Exploring Resilience in Quantum Computing at The City Quantum AI Summit 2025

The City Quantum AI Summit 2025: Advancements in Quantum Computing

On October 8, 2025, The City Quantum AI Summit took place at the prestigious Lord Mayor's Mansion House in London, marking a significant milestone as it celebrated its fifth anniversary. Supported by key public and private organizations such as NATO and UKQuantum, this year’s summit focused on resilience amid the rapidly evolving landscape of cyber threats. Notably, Taiwanese company AhP-Tech Inc. participated as a distinguished guest from the quantum computing sector, contributing to vibrant discussions surrounding innovative technologies.

Keynote and Contributions from AhP-Tech Inc.

Acharya Shi Zhan-Ah, the founder, chairman, and CTO of AhP-Tech, was invited by the summit’s founder, Karina Robinson, to co-author a chapter on international collaboration for the summit’s white paper. This contribution highlights the essential technical capabilities that cloud-based quantum computing providers must develop to ensure their platforms are resilient against future threats.

In a social media interview, Shi Zhan-Ah shared insights on the quantum security architecture that AhP-Tech has designed for global enterprises prioritizing sustainability. This cutting-edge architecture aims to counter emerging threats associated with artificial intelligence and quantum computing by implementing shared PQC (Post-Quantum Cryptography) standards and utilizing patented quantum-resistant technologies in a hybrid solution format.

Discussions on Resilience in Technology

The summit's agenda included a panel discussion that featured AhP-Tech’s CEO, who elaborated on the theme of resilience in tech communications across borders. The dialogue underscored the importance of friendly inter-country cooperation in addressing deep technology challenges. Furthermore, he introduced AhP-Tech's cloud platform, AQCCP (AhP-Tech Quantum Cloud Computing Platform), which meets the practical requirements necessary for technical transformations in supply chains.

In addition to its pioneering discussions, AhP-Tech showcased its ongoing R&D advancements at the summit. The company highlighted its upgrades for legacy RSA and ECDH use cases via the Ah-Crypto library, which recently received FIPS-203/204 validation from NIST based on its comprehensive parameter set configurations. Moreover, the AQCCP is set to incorporate NIST SP800-227, an official guideline designed to enhance the security of key encapsulation mechanisms.

Pioneer in Quantum Entropy Sources

AhP-Tech has also made notable strides in developing physical modules by creating a truly random physical entropy source based on their proprietary technology. As the first quantum computing enterprise in Taiwan, they leverage photonic properties to achieve ultra-high entropy (over 0.9 per bit of sample) without additional conditioning functions, and the source has been submitted for validation by a NIST-accredited laboratory.

As part of their quantum chemistry initiatives, AhP-Tech is on track to achieve significant advancements with its generalized Hamiltonian Analyzer suite by the end of 2026, further underscoring their commitment to innovation in quantum computing.

Call for International Collaboration

Active participation in this summit highlights AhP-Tech's dedicated effort to advocate for public-private supply chain collaboration within the landscape of deep technology. By emphasizing the necessity of transnational cooperation, the company is not only defending the strategic importance of these ties but is also broadening the vision for Taiwan's quantum computing industry.

In conclusion, The City Quantum AI Summit 2025 served not just as a convergence point for leaders in quantum technology, but as a platform fostering vital discussions on how collective efforts can pave the way for a secure and resilient technological future. With participants like AhP-Tech leading the charge, the future of quantum computing appears both innovative and secure.