Stop Planning in the Abstract: Put Cryptographic Discovery into Operation Now

From IC Insider Tychon

Intelligence Community leaders should launch automated cryptographic discovery now, beginning with a representative mission environment and expanding from real data. Do not wait for a perfect enterprise strategy, a complete modernization roadmap, or the arrival of a cryptographically relevant quantum computer. The first step is practical: determine what cryptography is actually in use, where it resides, what it protects, and which systems create the greatest risk.

That recommendation does not come from a laboratory exercise. It comes from operationalizing quantum readiness across the U.S. military, federal civilian agencies, and critical infrastructure providers.

At Tychon, we have learned that quantum readiness becomes manageable when organizations stop treating it as a distant research problem and start treating cryptography as measurable operational data.

What Operational Cryptographic Discovery Reveals

Most organizations expect to find certificates, TLS configurations, and familiar public-key algorithms. They do, but those are only the visible portion of a much larger cryptographic environment.

At enterprise scale, automated discovery can reveal more than 40 datasets across 12 cryptographic categories. These include algorithms, cipher suites, certificates, keys, keystores, cryptographic libraries, listening services, VPN and IPsec configurations, databases, encrypted archives, and hardware and software readiness data.

The findings that matter most are often the ones organizations were not actively tracking:

• Weak or deprecated cipher suites still enabled for compatibility
• Quantum-vulnerable RSA and elliptic-curve cryptography embedded in applications
• Long-lived, expired, self-signed, or foreign-origin certificates
• Cryptographic libraries loaded by active processes
• Hardcoded keys and hidden cryptographic dependencies
• Legacy TLS, SSH, VPN, and IPsec configurations
• Systems that lack the processing capacity or operating-system support required for PQC
• Gaps against CNSA 2.0 and NIST post-quantum standards

This is where discovery begins producing immediate operational value. It identifies risks that can be corrected today, while also establishing the baseline required for long-term PQC migration.

Lessons from Operating at Scale

Tychon’s technology is operating across more than one million U.S. Department of War systems, including a global Army quantum-readiness capability spanning more than 700,000 systems. That experience has reinforced several lessons relevant to the Intelligence Community.

First, scale is not simply a matter of scanning more endpoints. Discovery must reach servers, applications, network devices, containers, cloud environments, unmanaged systems, and disconnected or air-gapped networks. No single collection method provides complete visibility.

Second, cryptographic inventory cannot be a one-time project. Certificates expire, applications change, libraries are updated, new services are deployed, and systems continuously introduce new cryptographic dependencies. A spreadsheet is already aging by the time it reaches leadership.

Third, inventory data must support federal reporting without creating another manual burden. Once cryptographic data is continuously collected and normalized, organizations can automate the generation of OMB/ONCD and DoW CIO inventory reports rather than asking system owners to repeatedly populate spreadsheets. This includes reporting for National Security Systems, non-NSS environments, mission-critical and mission-essential systems, High Value Assets, cloud, mobile, operational technology, and other reporting priorities. Automation improves consistency, reduces analyst workload, and gives leaders a defensible view of inventory status and migration progress.

Fourth, not every cryptographic weakness carries the same mission risk. A vulnerable algorithm protecting low-impact administrative data is not equivalent to the same algorithm protecting intelligence sources, operational plans, command-and-control systems, or information with a decades-long sensitivity period. Effective programs must correlate technical exposure with mission criticality, data longevity, and migration complexity.

Finally, the inventory must lead to action. Operational discovery should help organizations disable weak ciphers, replace vulnerable certificates, engage software vendors, identify hardware refresh requirements, create actionable plans of action and milestones, and prioritize systems for migration.

Start Small, but Start with Production Data

An IC organization does not need to inventory the entire enterprise before gaining value. A practical starting point is a representative mission enclave, application portfolio, or operational network.

Within that environment, leaders should establish five initial objectives:

1. Discover cryptography across endpoints, applications, network traffic, and supporting infrastructure.
2. Create a normalized inventory that identifies algorithms, certificates, keys, protocols, libraries, and dependencies.
3. Assess quantum vulnerability, standards compliance, mission impact, and infrastructure readiness.
4. Automate required OMB/ONCD and DoW CIO inventory reporting from the same continuously updated data.
5. Prioritize immediate remediation and longer-term PQC migration actions.

The results provide more than compliance evidence. They give leaders the information needed to estimate migration costs, plan hardware refreshes, engage vendors, establish realistic schedules, demonstrate progress, and defend budget requests.

Quantum Readiness Is Now an Operational Discipline

The Intelligence Community does not need another warning that quantum computing will disrupt public-key cryptography. It needs a repeatable way to measure exposure and reduce it.

We now know that automated cryptographic discovery can operate across large, complex, classified, disconnected, and mission-critical environments. We know it can uncover weak cryptography and hidden dependencies. We know it can continuously update inventories, automate federal reporting, and turn the results into prioritized action.

The remaining question is whether organizations will begin early enough to use that information.

Start with one mission environment. Deploy automated discovery. Measure what is actually there. Automate the reporting burden. Then build the enterprise program from facts.

Tychon is offering Intelligence Community organizations a focused quantum-readiness assessment to establish an operational cryptographic baseline, automate inventory reporting, and identify immediate priorities. Visit tychon.io or contact info@tychon.io to begin.

About Tychon

TYCHON is a NIST NCCoE consortium collaborator and proven cybersecurity innovator delivering automated cryptography discovery and quantum-readiness solutions across U.S. Federal, DoW, and commercial enterprises. Tychon provides instant cryptographic visibility, risk assessment, and compliance reporting for the post-quantum era.

Sponsored content provided by Tychon LLC, a NIST NCCoE consortium collaborator for PQC.

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