Cryptographic Inventory & Quantum-Safe Blueprint
Cryptographic Inventory is your critical first step to reduce risk today and prepare for tomorrow.
Find out where your organization may be exposed and see which systems and data need attention first. Prioritize, assess impacts, and get your roadmap to being quantum-safe and crypto-agile.
Unknown and Classically Encrypted
Digital Assets Create Financial Risk
Why Now? Harvest Now, Decrypt Later (HNDL)
Data encrypted and stored today (using industry-standard encryption) may not stay protected tomorrow.
Even if your data is secure under current encryption, it may not remain protected as quantum computing advances. Long-term sensitive information, records, and communications stored today can be decrypted later once quantum systems exceed classical cryptography.
For organizations in finance, healthcare, government, and technology, this includes contracts, personal data, operational systems, and intellectual property that must remain secure for years or decades.
Insufficiently protected and unknown assets create financial risk. The time to know and prepare is now.
What We Do
Identify weaknesses and build your roadmap to post-quantum security
The enQase Cryptographic Inventory offering gives you a clear view of where your cryptography stands today and what needs to be fixed to stay protected, and compliant, as quantum capabilities advance.
Our experts provide:
[01] Cryptographic Inventory
[02] Risk Prioritization & Compliance Alignment
[03] Quantum-Safe Blueprint
Our team pinpoints outdated or at-risk encryption and guides your transition to post-quantum cryptography (PQC) and crypto agility with clarity and confidence.
How It Works
Cryptographic Discovery & Asset Mapping = Cryptographic Inventory
Gain complete visibility into your cryptographic environment across IT, Cloud, OT, and applications, including:
- Discovery of algorithms, keys, libraries, and certificates
- Identification of legacy and quantum-vulnerable components
- Mapping of public key cryptography used for authentication, key exchange, and digital signatures
- Detection of hidden dependencies across vendors, platforms, and embedded systems
Risk Prioritization & Compliance Alignment
Identify where cryptography has the greatest impact; from protecting sensitive data, to reducing regulatory and mission risk, and prioritize action with clarity and confidence including:
- Data Sensitivity & Risk Classification
- Risk Prioritization & Impact Evaluation
- Standards, Compliance & Policy Alignment
Quantum-Safe Blueprint
Receive a clear, actionable implementation blueprint, a pragmatic, phased plan to reach quantum-safe operations and enterprise-wide crypto-agility with the governance structure to sustain it, including:
- Prioritized remediation mapped to risk, regulatory deadlines, and core business objectives
- Defined migration phases, crypto-agile hybrid PQC strategies, and deployment recommendations across IT, cloud, OT, and partner ecosystems
- An executive-ready roadmap to operationalize quantum-safe protection and crypto-agility at scale, supported by ongoing governance and oversight
Get Your Cryptographic Inventory and the Quantum-Safe Blueprint that Fits
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Why Organizations Trust enQase
Proven quantum security innovation, patented technology, and trusted by industry leaders protecting mission-critical data
10+
Years of quantum encryption research and real-world enterprise deployment, securing sensitive communications and high-value assets
15+
International patents in QRNG (Quantum Random Number Generation), QKD (Quantum Key Distribution), and PQC (Post Quantum Cryptography) innovation, advancing quantum-safe protection beyond classical cryptography limits
120+
Backed by 120+ team of multi-functional scientists, engineers and dreamers, we continue to be the category leaders in the quantum space
Trusted Globally
Selected by enterprise leaders across finance, healthcare, defense, and telecommunications for secure, scalable quantum-safe transformation
The Framework
There are challenges associated with understanding and addressing the quantum threat to current digital asset and communication encryption,
including discovery and migration from current public-key cryptographic algorithms to quantum-resistant and quantum-safe algorithms.
enQase accepts these challenges and offers industry-best approaches to facilitating migration to becoming compliant and quantum-safe and
having crypto-agility, the capability to seamlessly adapt to new threats and encryption standards in the future.
This framework used is robust and leverages these published frameworks:
National Cybersecurity Center of Excellence (NCCoE)
National Institute of Standards and Technology (NIST)
Department of Homeland Security (DHS)
Cybersecurity and Infrastructure Security Agency (CISA)
Amazon Web Services (AWS)
Frequently Asked Questions
Everything you need to know before starting your cryptographic discovery assessment
What is a Cryptographic Inventory and Quantum-Safe Blueprint, and why do enterprises need it now?
A Cryptographic Inventory and Quantum-safe Blueprint provide full visibility into where cryptography is used across applications, Cloud, infrastructure, and endpoints. Most organizations lack a complete cryptographic inventory, making it difficult to identify legacy, weak, or quantum-vulnerable components. Early discovery enables prioritization and reduces the cost and complexity of remediation. The quantum era is upon us and enterprises need a blueprint for action.
How does cryptographic discovery and inventory identify quantum-vulnerable systems?
The engagement maps algorithms, keys, certificates, and dependencies to highlight where outdated or quantum-unsafe cryptography is used. It can then correlate crypto usage with data sensitivity and business impact to show which areas require immediate attention.
Does a Cryptographic Inventory require access to sensitive data?
No. The process is non-intrusive and does not read or extract sensitive or proprietary information. It evaluates cryptographic controls and configurations without touching production data.
What deliverables are included?
Deliverables typically include: - Full Cryptographic Inventory Report (better than a CBOM) - Data Sensitivity & Exposure Map - Compliance Alignment Summary (NIST, DHS, PQC) - Risk Prioritization Matrix and Impact Analysis - Quantum-Safe Transition Roadmap - Executive Briefing for CIO, CISO, CTO, Board-level stakeholders
Who should be involved in the cryptographic discovery process?
Security, infrastructure, and compliance leaders typically participate, with application owners involved only as needed. The process requires minimal internal resources and does not disrupt ongoing operations.
Will the engagement impact system performance or cause downtime?
No. All discovery activities run safely in parallel with production systems with no interruptions or performance impact.
How does a Cryptographic Inventory and Quantum-Safe Blueprint support compliance and audit readiness?
The engagement benchmarks your cryptographic posture against NIST, DHS, and quantum-safe standards, identifying required updates for governance, procurement, and regulatory alignment.
Why take action now instead of waiting for finalized post-quantum standards?
Modernizing cryptography before quantum risk becomes fully active reduces disruption, resource strain, and operational urgency. Early action protects long-lived sensitive data and accelerates the transition to crypto agility. Waiting is also projected to increase PQC transition costs significantly.