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Data security engineering for regulated environments.

FEDLIN secures the estate your organization runs on across cloud, on-premises, and hybrid: identity, edge, workloads, and the cryptography beneath them. Architecture, engineering, assurance, and evidence, delivered inside your own boundary and mapped to the mandate you answer to.

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The PQC readiness ladder.

Built for critical-infrastructure operators and the systems integrators who serve them, for state, local, and utility programs, and for government contractors through their primes, all carrying a cryptographic liability without a dedicated cryptography engineer on staff. Cryptography is the layer every regulated estate now has to account for, and it is under a clock. The federal timeline is set: OMB M-26-15 and Executive Order 14412 set inventory and migration deadlines, with a proposed FAR rule reaching covered contractors. Utilities answer to NERC CIP for the encryption protecting BES Cyber System Information. Commercial clocks run too: TLS certificate lifetimes are compressing to a 100-day maximum by March 2027, then 47 days by 2029, and PCI DSS 12.3.3 requires a documented cryptographic inventory, viability monitoring, and a response plan. The ladder below meets each of them, and each rung leads into the next. A short scoping call determines which rung your estate enters at.

The scan is a commodity. The judgment is the product.

In your boundary

The assessment runs inside your environment, data-custody-free, with nothing leaving it. It reaches the CUI and regulated systems a cloud scanner cannot touch, so there is no FedRAMP dependency.

Sequencing and judgment

Any tool lists your algorithms. The product is deciding what moves first, judged against CNSA 2.0, the national-security path held distinct from the commercial one, mapped to the control family your framework answers to.

We build the migration

The assessment scopes the work; Crypto-Agility Engineering implements it: post-quantum key establishment and signing, cipher-suite transitions, and a crypto layer you can change again without a rebuild.

Built for the estates furthest behind on the readiness curve: critical infrastructure, state, local, and utility programs, government contractors, and regulated commercial.

How every engagement runs

Three steps, and each one ends in an artifact you keep.

  1. 1. Find

    The Cryptographic Readiness Report

    Where your encryption lives, what is weak, and who owns it, in a report you hand to a customer or assessor.

  2. 2. Fix

    Closure Evidence

    Each finding is closed under the name your scanner prints. It is retested, and the configuration change and verification output are attached. A finding that cannot change gets a documented treatment and its compensating controls.

  3. 3. Evidence

    The Risk Register

    Every finding ranked, costed, and mapped to the frameworks you answer to, with a recommended treatment and a named owner. It is yours to keep whether or not the work continues with us.

The relationship it opens

Then we keep it running.

Most assessments open into an ongoing security program that keeps the estate secure as it changes. One relationship, every capability below running through it, tiered by what is at stake, from Enablement to Stewardship.

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The rest of the estate we secure

Capabilities, delivered on their own or folded in

The same practice covers the whole estate. Each of these stands alone as a scoped engagement, and each also connects to the readiness work above.

Crypto-Agility Engineering

Implement the migration the readiness roadmap defines: post-quantum key establishment and signing, cipher-suite transitions, and a crypto layer you can change again without a rebuild.

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Digital Security Assessment

The find step: an external, non-intrusive check of email authentication, website protection, exposed systems, breach exposure, and encryption, with findings in scanner language and a Risk Register. Scoped by the number of public hostnames; pricing on the Vulnerability Remediation page.

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Findings Remediation

Fix it, or document why you can't: TLS, email authentication, edge hardening, and risk-acceptance memos on a published price list, from $750. Larger backlogs close with evidence against NIST 800-53, NIST 800-171, NERC/FERC CIP, and NIST AI RMF.

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Edge & API Security

Harden the public edge of the estate: WAF rules, security headers, TLS posture, and domain trust (DMARC, DKIM, SPF), deployed and evidenced across cloud, on-prem, and hybrid.

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GRC Engineering

Turn a framework into control families at the infrastructure layer, validated end to end in your GRC platform, with evidence that maps to NIST 800-53, AI RMF, and SOC 2.

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Penetration Testing

Application, infrastructure, and AI-surface testing mapped to NIST 800-53 CA-8, with findings, reproduction steps, and a verification retest.

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Data Sovereignty Engineering

Web apps, MCP servers, and private AI built and secured inside your own boundary, so the data stays under your control and every action is on record.

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Not sure where to start?

Run the free scan to see your exposure, or book a scoping call and we will map the estate in front of you and scope the engagement from there.

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Evaluating your security posture before a funding round, compliance deadline, or enterprise deal?

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