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Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era

As quantum technologies advance at unprecedented speed, Singapore faces a historic turning point. Quantum computing promises breakthroughs in optimisation, healthcare, finance, and national operations — but it also introduces severe risks, including the ability to break classical encryption and reshape the global cyber threat landscape.

Quantum Fortitude 2026 is a national-level cybersecurity conference bringing together policymakers, industry leaders, researchers, cybersecurity practitioners, educators, community partners, and aspiring talents. The conference aims to equip Singapore with the strategies, skills, and collective readiness needed to thrive securely in the quantum era.

Date: 17 April 2026
Time: 1.30pm - 5.00pm
Venue: Marina Bay Sands

17 APRIL 2026

1.30PM - 5.00PM

MARINA BAY SANDS

SANDS EXPO & CONVENTION CENTER

17 APRIL 2026

1.30PM - 5.00PM

Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era | Quantum Fortitude 2026: Securing Singapore’s Future in the Quantum Era |

MARINA BAY SANDS

SANDS EXPO & CONVENTION CENTER

GUEST-OF-HONOUR

Mr Tan Kiat How

Senior Minister of State
Ministry of Digital Development and Information & Ministry of Health

01

By Dave Gurbani

Who: 

​Dave Gurbani, Group CEO

Cybersafe

Title: 

Quantum Cryptography: The End of Secrets — or the Beginning of Better Ones?

Synopsis: 

Our digital world runs on encryption — it protects your bank account, your messages, and your identity. But quantum computers threaten to crack the codes we rely on today.


Quantum cryptography fights back by using the laws of physics themselves to secure information. In this talk, we’ll explore what that means, why it matters, and what the shift to a quantum-secure world looks like for everyday life and global security.

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02

By Associate Professor Edward Tay

Who: 

​Associate Professor Edward Tay, Head of CET & Executive Education

Asian Institute of Digital Finance, National University of Singapore

Title: 

Quantum Technologies and Cybersecurity: Building Secure Financial Infrastructure, Talent, and Trust for the Next Decade.

Synopsis: 

Quantum technologies are moving from frontier science to strategic infrastructure, with implications for financial infrastructure, optimization, healthcare, portfolio construction, market operations, logistics, and national systems.

 

The same advances that promise advantage also threaten the cryptographic foundations of the digital economy, especially in finance, where trust depends on confidentiality, integrity, authentication, and resilience.

The policy question is how fast we can mobilize governance, standards, migration tooling, and talent so that Singapore enters the quantum era securely and competitively.

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Prof-Edward-Tay.jpg

03

By Chia Boon Quee

Who: 

Chia Boon Quee

Member, SGTECH

Head, Capability Development, Cryptography

ST Engineering

Title: 

Navigating Enterprise Risk in the Quantum Age

Synopsis: 

Quantum computing is transforming cryptographic risk from a distant concern into a present‑day strategic issue. While large‑scale quantum attacks may still be years away, sensitive data encrypted today can already be harvested and stored for future decryption, threatening long‑term confidentiality and trust. This session reframes quantum risk as an enterprise‑wide governance challenge rather than a purely technical problem, explaining why quantum threats strike at the foundations of digital trust—public key infrastructure, identities, certificates, firmware, and secure update mechanisms—upon which modern digital economies rely.

The talk places enterprise quantum readiness within a broader regulatory and geopolitical landscape, highlighting differing national approaches and their implications for compliance, vendor ecosystems, and interoperability. As post‑quantum algorithms emerge but supporting infrastructure and hardware lag behind, organizations must navigate trade‑offs between early adoption risks and delayed exposure. The session concludes with a pragmatic, phased transition framework that helps leaders prioritize visibility, manage hybrid complexity, and plan a sustainable path toward quantum‑resilient trust—emphasizing that the most critical decisions must be made well before quantum disruption becomes visible.

Blank Profile Pic.jpg
Chia-Boon-Quee-Profile-Pic.png

Title: 

Quantum Cryptography: The End of Secrets — or the Beginning of Better Ones?

Synopsis: 

Our digital world runs on encryption — it protects your bank account, your messages, and your identity. But quantum computers threaten to crack the codes we rely on today.


Quantum cryptography fights back by using the laws of physics themselves to secure information. In this talk, we’ll explore what that means, why it matters, and what the shift to a quantum-secure world looks like for everyday life and global security.

Dave-Gurbani.png

01

By Dave Gurbani

Group CEO

CYBERSAFE

Title: 

Quantum Technologies and Cybersecurity: Building Secure Financial Infrastructure, Talent, and Trust for the Next Decade.

Synopsis: 

Quantum technologies are moving from frontier science to strategic infrastructure, with implications for financial infrastructure, optimization, healthcare, portfolio construction, market operations, logistics, and national systems.

 

The same advances that promise advantage also threaten the cryptographic foundations of the digital economy, especially in finance, where trust depends on confidentiality, integrity, authentication, and resilience.

The policy question is how fast we can mobilize governance, standards, migration tooling, and talent so that Singapore enters the quantum era securely and competitively.

Prof-Edward-Tay.jpg

02

​By Associate Professor Edward Tay

Head of CET & Executive Education

ASIAN INSTITUTE OF DIGITAL FINANCE,

NATIONAL UNIVERSITY OF SINGAPORE

Title: 

Navigating Enterprise Risk in the Quantum Age

Synopsis: 

Quantum computing is transforming cryptographic risk from a distant concern into a present‑day strategic issue. While large‑scale quantum attacks may still be years away, sensitive data encrypted today can already be harvested and stored for future decryption, threatening long‑term confidentiality and trust. This session reframes quantum risk as an enterprise‑wide governance challenge rather than a purely technical problem, explaining why quantum threats strike at the foundations of digital trust—public key infrastructure, identities, certificates, firmware, and secure update mechanisms—upon which modern digital economies rely.

The talk places enterprise quantum readiness within a broader regulatory and geopolitical landscape, highlighting differing national approaches and their implications for compliance, vendor ecosystems, and interoperability. As post‑quantum algorithms emerge but supporting infrastructure and hardware lag behind, organizations must navigate trade‑offs between early adoption risks and delayed exposure. The session concludes with a pragmatic, phased transition framework that helps leaders prioritize visibility, manage hybrid complexity, and plan a sustainable path toward quantum‑resilient trust—emphasizing that the most critical decisions must be made well before quantum disruption becomes visible.

Chia-Boon-Quee-Profile-Pic.png

03

​By Chia Boon Quee

Member, SGTECH

Head, Capability Development, Cryptography

ST Engineering

Title: 

Quantum Cryptography: The End of Secrets — or the Beginning of Better Ones?

Synopsis: 

Our digital world runs on encryption — it protects your bank account, your messages, and your identity. But quantum computers threaten to crack the codes we rely on today.


Quantum cryptography fights back by using the laws of physics themselves to secure information. In this talk, we’ll explore what that means, why it matters, and what the shift to a quantum-secure world looks like for everyday life and global security.

01

By Dave Gurbani

Group CEO

CYBERSAFE

Dave-Gurbani.png

Title: 

Quantum Technologies and Cybersecurity: Building Secure Financial Infrastructure, Talent, and Trust for the Next Decade.

Synopsis: 

Quantum technologies are moving from frontier science to strategic infrastructure, with implications for financial infrastructure, optimization, healthcare, portfolio construction, market operations, logistics, and national systems.

 

The same advances that promise advantage also threaten the cryptographic foundations of the digital economy, especially in finance, where trust depends on confidentiality, integrity, authentication, and resilience.

The policy question is how fast we can mobilize governance, standards, migration tooling, and talent so that Singapore enters the quantum era securely and competitively.

02

By Associate Professor Edward Tay

Head of CET & Executive Education

ASIAN INSTITUTE OF DIGITAL FINANCE,

NATIONAL UNIVERSITY OF SINGAPORE

Prof-Edward-Tay.jpg

Title: 

Navigating Enterprise Risk in the Quantum Age

Synopsis: 

Quantum computing is transforming cryptographic risk from a distant concern into a present‑day strategic issue. While large‑scale quantum attacks may still be years away, sensitive data encrypted today can already be harvested and stored for future decryption, threatening long‑term confidentiality and trust. This session reframes quantum risk as an enterprise‑wide governance challenge rather than a purely technical problem, explaining why quantum threats strike at the foundations of digital trust—public key infrastructure, identities, certificates, firmware, and secure update mechanisms—upon which modern digital economies rely.

The talk places enterprise quantum readiness within a broader regulatory and geopolitical landscape, highlighting differing national approaches and their implications for compliance, vendor ecosystems, and interoperability. As post‑quantum algorithms emerge but supporting infrastructure and hardware lag behind, organizations must navigate trade‑offs between early adoption risks and delayed exposure. The session concludes with a pragmatic, phased transition framework that helps leaders prioritize visibility, manage hybrid complexity, and plan a sustainable path toward quantum‑resilient trust—emphasizing that the most critical decisions must be made well before quantum disruption becomes visible.

03

​Chia Boon Quee

Member, SGTECH

Head, Capability Development, Cryptography

ST Engineering

Chia-Boon-Quee-Profile-Pic.png

PROGRAMME DETAILS

1.30PM - 2.00PM

Registration & Viewing of Booths

2.00PM - 2.25PM

Speaker 01 - Dave Gurbani
Quantum Cryptography: The End of Secrets — or the Beginning of Better Ones?

2.25PM - 2.50PM

Speaker 02 - Associate Professor Edward Tay

Quantum Technologies & Cybersecurity: Building Secure Financial Infrastructure, Talent & Trust for the Next Decade.

3.15PM - 4.00PM

Teabreak

2.50PM - 3.15PM

Speaker 03 - Chia Boon Quee

Navigating Enterprise Risk in the Quantum Age

4.30PM - 5.00PM

Panel Discussion

4.00PM - 4.10PM

Speech by DDAS

4.10PM - 4.20PM

Speech by Guest of Honour

4.20PM - 4.30PM

MOU Exchange

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