May 2026
NIST Finalizes First PQC Standards
ML-KEM (FIPS 203), ML-DSA (FIPS 204), and SLH-DSA (FIPS 205) finalized for immediate adoption. NIST states these "can and should be put into use now."
Read moreThe only assessment covering post-quantum cryptography, quantum networking protocols, and quantum optimization & ML readiness — delivered in 2.5 weeks, not 3 months. Portal access to your live dashboard.
Adversaries are already collecting encrypted data today, waiting for quantum computers capable of breaking current cryptography. Every piece of encrypted communications, stored data, and digital signature captured now is at risk of future decryption. This is not a future threat — the window to act is measured in months, not years. Organizations with data that must remain confidential beyond 2030 should begin PQC migration immediately.
Three assessment domains covering the full quantum readiness spectrum. Each module leverages specialized open-source tools and follows NIST-aligned methodology. Select your sector for tailored context.
Cryptographic inventory, PKI/TLS exposure analysis, vendor readiness assessment, and migration roadmap aligned to NIST PQC standards and CNSA 2.0 timelines. Highest priority domain for regulated enterprises.
Protocol evaluation for QKD integration, quantum network simulation, trusted node analysis, and readiness assessment for telecom and research network environments. Includes NSA/NCSC guidance context.
Screening of operations research and ML workloads for potential quantum advantage, algorithm selection guidance, and infrastructure readiness for hybrid quantum-classical workflows.
Every engagement includes portal access to your live readiness dashboard — real-time scores, prioritized findings, and actionable remediation steps.
AI-accelerated methodology that delivers in 2.5 weeks what traditionally takes 3 months. NIST-aligned, tool-backed, and built for technical scrutiny.
Weeks 1–2: Manual scoping, stakeholder meetings, environment access setup
Weeks 3–5: Spreadsheet-based cryptographic inventory, manual certificate review
Weeks 6–9: Vulnerability scanning, vendor interviews, compliance gap analysis
Weeks 10–13: Manual report writing, executive review, multiple revision cycles
Days 1–3: AI-assisted intake, automated environment profiling, scope discovery
Days 4–7: QRAMM cryptographic discovery, PKI-scanner certificate analysis, OpenQuantumSafe protocol probing
Days 8–12: NetSquid protocol simulation, SQOUT optimization screening, AI-assisted gap analysis
Days 13–18: Automated report generation, executive risk summary, portal dashboard activation
Live countdown to critical PQC migration deadlines. Organizations that begin today gain a 12–18 month advantage in vendor negotiations and regulatory positioning.
Next NIST Standards
FN-DSA (FIPS 206) expected to finalize. Additional signature and KEM schemes for specialized use cases including lightweight IoT and zero-trust architectures.
Enterprise PQC Window
Banks and regulated enterprises begin mandatory migration. Regulatory pressure from OCC, ECB, and MAS expected to align with this window.
Defense Systems Deadline
Government PQC compliance for National Security Systems. CNSA 2.0 mandates in full effect. CRQC considered probable by intelligence assessments.
CNSA 2.0 Compliance
All national security systems fully migrated to PQC-approved algorithms. Current PKI infrastructure considered broken by this point. Harvested data at risk.
The nearest deadline is June 1, 2027. Begin your assessment now — 2.5 weeks is all it takes.
Curated updates on PQC standards, regulatory timelines, and quantum technology milestones. Structured intelligence for decision-makers.
ML-KEM (FIPS 203), ML-DSA (FIPS 204), and SLH-DSA (FIPS 205) finalized for immediate adoption. NIST states these "can and should be put into use now."
Read moreCNSA 2.0 timelines established for national security systems. NSA does not recommend QKD for National Security Systems due to hardware and integration limitations.
Read moreBooz Allen, Palo Alto Networks, and other major vendors post dedicated PQC roles as cryptographic inventory becomes a formal product category with dedicated budget.
Read moreThree-class framework helps enterprises evaluate when quantum networking is relevant vs. premature, covering QKD, networked sensors, and entanglement distribution.
Read moreTell us about your organization and we will prepare a tailored quantum readiness assessment proposal. No pitch. No deck.
Cryptographic inventory, risk classification, vendor assessment, and migration roadmap aligned to NIST standards.
Starting from $XX,XXX →Prototype hybrid or PQC-ready flows for one bounded protocol or application surface with performance testing.
Technical follow-on →Determine whether QKD or quantum networking is relevant to your specific environment and threat model.
Specialized add-on →Technical enablement for engineering and security teams using NetSquid and quantum network simulators.
Team workshop →