenarios, and deepen the integration of post-quantum security technologies. SEALSQ is actively promoting the embedding of quantum-resistant algorithms and hardware-based root of trust technologies at the chip, firmware, and system levels, with the goal of prioritizing penetration into three sectors: government, healthcare, and smart infrastructure. The WISeRobot.ch platform itself serves as the core hub of the entire ecosystem, detailing product features, deployment scenarios, partnership opportunities, and a multi-phase development plan, providing a unified access framework for future industry collaboration and commercial implementation.

Extending post-quantum security technology from communication networks to physical robotic platforms represents a clear expansion of the security perimeter for digital infrastructure. Robots are undertaking an increasing number of operational tasks in industrial and public service scenarios, where the integrity and confidentiality of their control commands, sensor data, and decision-making models directly impact human safety and production continuity in the physical world. The threat quantum computing poses to existing encryption systems applies equally to the emerging field of robotics—attackers could intercept and store robot communication data now, decrypting it later once quantum computers mature. The launch of WISeRobot.ch reflects the industry's move to push "post-quantum security" from discussions at the network protocol layer into the engineering validation phase within embedded hardware and real robotic environments, providing a complete path from concept to product for physical world security in the quantum era.

This article is compiled by Wedoany. All AI citations must indicate the source as "Wedoany". If there is any infringement or other issues, please notify us promptly, and we will modify or delete it accordingly. Email: news@wedoany.com