Data lifetime
How long must your data remain confidential? That context helps your team evaluate future decryption risk and decide where planning matters most.
Scoped, passive or offline cryptographic review, controlled simulator demonstrations, and migration planning. Report-only findings with visible assumptions and limits.
A practical review of your cryptographic landscape, long-lived data, and post-quantum migration priorities. Start with agreed materials and a clearly defined scope.
Defined scope. Clear boundaries. Our offered assessments are passive or offline and report-only. Live scanning and exploitation are outside this scope. Controlled demonstrations are distinct from production findings; live quantum hardware requires separate written authorization.
How long must your data remain confidential? That context helps your team evaluate future decryption risk and decide where planning matters most.
Which algorithms, signing systems, vendors, and applications sit inside your agreed scope? An inventory gives migration planning a concrete starting point.
Small Shor and Grover circuit demonstrations explain attack mechanisms on representative material. Modeled scenarios, measured outcomes, and extrapolations are labeled separately. We do not claim to break production keys.
Live QPU validation requires a signed engagement addendum and the provider’s written authorization. Azure Quantum and AWS Braket pathways do not remove those gates.
A 90-minute board-level briefing on quantum risk, with an executive document and a board-ready deck.
An agreed cryptographic estate review with risk scoring, a technical report, and a prioritized migration roadmap.
The Quantum Penetration Test engagement: simulator-first modeling using representative assets. $25,000 fixed · up to 60 days. Live-QPU validation requires separate written authorization.
If you find a vulnerability in TAI Creative’s systems, contact us before public disclosure. We acknowledge reports within 48 hours and share a resolution timeline.