Acharya Shi, Zhan-Ah(Mr. Chen, Chao-Huang)
the Founder/Chairman of AhP-Tech Inc. 2025/09/26
The founder of AhP-Tech, Acharya Shi Zhan-Ah, proposed the solution to defend against emerging threats with quantum computing technologies. Also announced that AQCCP will introduce NIST SP 800-227, the secure guideline for Key Encapsulation Mechanism, that will ensure the security of KEM through entire production for AhP-Tech's subscribers.
The founder of AhP-Tech, Acharya Shi Zhan-Ah, accepted an exclusive interview with "The City Quantum & AI Summit 2025".
What advantage does AhP-Tech receive from its Taiwan location?
The government of Taiwan began promoting zero-trust architecture (ZTA, a standard issued by NIST for identity authentication) in 2022 to strengthen the independent research and development capabilities of Taiwan’s cybersecurity industry. That facilitated the growth of highly skilled workforces in the domain of cybersecurity, and encouraged serious security schemes with all-round identity authentications.
Taiwan is the Asia-Pacific submarine cable center as a key communication hub connecting the United States to Asia. In recent years, Taiwan's location has frequently covered sensitive issues such as information security, national defense, and data protection. It significantly promoted the event horizons and awareness of various cyber threats for local talents.
AhP-Tech realized that ZTA cannot address emerging threats driven by AI and Quantum Computing. The firm focuses on creating useful API services supported by a cloud platform through integration of “innovative quantum computing technologies”, “system monitors on specific target threats”, and “mechanisms of resilience for risk countermeasures” to benefit global companies who value data and sustainability.
How does AhP-Tech help its clients defend against the new form of cyberattacks?
The ideal solution is to focus on a tailored, internal tool for the client that can deliver security from the emerging threats of AI/Quantum. That’s why we focus on providing API service as our startup implementation. Secondly, shared standards are adopted into our production as a baseline to assure our customers of reliable, high-strength enhancement. Hence, we received validation from NIST, the US regulatory authority, through full-parameters configuration, especially for shared security standards adopted by our platform.
Today, Post-Quantum Cryptographic algorithms standardized by NIST facilitate the protection on the schemes of “data encryption/decryption” and “digital signature authentications” to counter the threats powered by quantum computing.
However, to defend against emerging threats enhanced by AI and quantum computing, companies must get much more than those ready. A solution with a holographic view on the entire workflow for each use case is required.
AhP-Tech Quantum Computing Cloud Platform, is a PaaS integrated with “PQC shared standards validated by NIST”, “proprietary US patents”, “quantum entropy sources for true randomness”, and “NIST SP 800-227 Recommendations for Key Encapsulation Mechanism” thereby providing API services to our subscribers.
With legacy systems, can you help companies to implement a quantum-secure structure without too much complication?
A system with a conventional computer usually can perform API calls without additional efforts on apparatus investment or high-skilled talent training. If needed, our workforce can suggest the corresponding countermeasures for various use cases required by individual company.
Interviewee: Acharya Shi, Zhan-Ah (Mr. Chen, Chao-Huang), the Founder/CTO of AhP-Tech Inc.
The government of Taiwan began promoting zero-trust architecture (ZTA, a standard issued by NIST for identity authentication) in 2022 to strengthen the independent research and development capabilities of Taiwan’s cybersecurity industry. That facilitated the growth of highly skilled workforces in the domain of cybersecurity, and encouraged serious security schemes with all-round identity authentications.
Taiwan is the Asia-Pacific submarine cable center as a key communication hub connecting the United States to Asia. In recent years, Taiwan's location has frequently covered sensitive issues such as information security, national defense, and data protection. It significantly promoted the event horizons and awareness of various cyber threats for local talents.
AhP-Tech realized that ZTA cannot address emerging threats driven by AI and Quantum Computing. The firm focuses on creating useful API services supported by a cloud platform through integration of “innovative quantum computing technologies”, “system monitors on specific target threats”, and “mechanisms of resilience for risk countermeasures” to benefit global companies who value data and sustainability.
How does AhP-Tech help its clients defend against the new form of cyberattacks?
The ideal solution is to focus on a tailored, internal tool for the client that can deliver security from the emerging threats of AI/Quantum. That’s why we focus on providing API service as our startup implementation. Secondly, shared standards are adopted into our production as a baseline to assure our customers of reliable, high-strength enhancement. Hence, we received validation from NIST, the US regulatory authority, through full-parameters configuration, especially for shared security standards adopted by our platform.
Today, Post-Quantum Cryptographic algorithms standardized by NIST facilitate the protection on the schemes of “data encryption/decryption” and “digital signature authentications” to counter the threats powered by quantum computing.
However, to defend against emerging threats enhanced by AI and quantum computing, companies must get much more than those ready. A solution with a holographic view on the entire workflow for each use case is required.
AhP-Tech Quantum Computing Cloud Platform, is a PaaS integrated with “PQC shared standards validated by NIST”, “proprietary US patents”, “quantum entropy sources for true randomness”, and “NIST SP 800-227 Recommendations for Key Encapsulation Mechanism” thereby providing API services to our subscribers.
With legacy systems, can you help companies to implement a quantum-secure structure without too much complication?
A system with a conventional computer usually can perform API calls without additional efforts on apparatus investment or high-skilled talent training. If needed, our workforce can suggest the corresponding countermeasures for various use cases required by individual company.
Interviewee: Acharya Shi, Zhan-Ah (Mr. Chen, Chao-Huang), the Founder/CTO of AhP-Tech Inc.
