Quantum readiness assessment
We map where and how cryptography is used across your products, infrastructure and vendors, then rank systems by how long their data must stay secret and how exposed they are.
Polar Analysis helps organizations find where they depend on quantum-vulnerable cryptography, decide what to change first, and plan a practical move to the new NIST post-quantum standards.
A large quantum computer would break RSA and elliptic-curve cryptography, the public-key systems behind TLS, VPNs, code signing and digital identity.
Attackers don't have to wait for that machine. They can record encrypted traffic now and decrypt it once one exists. Anything that must stay confidential for the next ten years or more is already exposed.
The replacement standards are final, regulators have published deadlines, and migrations across large systems take years. Organizations that start with an inventory now will have choices. Those that wait will be working to someone else's schedule.
We map where and how cryptography is used across your products, infrastructure and vendors, then rank systems by how long their data must stay secret and how exposed they are.
A sequenced plan your teams can deliver: crypto-agility patterns, hybrid deployment, vendor requirements, test strategy, budget and milestones.
For companies building security, identity or networking products: which standards to support and when, how to position them, and what customers and auditors will ask for.
An independent read on a target's cryptography, architecture and quantum claims, so you understand the technical risk before you commit.
Polar Analysis was founded in 2022 to help businesses navigate the rapidly changing landscape of cryptography and quantum computing threats.
We bring experience in product strategy, technical due diligence and software planning, so the advice holds up with engineers, executives and boards alike.
Tell us a little about your systems and your timeline. We'll suggest where to start.