SEALSQ Corp CTO joins CEA-Leti LID World Summit panel
SEALSQ Corp said its Chief Technology Officer, Jean-Pierre Enguent, would take part in a panel at CEA-Leti’s LID World Summit 2026 in Grenoble. The event includes a dedicated cybersecurity program session scheduled for June 24, 2026.
SEALSQ’s participation centers on a roundtable titled “Navigating Cybersecurity Transitions: Industrial Views on Tech and Regulation” within the cybersecurity track. The discussion is scheduled to address quantum migration challenges for large organizations, with panelists from French and European industrial players.
SEALSQ has focused on post-quantum cryptography and secure semiconductor design, with a portfolio described as hardware-based security rooted in secure elements and solutions intended for quantum-safe migration. The company said Enguent would discuss issues related to integrating artificial intelligence and post-quantum technologies, including performance, certification, and scalability during deployments.
Enguent joined other panelists listed for the session: Julien Airaud of CNES, Marc Peresse of Renault Group, Eric Weber of Naval Group, and Ahmadou Sere of Enedis. Enguent said, “SEALSQ recognized early that quantum computing would fundamentally reshape cybersecurity. Our strategy has centered on delivering hardware-rooted, PQC-ready solutions that enable seamless migration for industries where security is non-negotiable. The convergence of AI and post-quantum technologies has sparked remarkable innovation at SEALSQ while presenting complex integration and certification challenges that we are proud to solve for our partners.” Jean René Lequepeys of CEA-Leti said, “Bringing together leading industrial and research stakeholders at the LID World Summit is essential to address the profound transformations driven by evolving regulations and emerging technologies such as post-quantum cryptography and AI in embedded systems. At CEA-Leti, we are committed to advancing state-of-the-art security implementation, modeling, testing and evaluation, embedded systems, enabling a trusted and resilient transition toward next-generation digital technologies.”