⚡ Quantum Threat Countdown — 0y 0d 00h 00m 00s·NIST FIPS 203 · 204 · 205 Now in Effect·220,000+ Defense Contractors Now Subject to CMMC Cryptographic Requirements·Harvest-Now-Decrypt-Later Attacks Active Today·⚡ Quantum Threat Countdown — 0y 0d 00h 00m 00s·NIST FIPS 203 · 204 · 205 Now in Effect·220,000+ Defense Contractors Now Subject to CMMC Cryptographic Requirements·Harvest-Now-Decrypt-Later Attacks Active Today
NIST PQC Standards Now in Effect

Post-Quantum
Security Starts
With Visibility.

Valencia Intelligence helps organizations discover cryptographic risk, map digital trust assets, and prepare for a post-quantum future — before the threat window closes.

14,203+

Assets in average deployment

72 hrs

To full cryptographic baseline

2030

Quantum threat horizon

Built for security teams in

Financial ServicesFederal GovernmentDefense ContractorsHealthcare SystemsCritical InfrastructureEnterprise Technology

The Invisible Problem

Most organizations don't know
where their cryptography lives.

Certificates, encryption keys, algorithms, APIs, cloud workloads, vendors, and machine identities are spread across your business — largely invisible and unmanaged. You cannot prepare for post-quantum security until you see what you have.

Unknown certificates expiring in production

Quantum-vulnerable RSA and ECC algorithms

Untracked machine identities with no expiry

Weak ciphers on public-facing APIs

Third-party vendors with unknown crypto

No visibility into certificate trust chains

The Countdown Has Begun

Time remaining until
quantum threat horizon.

Conservative estimates place cryptographically-relevant quantum computers by 2030. Enterprise migration takes 3–5 years. The window to act is closing.

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Threat horizon: 2030 · NIST PQC finalized: August 2024 · Migration window: 3–5 years

What We Discover

Every link in your
cryptographic chain.

From root certificate authorities to machine identities — Valencia Intelligence maps every cryptographic dependency in your environment, revealing the hidden vulnerabilities that put your organization at risk.

🔐

TLS/SSL Certificates

2,103

Including 27 expired in production

🗝

Encryption Keys

7,841

3,841 RSA-2048 — quantum-vulnerable

Machine Identities

4,219

No expiry tracking on 61%

Cloud Secrets

12,440

Unrotated for 400+ days avg

🔗

API Trust Relationships

891

Across 14 third-party vendors

📜

Code Signing Certificates

312

3 expiring within 30 days

Certificate Trust Chain · Live Discovery

4 vulnerabilities detected
Root CARSA-4096 · TrustedIntermediate CARSA-2048 · ⚠ VulnerableTLS CertificateECC P-256 · Expiring 14dAPI GatewayRSA-2048 · ⚠ VulnerableMachine IdentityUnknown · Untracked

Trust Intelligence

Map the trust layer
beneath your business.

Every application, API, certificate, key, cloud workload, vendor, and identity provider connects through invisible cryptographic trust relationships. Hover any node to reveal live risk signals.

Applications → APIs → Certificates → Keys

Keys → Cloud Workloads → Vendors

Vendors → Identity Providers → Machine Identities

trust-map · hover nodes to explore8 risk signals active
ApplicationsAPIsCertificatesEncryption KeysCloud WorkloadsVendorsIdentity ProvidersMachine Identities

Trust Infrastructure Map · Hover to explore

By the Numbers

0

Cryptographic assets in average enterprise

0

RSA-2048 assets — quantum-vulnerable

0 hrs

To complete full cryptographic baseline

0

Estimated quantum threat horizon

Platform Capabilities

Everything you need to go
quantum-safe.

Cryptographic Asset Discovery

Surface every certificate, key, algorithm, secret, and machine identity across your entire infrastructure — cloud, on-prem, hybrid, and vendor environments. Organizations discover 3–5× more assets than they expected.

Trust Chain Mapping

Visualize how every application, API, service, and workload connects through invisible cryptographic trust relationships. Understand dependencies before they become vulnerabilities.

Quantum Readiness Scoring

Score your cryptographic posture against NIST FIPS 203/204/205, NSA CNSA 2.0, and CMMC 2.0. Know exactly where you stand and what to prioritize before the threat window closes.

Post-Quantum Migration Planning

Generate a risk-ranked migration roadmap from vulnerable algorithms to NIST-approved post-quantum alternatives. Prioritized by business impact, not just technical risk.

Certificate Lifecycle Management

Proactive expiration alerting, automated renewal tracking, and CT log monitoring. Never let a certificate expire again — and know exactly which ones are quantum-vulnerable.

Crypto-Agility Intelligence

Identify which systems can migrate quickly and which will create bottlenecks. Build the operational capability to swap cryptographic algorithms without disruption.

How It Works

From invisible risk to
complete clarity.

Three steps from zero cryptographic visibility to a prioritized migration roadmap — without disrupting your existing infrastructure.

01Day 1–3
🔌

Connect Your Environment

Read-only connections to your cloud providers, network segments, PKI systems, and secret stores. No agents required. No firewall changes. No disruption.

02Day 3–7
🗺

Discover & Map

Valencia Intelligence surfaces every certificate, encryption key, algorithm, machine identity, and trust relationship — typically 3–5× more than organizations expect.

03Day 7–14
📊

Score & Prioritize

Every asset gets a quantum risk score. You receive a prioritized migration roadmap, compliance gap analysis, and a clear picture of what needs to move first.

Result: Within 14 days you have a complete cryptographic inventory, a quantum risk score, and a prioritized migration roadmap — regardless of environment size.

Why Now

The quantum threat is future-facing.
The inventory problem is happening now.

Today

Discover your cryptographic assets

Most organizations have no complete inventory. Start by seeing everything — certificates, keys, algorithms, secrets, and machine identities — across every environment.

Next

Assess risk and map dependencies

Understand which assets are quantum-vulnerable, expiring, or unmanaged. Map the trust chains that connect them. Know what breaks if something fails.

Then

Prioritize your migration roadmap

Build a risk-ranked migration plan aligned to NIST FIPS 203/204/205, NSA CNSA 2.0, and your compliance requirements. Move critical systems first.

Future

Achieve post-quantum resilience

Operate with full crypto-agility — capable of swapping cryptographic algorithms without disruption. Ready for the post-quantum world before it arrives.

Quick Risk Estimate

How exposed is your
organization?

Based on industry data from enterprise deployments. A realistic estimate of what we typically find.

Your organization

1,000
10050,000+

Estimates based on industry benchmarks. Actual numbers vary by environment complexity.

Estimated exposure

Total cryptographic assets

Certificates, keys, algorithms, secrets

25,560

Quantum-vulnerable assets

RSA, ECC, DH — breakable by quantum computers

18,403

Critical risk assets

Requiring immediate attention

2,044

Certificates tracked

TLS, code-signing, machine identities

3,834

Expiring within 90 days

At risk of production outage

460

Get Started

Prepare your cryptographic
foundation for what comes next.

Start with visibility. Understand your cryptographic risk before quantum threats make it urgent.

Based in Maryland · karl@valenciaintelligence.com