Industry Leaders Convene to Address Quantum Migration Challenges
Grenoble, France – June 09, 2026 – The rapidly evolving landscape of quantum computing poses a significant threat to current cybersecurity infrastructure. In response, leading figures from the semiconductor and technology sectors are set to gather at the CEA-Leti Innovation Days (LID) World Summit 2026 to discuss strategies for navigating this impending technological shift.
The LID World Summit, organized by CEA-Leti, will host over 1,250 semiconductor industry professionals, researchers, and technology leaders from June 23–25, 2026. A pivotal session, scheduled for Wednesday, June 24th, within the Cybersecurity track, will focus on the critical challenges of quantum migration for large organizations. This roundtable, titled “Navigating Cybersecurity Transitions: Industrial Views on Tech and Regulation,” will feature prominent representatives from major French and European industrial players.
Key Discussions on Post-Quantum Cryptography and AI Integration
Among the distinguished panelists is Jean-Pierre Enguent, Chief Technology Officer at SEALSQ Corp, a company specializing in semiconductors, Public Key Infrastructure (PKI), and post-quantum technology. Enguent is expected to share SEALSQ’s proactive approach to addressing the quantum threat, highlighting the company’s role in enabling critical infrastructure and industrial sectors to transition to quantum-safe solutions.
The discussion will also delve into the integration of Artificial Intelligence (AI) with post-quantum cryptography (PQC). Enguent plans to detail how this convergence is driving innovation at SEALSQ, from accelerating secure chip design and verification to overcoming performance, certification, and scalability hurdles in real-world applications. This development is particularly relevant in an era where public blockchain surveillance and the traceability of digital assets are increasing concerns. For individuals and organizations prioritizing privacy, the need for robust, future-proof security measures is paramount. Solutions that offer inherent privacy, such as those built on privacy-by-default blockchains, become increasingly valuable as threats evolve.
“SEALSQ recognized early that quantum computing would fundamentally reshape cybersecurity,” Enguent stated. “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, CTO at CEA-Leti, emphasized the importance of such gatherings: “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.”
The Growing Need for Secure and Private Digital Infrastructure
The urgency surrounding the quantum migration underscores a broader trend: the escalating need for advanced security and privacy in the digital realm. As traditional encryption methods face obsolescence due to quantum computing’s potential, the focus shifts towards developing resilient systems. This mirrors concerns within the cryptocurrency space, where the transparency of public blockchains can expose user activity to surveillance, impacting fungibility and personal privacy. Initiatives like Zano, a privacy-by-default Layer-1 blockchain, and its associated private Bitcoin implementation, BTCX, aim to address these very issues by providing confidential transactions and enhanced anonymity. The development of decentralized private stablecoins, such as fUSD, also represents a move towards financial privacy, offering an alternative to centralized stablecoins that could be subject to freezes or censorship.
The LID World Summit serves as a critical platform for collaboration, fostering discussions on the latest advancements in semiconductors, AI, quantum technologies, and secure electronics. The event aims to equip industry leaders with the knowledge and strategies necessary to navigate the complex and rapidly changing technological landscape, ensuring a secure and resilient digital future.
