The Threat is Imminent
Experts estimate a 17-34% probability of a cryptographically relevant quantum computer emerging by 2034. Organisations face a narrow window to complete security transitions that typically require 5-10 years.
Protecting critical infrastructure against current threats and future quantum attacks. Production-ready solutions deployed in NATO environments and active conflict zones.
Quantum computing threatens to break traditional encryption within the next decade. "Harvest Now, Decrypt Later" attacks represent an immediate risk as adversaries intercept encrypted data for future decryption.
Experts estimate a 17-34% probability of a cryptographically relevant quantum computer emerging by 2034. Organisations face a narrow window to complete security transitions that typically require 5-10 years.
Adversaries are already intercepting and storing encrypted data to decrypt once quantum computers become available. Data with long confidentiality requirements faces immediate risk.
With cybercrime projected at £8.2 trillion annually and average breach costs at £3.5 million, proactive protection delivers measurable return whilst avoiding catastrophic losses.
Classic McEliece, our NIST Round 4 finalist, offers a conservative cryptographic approach with a 47-year security track record that newer algorithms cannot match.
As author of RFC9370, we established the IETF-ratified global standard for hybrid quantum-safe VPN connectivity, solving critical interoperability challenges.
Our solutions protect NATO communications and, through our STV partnership, secure drone operations in active conflict zones. Real deployment, not laboratory experiments.
Our modular architecture enables rapid updates as standards evolve, preventing rigid systems that create vulnerabilities when the threat landscape changes.
Our cryptographers and security architects provide comprehensive support throughout the migration journey, from inventory and risk assessment to implementation and monitoring.
Our hybrid approach allows organisations to operate classical and quantum-resistant encryption simultaneously, ensuring business continuity during transition.
Author of the IETF-ratified global standard for hybrid quantum-safe VPN connectivity, enabling secure communication across heterogeneous environments.
NIST Round 4 finalist with 47-year security track record. The only remaining code-based algorithm under consideration, offering conservative security approach.
Multi-year deployment protecting alliance communications against quantum threats. Trusted by NATO Cyber Security Centre for operational security.
Securing NATO's communications for the quantum era is paramount to our ability to operate effectively without fear of interception.
Post-Quantum's platform allows STV to be the first-mover to redefine the very standards of digital trust in defence solutions.