Rethinking Trust for the Quantum Era
Quantum computers will break the encryption banks rely on today. TOTM helps financial institutions in Southeast Asia find their exposure and move to quantum-safe security, step by step.
Rethinking Trust for the Quantum Era
Quantum computers will break the encryption banks rely on today. TOTM helps financial institutions in Southeast Asia find their exposure and move to quantum-safe security, step by step.
Rethinking Trust for the Quantum Era
Quantum computers will break the encryption banks rely on today. TOTM helps financial institutions in Southeast Asia find their exposure and move to quantum-safe security, step by step.
Protect Your Organisation from the Quantum Threat
TOTM identifies and mitigates cryptographic risk so that financial institutions in Southeast Asia can protect customer data, get ahead of global migration deadlines, and defend against Harvest Now, Decrypt Later (HNDL) attacks.
Institutions will move from unknown exposure
to a quantum-safe roadmap they own.
Protect Your Organisation from the Quantum Threat
TOTM identifies and mitigates cryptographic risk so that financial institutions in Southeast Asia can protect customer data, get ahead of global migration deadlines, and defend against Harvest Now, Decrypt Later (HNDL) attacks.
Institutions will move from unknown exposure to a quantum-safe roadmap they own.
Protect Your Organisation from the Quantum Threat
TOTM identifies and mitigates cryptographic risk so that financial institutions in Southeast Asia can protect customer data, get ahead of global migration deadlines, and defend against Harvest Now, Decrypt Later (HNDL) attacks.
Institutions will move from unknown exposure to a quantum-safe roadmap they own.
Why Does This Matter Now?
10–17%of US GDP: At risk from a quantum attack on a single top-5 U.S. bank
Citi Institute, "Quantum Threat," February 202688%of financial firms flag "Harvest Now, Decrypt Later" as a major threat
Gigamon, Hybrid Cloud Security Survey, July 2026Up to 34%Chance quantum computers break today's encryption by 2034
Global Risk Institute, via Citi Institute, "Quantum Threat," January 2026The risk is already here. Encrypted data stolen today can be stored and unlocked once quantum computers mature, so anything that must stay confidential for years is exposed now. The defence exists: The National Institute of Standards and Technology (NIST) published the first post-quantum cryptography standards in August 2024.
What remains is time. Replacing cryptography across core banking, payments and identity systems takes years, not months. Organisations that start now can move in planned phases. Those that wait will face a rushed, costly overhaul.
The risk is already here. Encrypted data stolen today can be stored and unlocked
once quantum computers mature, so anything that must stay confidential for
years is exposed now. The defence exists: The National Institute of Standards and
Technology (NIST) published the first post-quantum cryptography standards in
August 2024.
What remains is time. Replacing cryptography across core banking, payments
and identity systems takes years, not months. Organisations that start now can
move in planned phases. Those that wait will face a rushed, costly overhaul.
Key Areas of Quantum Security Readiness
Cryptography underpins many of the systems that organisations rely on every day, from digital identity and secure communications to payments and digital ownership.
As quantum computing advances, assessing these areas is becoming an increasingly important component of long-term security and operational resilience.
Digital Identity
eKYC and verifiable credentials sit on certificates built for today's threat model.
Secure Communications
Data collected today can be decrypted later. The exposure starts before quantum arrives.
Payments Infrastructure
One weak link in a settlement chain can expose the whole system.
Digital Assets & Custody
A broken signature doesn't just leak data; it breaks proof of ownership.
Tokenised assets
Assets meant to hold value for decades need cryptography that can outlast today's standards.
Digital Identity
eKYC and verifiable credentials sit on certificates built for today's threat model.
Secure Communications
Data collected today can be decrypted later. The exposure starts before quantum arrives.
Payments Infrastructure
One weak link in a settlement chain can expose the whole system.
Digital Assets & Custody
A broken signature doesn't just leak data; it breaks proof of ownership.
Tokenised assets
Assets meant to hold value for decades need cryptography that can outlast today's standards.
Key Areas of Quantum Security Readiness
Cryptography underpins many of the systems that organisations rely on every day, from digital identity and secure communications to payments and digital ownership.
As quantum computing advances, assessing these areas is becoming an increasingly important component of long-term security and operational resilience.
Digital Identity
eKYC and verifiable credentials sit on certificates built for today's threat model.
Secure Communications
Data collected today can be decrypted later. The exposure starts before quantum arrives.
Payments Infrastructure
One weak link in a settlement chain can expose the whole system.
Digital Assets & Custody
A broken signature doesn't just leak data; it breaks proof of ownership.
Tokenised assets
Assets meant to hold value for decades need cryptography that can outlast today's standards.
Digital Identity
eKYC and verifiable credentials sit on certificates built for today's threat model.
Secure Communications
Data collected today can be decrypted later. The exposure starts before quantum arrives.
Payments Infrastructure
One weak link in a settlement chain can expose the whole system.
Digital Assets & Custody
A broken signature doesn't just leak data; it breaks proof of ownership.
Tokenised assets
Assets meant to hold value for decades need cryptography that can outlast today's standards.
Key Areas of Quantum Security Readiness
Cryptography underpins many of the systems that
organisations rely on every day, from digital identity
and secure communications to payments and digital
ownership.
As quantum computing advances, assessing these
areas is becoming an increasingly important
component of long-term security and operational
resilience.
Digital Identity
eKYC and verifiable credentials sit on certificates built for today's threat model.
Secure Communications
Data collected today can be decrypted later. The exposure starts before quantum arrives.
Payments Infrastructure
One weak link in a settlement chain can expose the whole system.
Digital Assets & Custody
A broken signature doesn't just leak data; it breaks proof of ownership.
Tokenised assets
Assets meant to hold value for decades need cryptography that can outlast today's standards.
Digital Identity
eKYC and verifiable credentials sit on certificates built for today's threat model.
Secure Communications
Data collected today can be decrypted later. The exposure starts before quantum arrives.
Payments Infrastructure
One weak link in a settlement chain can expose the whole system.
Digital Assets & Custody
A broken signature doesn't just leak data; it breaks proof of ownership.
Tokenised assets
Assets meant to hold value for decades need cryptography that can outlast today's standards.
Building Trust Across Southeast Asia
Quantum-safe security is not a product you buy once. It is a transition that spans years, touching every system that protects customer data, payments, and national infrastructure. Getting it right takes a partner who understands both the technology and the region.
TOTM turns regulatory deadlines and emerging threats into a clear, practical plan, giving the region a digital future built on secure foundations.
Building Trust Across Southeast Asia
Quantum-safe security is not a product you buy once. It is a transition that spans years, touching every system that protects customer data, payments, and national infrastructure. Getting it right takes a partner who understands both the technology and the region.
TOTM turns regulatory deadlines and emerging threats into a clear, practical plan, giving the region a digital future built on secure foundations.
Who We Work With
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Our Products & Services
Data encrypted today can be harvested now and decrypted later once quantum computers catch up. Most financial institutions do not know where that risk sits in their own systems.
TOTM uncovers the risk buried in your infrastructure and delivers the roadmap to address it.
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PQC Training
- Executive and board awareness
- IT and security team training
- Hands-on PQC engineering labs
- PQC standards and regulatory briefings
PQC Training
- Executive and board awareness
- IT and security team training
- Hands-on PQC engineering labs
- PQC standards and regulatory briefings
PQC Migration
- Cryptographic discovery (CBOM) and risk assessment
- Migration roadmap and planning
- PQC integration, testing, and validation
- Ongoing monitoring and regulator-ready reporting
PQC Migration
- Cryptographic discovery (CBOM) and risk assessment
- Migration roadmap and planning
- PQC integration, testing, and validation
- Ongoing monitoring and regulator-ready reporting
PQC By Design
- PQC architecture review at the design stage
- PQC requirements for RFPs and vendor contracts
- PQC integration and pre-launch testing
- Ongoing monitoring and regulator-ready reporting
PQC By Design
- PQC architecture review at the design stage
- PQC requirements for RFPs and vendor contracts
- PQC integration and pre-launch testing
- Ongoing monitoring and regulator-ready reporting
Begin Your Quantum-Safe Transition