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Is Your Organization Ready for the Post-Quantum Era?
The Threat Is Real. The Timeline Is Now.
Nation-state adversaries are harvesting your encrypted data today to decrypt with quantum computers tomorrow. With NIST PQC standards published in August 2024 and regulatory mandates taking effect globally, the question isn't if you need to act, it's how soon.
73% of organizations are unprepared for quantum threats. Are you?
Five converging risks, 2026 to 2035
Harvest now decrypt later
Encrypted traffic can be collected today and decrypted later. If sensitive data has long retention value, exposure exists even without a present day cryptographic break.
Regulatory acceleration
Compliance expectations are tightening. DORA, OSFI B 13, and PCI DSS 4.0 increase expectations for resilience, third party oversight, and demonstrable control maturity.
Algorithm sunset vulnerabilities
Legacy algorithms will be deprecated over time. Systems that cannot replace algorithms, certificates, or key sizes quickly become brittle and higher risk.
Crypto agility gaps
Standards change. If your environment cannot rotate algorithms without major rework, migration becomes slow and expensive.
Sovereign encryption challenge and vendor lock in
Geopolitical fragmentation and regional encryption requirements can force architectural forks and vendor constraints. Monocultures increase blast radius when a dependency fails.
Three Steps to Quantum Readiness
1. Free Assessment (Today)
Complete our 15-minute evaluation. Get your quantum risk score and prioritized
recommendations instantly.
2. RiskAct V1 Continuous Monitoring (This Quarter)
Upgrade to continuous cyber threat intelligence monitoring and compliance across 10
attack verticals:
Cryptojacking | DOS Attacks | Malware | Man in the Middle | Phishing |
Ransomware | Social Engineering | SQL Injection | Zero Day Exploit | Insider
Threats | Automated board reporting | Real-time risk scoring | Compliance dashboards
3. SQE.io Keyless Encryption (Within 6 Months)
Deploy quantum-safe encryption without key management complexity:
Register - No Credit Card Required
Dr. Michele Mosca's Theorem: Organizations must complete migration by 2030-2033 before cryptographically relevant quantum computers emerge. Average migration timeline: 5-7 years for enterprise systems. The math is simple: You need to start now.
What You'll Discover:
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(0-100) for your organization
identifying your highest-risk assets
for NIST, DORA, OMB M-23-02
with timeline and cost estimates
to eliminate 75-90% of attack surface
Powered by AI | Built on NIST frameworks | Industry-benchmarked results
Dr. Michele Mosca's Theorem: Organizations must complete migration by 2030-2033 before cryptographically relevant quantum computers emerge. Average migration timeline: 5-7 years for enterprise systems. The math is simple: You need to start now.
Not another static checklist. This AI-powered assessment:
Data Privacy: Your assessment data is processed securely, never stored, never used
for AI training. GDPR & CCPA compliant.
References
[1] CISA Alert AA24-022A: Preparing for Post-Quantum Cryptography, Jan 2024
[2] IBM Quantum Safe Roadmap Report, 2023
[3] SQE Holdings QueLink Technical Whitepaper, 2024
[4] Mosca, M., IEEE Security & Privacy, 2018
[5] Deloitte PQC Migration Timeline Analysis, 2023
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