Trusted by
- Cyber Security Council
- National Cryptography Center
Who we are
A global innovator in advanced, sovereign, and quantum-resilient cybersecurity.
Post-quantum security developed in Abu Dhabi and proven in national deployments, now built for governments and enterprises around the world that need to protect their data for decades to come.
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Spun out of TII
We began at the Technology Innovation Institute, whose Cryptography Research Center remains our research partner.
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Proprietary technology
Our products run on technology we developed, from hybrid post-quantum protocols to national compliance platforms.
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Sovereign deployment
Deploy on-premises or in-country, with keys held by your organization and support for national algorithms.
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Global reach
In production with UAE national authorities, and built for governments and enterprises around the world.
Why Now
Post-quantum migration starts now.
A cryptographically relevant quantum computer could break the public-key cryptography that protects confidential data. Much of that data must stay private for decades.
Governments, including the UAE, are replacing cryptography that quantum computers will break, with the first major deadlines in 2030.
UAE National Post-Quantum Migration Programme; EU PQC Roadmap (2025)
NIST deprecated the SHA-1 algorithm in 2011 and set the end of its use for 2030, 19 years in all.
Source: NIST SP 800-131A (2011); NIST, Transitioning away from SHA-1 (2022)
It sits inside apps, devices, and suppliers’ products, and finding what is vulnerable takes time.
Attackers can steal protected data now and unlock it once quantum computers are ready.
CISA, NSA, and NIST Quantum-Readiness factsheet (2023)
How QuantumGate helps
What you need to move to post-quantum security.
QuantumGate brings cryptographic expertise and technology to every stage of the move to post-quantum security. Our specialists help organizations set the policies, frameworks, and strategy for the transition, and our products find the cryptography in use and support the migration through to completion.
Assets discovered across 4 layers
The inventory stays current, and switching algorithms is a policy change, not a rebuild.
Find the algorithms, certificates, and keys in use across your code, applications, networks, and cloud.
Record each asset’s algorithm, expiration, and owner, and rank what to fix first by risk and compliance deadline.
Move connections, data, identities, and devices to post-quantum cryptography, with classical and post-quantum algorithms running side by side.
Keep algorithms easy to replace and the inventory up to date, so the next standards change is routine work.
Products and services
Capabilities supporting the journey to post-quantum security.
Helping organizations understand cryptographic exposure, introduce quantum-safe protections, and strengthen the security of users, data, and applications.
Products
| Asset | Algorithm | Layer | Crypto Classification |
|---|---|---|---|
| legacy-api | SHA-1 | Runtime | Obsolete Classical |
| issuing-ca-root | RSA-2048 | Identity | Quantum Unsafe |
| records-db | AES-256 | Data | Quantum Resistant |
| vpn-gateway | ML-KEM-1024 | Connectivity | Post-Quantum Ready |
Services
Advise
Cryptographic risk assessment and roadmap
A gap analysis against national and sector regulations, a cost estimate to close the gaps, and a prioritized roadmap.
Migrate
Post-quantum migration, delivered in hybrid
Prioritized rollout with evidence at every step. Designed to avoid re-architecture and downtime, with every change reversible.
Govern
Continuous cryptographic discovery and governance
Maintain visibility of cryptographic assets, risks, and migration readiness across the environment.
Build
Sovereign cryptographic libraries, licensed directly
For teams replacing primitives inside their own products, and for governments building national cryptographic capability. The algorithms are published standards that anyone can review. The implementation is ours.
Governance
The Migration and Compliance Platform
One platform for authorities, regulators, groups, and enterprises to govern post-quantum migration across many organizations, subsidiaries, or departments. Track each phase, review evidence imported from discovery tools, and issue compliance certification.
Each entity, subsidiary, or department records its migration and evidence in one place, partners deliver against the same plan, and the supervisor sees the same data.
Entity
Run your migration and prove compliance with the framework that applies to you.
Partner
Work from the same plan as the entities you support, and record progress and evidence where they and supervisors can see it.
Supervisor
See progress across sectors, subsidiaries, or departments without chasing spreadsheets.
Solutions
Start from the problem you have.
Secure remote and mobile workforce
Your people and devices work outside your perimeter, on networks and endpoints you don’t own.
Cryptographic risk discovery
Find out where your cryptography runs and what needs replacing.
Meet post-quantum requirements
Show progress against central bank and national post-quantum requirements with evidence your supervisor can review.
PQC Migration Program
You need the migration done without building an in-house cryptography team.
Government and critical infrastructure
National directives
BFSI
Central bank guidance
Telecom
ETSI and VNF
Energy
Sector regulation
Defense
National security
Healthcare
Health data law
Check your timeline
Two dates show how urgent your migration is.
The first is the year your data can stop being confidential. The second is 2035, when NIST proposes to stop approving today's public-key algorithms. If the first date is later, data you encrypt today will still need protecting after its algorithms are retired. Choose how long your data must stay confidential to see your timeline.
Sovereign Cryptographic Libraries
Everything ships from the same cryptographic core.
National cryptographic libraries engineered in Abu Dhabi and built around NIST-standardized cryptographic primitives. Available as software libraries or hardware IP cores, with maintenance and integration support to embed quantum-safe cryptography into your products and platforms.
Software libraries
For teams integrating cryptography into applications, platforms and services. Available with or without post-quantum cryptography.
Hardware IP cores
The same cryptographic primitives delivered as hardware IP for embedded systems, constrained environments and devices with long operational lifecycles.
Standard and FIPS-certified options
Choose the package that matches your regulatory, assurance and deployment requirements.
Maintenance and integration support
Annual maintenance, security updates, technical assistance and integration support to help embed the libraries into your platforms and products.
