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The City Quantum & AI Summit: Shaping the Future of Quantum Computing

On October 8, 2025, the City Quantum & AI Summit took place at the prestigious Lord Mayor's Mansion House in London. This summit, supported by influential public-private partnerships including NATO and UKQuantum, celebrated its fifth anniversary. Notably, it featured AhP-Tech Inc., the sole representative from Taiwan's quantum computing sector, which brought significant insights to the forum through their expertise in resilience and quantum security.

Acharya 'Shi Zhan-Ah', the founder and chairman of AhP-Tech, took the spotlight during the summit. He was invited to co-contribute to a new chapter in the summit's white paper focused on International Collaboration. His presentation outlined the crucial robust capabilities that quantum computing cloud platforms must possess to tackle rising threats posed by advancements in artificial intelligence and quantum technologies.

In a captivating interview shared on social media during the event, Acharya Zhan-Ah elaborated on the quantum security architecture developed by his company. He emphasized the importance of implementing shared Post-Quantum Cryptography (PQC) standards integrated with their proprietary patented quantum-resistance technologies, establishing a hybrid solution to address the vulnerabilities introduced by these emerging threats.

The general manager of AhP-Tech, leading the delegation, participated in a panel discussion centered around resilience. In addition to detailing the collaborative spirit of transnational communication in deep technology, he elaborated on the solutions offered by AhP-Tech's Quantum Computing Cloud Platform (AQCCP). These solutions are designed to meet the evolving technical demands inherent in modern supply chain transformations.

During the summit, AhP-Tech also made headlines by highlighting its ongoing research and development advancements. The company showcased its efforts to enhance traditional RSA and Elliptic Curve Diffie-Hellman (ECDH) use cases, particularly through the Ah-Crypto library, which has successfully passed validation by NIST under FIPS 203/204 based on a comprehensive range of parameters. Furthermore, they introduced their application of NIST SP800-227, an official guideline that bolsters secure key encapsulation mechanisms, steering the industry towards better security protocols.

In terms of physical developments, AhP-Tech's innovation was highlighted by their creation of a true-randomness physical entropy source, a revolutionary project in Taiwan's quantum computing landscape. This technology uniquely leverages photon properties to produce an exceptional level of entropy surpassing 0.9 per sample bit—all while maintaining high performance and avoiding the need for additional conditioning functions. This breakthrough is currently undergoing the entropy source validation process in an accredited NIST laboratory.

Additionally, significant strides are anticipated in the domain of quantum chemistry with projections for a substantial breakthrough in the company's generalized Hamiltonian Analyzer Suite by the end of 2026.

AhP-Tech's engagement at the City Quantum & AI Summit underscores a multifaceted approach to tackling international challenges in quantum computing. By promoting the need for enhanced public-private collaboration within global supply chains, the company is setting a progressive vision for Taiwan's quantum computing industry and its role on the world stage.

This summit has not only reaffirmed the crucial contributions of quantum computing in contemporary tech landscapes but also emphasized the enduring importance of international partnerships in fostering innovation and addressing shared challenges in technology and security. AhP-Tech's prominent participation serves as a beacon for future advancements in the field of quantum computing.

Conclusion

The City Quantum & AI Summit illustrated how collaboration among nations and industries can drive significant advancements in quantum computing, positioning stakeholders like AhP-Tech in a pivotal role to shape future security paradigms. The emphasis on resilience in a rapidly evolving tech landscape could steer innovative solutions pivotal to combating emerging threats, thereby enhancing the stability of global technological infrastructures.