SECURITY POSTURE

Post-quantum isn't on our roadmap. It's what we build on.

Traffic recorded today can be decrypted once quantum computers are large enough. Every system we run for clients already uses post-quantum key exchange, so what gets recorded stays sealed.

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Harvest now, decrypt laterTraffic recorded in 2026
Harvest now, decrypt later Two lanes of traffic recorded in 2026 run toward a shaded period, starting around 2030, when a quantum computer capable of breaking classical encryption may exist. In the classical lane the recorded packets open once they enter that period. In the post-quantum lane they stay sealed. Quantum-capable attacker: date unknown Classical encryption Post-quantum key exchange
Sealed recording Readable recording Period when classical encryption may fall

What runs today, layer by layer.

This is our current posture, written like a test report. Every automation we deliver (Neo-Agent, AI-NATOR, Zephyr) inherits it from day one, at no extra cost.

STATUS AS OF OCTOBER 2026
LayerStatusWhat it protects
Key exchangeIn productionPost-quantum on every channel we operate, so recorded traffic stays private against a future quantum attacker.
Digital signaturesIn productionPost-quantum signatures guard our most sensitive access and the records we sign.
Data at restIn production256-bit encryption for stored data and backups.
Public web certificatesWaiting on industry standardsBrowsers and certificate authorities don't issue post-quantum certificates yet. We track the standards and will switch when they ship.

We list the layer that isn't done yet on purpose. A posture you can't check isn't a posture.

The deadlines are already on the calendar.

Post-quantum migration isn't a forecast. Standards are published and procurement dates are set; requirements flow down to every vendor in the supply chain.

  1. 2024

    The standards exist

    NIST published the first post-quantum cryptography standards: FIPS 203, 204 and 205.

  2. 2027

    Procurement requires it

    Under CNSA 2.0, new U.S. national-security system acquisitions must be quantum-resistant from January 1, 2027.

  3. 2035

    The federal finish line

    The U.S. government's goal is to mitigate quantum risk across its systems by 2035.

Post-Quantum Readiness Review

For teams that need a plan before the deadlines reach their contracts. Three deliverables, in order.

  1. Cryptographic inventory

    Where encryption lives across your systems and vendors: protocols, keys, certificates and the libraries behind them.

  2. Gap report

    Layer by layer, what is already post-quantum, what isn't, and which data a recorded-today attack would expose.

  3. Dated migration plan

    A sequenced plan with owners and dates, aligned to the CNSA 2.0 and NIST FIPS 203/204 milestones.

Book a readiness call A 30-minute call to scope your environment.

Every claim on this page can be checked in front of you.

Ask us to show it on the call.