Infiltron™ SecureOps

You Cannot Govern What You Cannot See

CRYPTOGRAPHYIDENTITYINFRASTRUCTURE

Most organizations cannot answer where their cryptography lives. Without that visibility, your PQC roadmap is incomplete, your AI governance is blind, and your compliance position is uncertain. Infiltron maps your entire cryptographic estate across legacy, hybrid, smart, and AI systems, showing you where it lives, who depends on it, and what breaks if it changes.

Request a Demo Learn More

The Visibility Crisis

Cryptographic Visibility: The Controlling Problem

Without cryptographic visibility across your estate, you have blind spots in compliance, quantum readiness, and risk management. Research shows the scale of the gap.

Current Reality

5.7% of organizations have full visibility into service accounts

Remediation Gap

91.6% of secrets remain valid five days after notification

Paralysis

43% of enterprises stalled by legacy complexity

Skill Shortage

97% report critical PQC implementation skills gaps

The bottleneck is not algorithm choice or standards maturity. It is the inability to inventory where vulnerable cryptography lives across identities, applications, and infrastructure. Organizations cannot plan PQC transition, govern AI systems, or demonstrate compliance without that foundational visibility.

Governance Built On Visibility

From Blind Spots to Managed Infrastructure

Once you can see your cryptographic estate, you can govern it. Infiltron converts cryptographic posture from hidden implementation detail into visible, auditable, policy-driven infrastructure.

Unified Cryptographic Inventory

Complete mapping of where algorithms, certificates, keys, and dependencies live across your footprint. Every cryptographic asset linked to an accountable identity owner so renewal, replacement, and offboarding are coordinated instead of orphaned.

Discovery

Find RSA, ECC, and embedded libraries across all systems

Dependency Mapping

Which systems break if cryptography changes

Identity Linkage

Own each credential, govern its lifecycle

CBOM Generation

Automated cryptographic bill of materials

Infiltron Governance Dashboard showing compliance mapping across NIST, DoD, GDPR, and CNSA 2.0 frameworks with PQC readiness status and cryptographic inventory — Infiltron Dashboard

Compliance Mapping and Policy Enforcement

Cryptographic readiness tracked against NIST, DoD, GDPR, and CNSA 2.0. Policies-as-Code convert compliance mappings into enforceable infrastructure rules. Audit trails demonstrate control instead of reconstructing it after the fact.

Framework Mapping

NIST, DoD, GDPR, CNSA 2.0, emerging standards

Real-Time Readiness

Continuous compliance status without manual audits

Policy-as-Code

Convert compliance into enforceable policies

Audit Trails

Demonstrate control, not reconstruct it

PQC Migration Planning Without Rip-and-Replace

Move from "we don't know where our secrets are" to "we have a governed, validated, and quantum-resistant roadmap for our entire cryptographic estate." Identify which systems can migrate and which need phased or workaround approaches.

Migration Sequencing

Staged rollout across representative environments

Blast Radius Analysis

What breaks if algorithms change, how to mitigate

Crypto-Agility Validation

Test whether systems can absorb algorithm change

Readiness Tracking

Continuous measurement against regulatory deadlines

Infrastructure Spanning Legacy, Hybrid, Smart, and AI

Single visibility layer across monolithic legacy systems and modern cloud. Cryptographic governance for IoT and smart devices. AI systems governed through policy-enforced guardrails. No rip-and-replace required; security modernized in place.

Legacy

Established cryptography hardened, not abandoned

Hybrid

On premises and cloud governed as one estate

Smart & IoT

Cryptographic governance for connected devices

AI Systems

Policy-enforced guardrails while agents run

Quantum Readiness & Beyond

Ready for the Deadlines That Are Already Here

Organizations cannot meet quantum-resistant cryptography deadlines without cryptographic visibility. Infiltron maps your path to CNSA 2.0 compliance and defends against harvest-now-decrypt-later threats.

Cryptographic Inventory

Complete cataloging of algorithms, certificates, and keys across your footprint so migration can be planned and sequenced safely without blind spots.

PQC Migration Planning

Identify which systems migrate to post-quantum cryptography, which require phased approaches, and where workarounds protect business continuity during transition.

Harvest-Now-Decrypt-Later Defense

Identify long-lived sensitive data at risk from HNDL attacks and prioritize conversion to quantum-resistant algorithms before the quantum threat matures.

Why Now

The Deadlines Are Already on the Calendar

Governance has moved from best practice to gate. Procurement rules, insurance coverage, and regulation now turn on whether you can demonstrate control over your cryptography and AI. Organizations that can show their work pass through. Organizations without visibility are blocked.

January 1, 2027

CNSA 2.0

New NSS acquisitions must support quantum-resistant cryptography

January 2026

CISA Guidance

Federal agencies must buy only PQC-capable products where available

December 2, 2027

EU AI Act

High-risk AI obligations apply (deferral agreed May 2026)

January 1, 2027

Colorado ADMT

Disclosures and human review of automated decisions required

2030

NIST IR 8547

Deprecate algorithms with 112 bits or fewer of security

2035

NSM-10

Federal systems fully migrated to post-quantum encryption

Organizations without cryptographic visibility cannot meet these deadlines. CNSA 2.0 by January 2027 requires knowing where your cryptography lives. NIST deprecation by 2030 requires visibility into which systems will be affected. NSM-10 by 2035 requires a governed, validated roadmap. Infiltron moves you from "we don't know" to "we have a plan" in measurable time.

AI Governance

Autonomous Systems Governed by Human Authority

Deploy autonomous agents and smart technologies securely. Our platform ensures they interact with your existing infrastructure through robust, policy-driven guardrails enforced while they run, so autonomous intelligence operates inside the rules you set and never outside them.

Guardrails

Policy enforced on agents while they run

Verification

People, devices, and content confirmed authentic

Containment

Unauthorized access and resource use stopped

Oversight

Human authority over autonomous decisions

Infiltron provides the explainability and transparency layer that makes autonomous systems auditable. Every decision reversible, every action logged, accountability preserved.

About Infiltron

A Cyberattack That Changed Everything

While deployed as a USAF engineer, a cyberattack wiped out all military communications, leaving aircrews, ships, and troops in total darkness. For three days, 20,000 lives hung in the balance. Infiltron was built from that experience: to give organizations the visibility and governance they need to protect the systems that keep the world stable and secure.

Backed and Protected

Infiltron Software Suite was founded in 2019. Our technology is protected by several patents and trademarks.

Techstars

Infiltron is backed by investment from Techstars through the Techstars LA Space program.

Google for Startups

Infiltron is a recipient of the Google for Startups Founders Fund.

Talk to Us

We work with commercial enterprises, government organizations, and the partners and integrators that serve them. Whether you run legacy infrastructure, hybrid environments, connected devices, AI systems, or all of the above, we want to hear from you.

contact@infiltron.net