SSX360
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GOVERNMENT & INDUSTRY / CAPABILITY OVERVIEW

Hardware security,
tested on the bench.

Hardware security assessments and documented bench findings for engineering teams. Our product research covers positioning and timing, passive detection, sensing, and field communications.

Start bench intake

01 / HARDWARE SECURITY & ASSURANCE

Security assessment and verification

Hardware security & zero trust

Secure boot testing, CNSA 2.0 and NIAP readiness, entropy evidence, and hardware attack pre-screening. Zero trust audits review identity, devices, access policy, and architecture.

Hardware assessments

Zero trust audits

Accountable Evidence Plane

Assessment findings with a reviewable evidence package. Our evidence workflow supports signed records, unit-level organization, source comparison, and offline review. Methods and deliverables are agreed for each engagement.

Explore the evidence engagement

PROCESS / PUBLIC OVERVIEW

Read the capability status.

Each capability keeps its stated status and remaining gate. Select a category before reading the detailed brief.

01Demonstrated02Ready to pilot03In development
  1. Demonstrated

    Working capabilities are presented with their limits.

  2. Ready to pilot

    The remaining gate belongs in the engagement agreement.

  3. In development

    Research and prototypes retain their development status.

These categories describe availability. They are not certification or performance scores.

Read the scope and limits

02 / WHAT WE CAN SHOW TODAY

What we can show today

We separate what works now from what is still a pilot or in development, and every item states its limit. Ask for a demonstration when you scope a line.

Demonstrated

Working now, each with its limit

  • Post-quantum signaturesML-DSA-87 (FIPS 204) alongside Ed25519, checked against NIST test vectors and verified from public keys alone.Not a CMVP validation. Client evidence is signed only with keys generated for that engagement.
  • Evidence you check yourselfOffline verifiers confirm our records with no network and no SSX360 software to trust.Checks the record, not the physical device.
  • Tamper-evident recordsCanonical JSON (RFC 8785), hash-chained logs and a pinned signer list. An edit to any record is detected.Detects changes to records, not physical tampering.
  • Signed tool manifests for AI agentsA pinned tool list that flags drift before an agent calls a changed tool.Covers manifests we pin; it does not scan arbitrary servers.

Ready to pilot

Offered with the remaining gate written into the agreement

  • Entropy source assessmentNIST SP 800-90B estimators, health tests and restart checks, with abstention on weak sources.Gate: a cross-check against the NIST reference estimator and a first run on a physical source.
  • PUF response analysisUniqueness, reliability, min-entropy and modelling-attack checks on response data you supply.Gate: a first real data set. Run so far on simulated data only.
  • Offline assessment applianceA bootable, network-free review environment with published image hashes.Gate: Secure Boot signing of the images.

In development

Not offered until it moves up

  • Hardware key custodySigner units with a secure element are built. Our evidence software does not sign with them yet.
  • ML-KEM-1024 key sealingWritten; the post-quantum backend is not yet in place.
  • Transparency log and trusted timestampsPublication and RFC 3161 timestamps run as a dry run only.
  • Physical PUF and random-source measurementNo measured device data exists yet.

Choose by need

Prove our firmware rejects unsigned, altered or rolled-back images.
Secure boot verification
Evidence our move to post-quantum algorithms.
CNSA 2.0 readiness
Prepare evidence before a formal evaluation.
NIAP pre-evaluation
Show our devices prove who they are and keep their keys.
Device-identity & zero trust audit
Measure our random number source.
Entropy assessment pilot
Stop AI agents silently changing the tools they call.
Separate engagement

The first four are bench lines you choose in the intake. It takes about ten minutes and ends in an email draft you send yourself; nothing is stored.

Start the bench intake

03 / PRODUCT RESEARCH

Tactical edge systems

SSX360’s N.3.X.U.S OS provides the software architecture for a cohesive tactical edge, coordinating positioning and timing, passive detection, sensing, and field communications.

04 / WORK WITH SSX360

How an evaluation works

For a hardware assessment, start with bench intake. We agree the evaluation scope in writing and review the findings with your team. Product evaluations and other requirements begin with a technical briefing.

  1. Share the requirement.

    Describe the operating environment, systems involved, and decision your team needs to make.

  2. Set the evaluation.

    Confirm evaluation questions, authorization, deliverables, and information-exchange arrangements in writing.

  3. Review the findings.

    Compare the findings with the agreed questions, including the methods used and any limitations.

Bring a question to the bench.

Use bench intake to outline the hardware and review objective. Keep the initial message to general requirements. Arrange confidentiality terms and a transfer channel before sharing nonpublic material.

Start bench intakeRequest a technical briefingmission@ssx360.comInformation exchange

05 / GOVERNMENT & INDUSTRY

Supplier information

For market research, sources sought, or supplier review, tell us what information your team needs. Include a public opportunity reference and response date when available.

Request supplier information

Supplier inquiries: mission@ssx360.com

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