SpecterAI leads quantum-safe banking workshop in Kuala Lumpur

SpecterAI Quantum Security ran an interactive workshop on quantum-safe banking at the inaugural Asia Fintech Forum on Oct. 2 in Kuala Lumpur, pushing banks to treat post-quantum readiness as a current business issue. The session focused on how long sensitive data must stay protected, how long migration may take and how the quantum threat could arrive before institutions are ready.

Why it matters: - Banks and fintech firms are under growing pressure to prepare for post-quantum cryptography before quantum computers can break today’s encryption. - The workshop framed quantum security as a near-term readiness issue, not a distant technology debate. - The discussion highlighted the risk of “harvest now, decrypt later,” where attackers can store encrypted data today and decrypt it later.

What happened: - SpecterAI Quantum Security delivered an interactive Quantum-Safe Banking Workshop at the inaugural Asia Fintech Forum on 2 Oct. 2026 at the World Trade Centre Kuala Lumpur. - The forum was convened by the Responsible Fintech Institute. - Dr. Peter Phuc Huynh, Chairman APAC of SpecterAI Quantum Security, co-led the workshop with Edmond Tung, a Singapore-based workshop co-lead for SpecterAI. - More than 40 forum participants took part.

The details: - The workshop asked participants to apply quantum risk to their own organizations instead of treating quantum computing as a distant topic. - Teams voted live by table and estimated how long sensitive data must remain confidential, how long migration to quantum-resistant cryptography could take and when the quantum threat may become relevant. - The session used Mosca’s inequality, a framework associated with Michele Mosca of the Institute for Quantum Computing at the University of Waterloo. - The framework compares three variables: X, the length of time sensitive data must stay secure; Y, the time an organization could take to migrate; and Z, when the quantum threat may become relevant. - When X plus Y is greater than Z, data encrypted today may still need protection after a capable quantum computer exists. - Participants used the framework to estimate their own position and rank common banking data by how long it must remain confidential. - The workshop also covered the NIST post-quantum standards finalized in August 2024: FIPS 203, FIPS 204 and FIPS 205. - Practical migration steps discussed included building a cryptographic inventory, using phased and hybrid migration, and assigning board-level ownership of quantum risk. - Dr. Huynh also spoke on the forum panel on quantum threats and Web3 security with Jag Foo of Safeheron, Divya Das of Liquid Group and Jasmine Ng of Engame / Qbit Smart Chain. - Richard Koh of Regtank Technology moderated the panel. - The panel addressed why harvest-now-decrypt-later makes quantum readiness a present-day issue, the challenges of moving financial systems to post-quantum cryptography and the governance steps decision-makers can take in the next 12 months.

Between the lines: - The workshop’s design suggests the industry is moving from awareness-building to operational planning. - The emphasis on board ownership, migration timing and cryptographic inventory shows quantum risk is being treated as a governance problem, not just a security one. - Chia Hock Lai, Chairman of the Responsible Fintech Institute, said experts like SpecterAI help move the industry from passive observation to concrete migration roadmaps.

What's next: - Financial institutions are being pushed to map what data must stay protected, how long migration will take and who owns the program. - The next likely step for banks is building migration roadmaps that account for quantum-safe standards, hybrid deployments and governance decisions over the coming year. - SpecterAI said its Quantum-Safe Security: Foundations program is available as in-house training and through a train-the-trainer pathway.

The bottom line: - The message from Kuala Lumpur was clear: quantum security is no longer a future planning exercise for banks, but a current readiness task.