Visibility Gap
Most organizations can't confidently map cryptography across TLS, PKI, signing, and data‑at‑rest—so decisions become reactive.
You can't fix what you can't see.
Timelines Are Compressing
Regulator-driven timelines are accelerating. Enterprise PQC migrations typically take 3-5 years to execute. The window for planning is narrowing—waiting means rushed decisions and higher costs.
Cryptographic Bill of Materials
Harvest Now Risk
Attackers are stealing encrypted data today to decrypt when quantum arrives.
If your data must stay secret for 10+ years, you're already exposed.
Your Encryption has an expiry date.
It’s not if-it’s when.
Quantum Computers undermine the digital security systems we rely on today, including those that protect secure websites, private networks, and digital trust mechanisms. This emerging risk has two distinct dimensions
HNDL
Harvest Now, Decrypt Later
Compromises Confidentiality
Attackers steal encrypted data today and store it. When quantum computers arrive, they decrypt everything.
Financial Records, Life science data and long lived sensitive communication records become vulnerable to exposure.
TNFL
Trust Now, Forge Later
Compromises Trust & Integrity
Digital signatures and certificates prove authenticity today. Quantum breaks that proof—retroactively.
Authentication systems, code signing, and contracts become vulnerable to forgery.
Quantum Risk Cannot Be Measured
Without Visibility
Quantum safety starts from having a complete visibility into your cryptographic estate. 90% of organizations lack this clear visibility which further delays migration to post quantum cryptography. Without this visibility, compliance becomes speculative and quantum risk quantification impossible. Understanding what algorithms are in use, where they exist, how they interact, and their impact on business is the foundation of any defensible migration strategy.
Post-quantum readiness is not an algorithm swap. It is a governance and sequencing challenge.
Three Pillars for Quantum-Safe Readiness
Advisory Services
Quantum Cryptography Risk Assessment (QCRA)
Achieve practical visibility into cryptographic estate, with expert-driven quantum risk quantification, clear linkage to business impact, and a prioritized, regulation-aware migration roadmap.
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Cryptographic inventory across TLS, PKI, signing, data-at-rest
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QScore risk quantification with business impact
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Regulatory gap analysis
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Executive-ready sequencing and roadmap
Software Platform
CryptoControl CSPM
Enterprise-grade cryptographic security posture management. Continuous discovery, automated inventory, and governance workflows for complete visibility into your cryptographic estate.
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Continuous cryptographic discovery
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Automated CBOM generation
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Governance workflows and audit evidence
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Drift detection and alerting
Your QCRA assessment becomes your CryptoControl baseline. Start with advisory, continue with governance.
Hardware Trust
QRNG & HSM Foundations
High-assurance foundations for cryptographic operations, starting with production QRNG and designed to evolve towards complete hardware-anchored, future-ready root-of-trust deployments.
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Entropy strengthening for key generation and signing workflows
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Continuous health testing and validation
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Hardware acceleration enablement for classical and post-quantum cryptography
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High-assurance integration and deployment support
Built for Regulatory Scrutiny
Quantum-safe security requires governance: visibility into your cryptographic estate, evidence-based risk quantification, and sequencing that regulators can review. We built the methodology around compliance requirements—not around tool capabilities.
FFIEC
Federal Financial Institutions (US)
OSFI
Office of the Superintendent (Canada)
SEBI
Securities & Exchange Board of India
DORA
DORA EU Digital Operational Resilience Act
APRA
Australian Prudential Regulation Authority
MAS
Monetary Authority of Singapore
Aligned to NIST direction and regulatory expectations across financial services and government.
Quantum-Safe Readiness for Regulated and Critical Sectors
We help institutions that can’t afford cryptographic uncertainty—where audits, uptime, and long-lived data confidentiality drive urgency.
North America • Europe • India • Asia-Pacific
Lock down cryptography before auditors force the timeline
Financial Services
Gain visibility into cryptographic dependencies across banking systems, quantify exposure, and sequence remediation with regulator-ready evidence. Designed for institutions operating across North America, Europe, and India and Asia-Pacific.
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Map TLS/PKI/signing/data-at-rest across critical applications
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Evidence-backed risk quantification for board and audit review
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Migration sequencing that minimizes operational disruption
Protect national data before “decrypt later” becomes real
Government & Public Sector
Establish a defensible cryptographic inventory across legacy estates, identify quantum-vulnerable trust chains, and build an execution plan that can withstand oversight and procurement scrutiny.
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Legacy discovery + ownership mapping across systems and vendors
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Prioritize high-retention and mission-critical data paths
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Governance workflows and evidence trails for oversight
See weak crypto dependencies before they trigger outages
Energy & Utilities
Identify cryptographic risk across mixed environments and third-party dependencies, then plan modernization without jeopardizing uptime, safety, or operational continuity.
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Visibility across critical operational and enterprise environments
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Identify outdated algorithms and high-risk dependencies
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Build a phased roadmap aligned to resilience expectations