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.
Zero trust auditsGOVERNMENT & INDUSTRY / CAPABILITY OVERVIEW
Hardware security assessments and documented bench findings for engineering teams. Our product research covers positioning and timing, passive detection, sensing, and field communications.
01 / HARDWARE SECURITY & ASSURANCE
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.
Zero trust auditsAssessment 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 engagementPROCESS / PUBLIC OVERVIEW
Each capability keeps its stated status and remaining gate. Select a category before reading the detailed brief.
Working capabilities are presented with their limits.
The remaining gate belongs in the engagement agreement.
Research and prototypes retain their development status.
These categories describe availability. They are not certification or performance scores.
Read the scope and limits02 / 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.
Working now, each with its limit
Offered with the remaining gate written into the agreement
Not offered until it moves up
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 intake03 / PRODUCT RESEARCH
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.
SIGNET PNT-1 is available to order by contacting SSX360. Its design preserves navigation observations, receiver trust indicators, and timing continuity in signed records for offline review. Configuration and delivery are confirmed by quote.
QK-100 “MORPHINE” is SSX360’s counter UAS aircraft, currently in flight test. Evaluation and demonstrations are available for single-site and multi-site program requirements.
SENTINEL-1 is a passive drone-detection node in development for site perimeters. The design combines optical, thermal, acoustic, and receive-only RF observations with signed records for operator review.
QFN field communications within N.3.X.U.S OS. Quantum research uses a U.S.-based testbed; integration review covers interfaces, timing context, and evidence.
04 / WORK WITH SSX360
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.
Describe the operating environment, systems involved, and decision your team needs to make.
Confirm evaluation questions, authorization, deliverables, and information-exchange arrangements in writing.
Compare the findings with the agreed questions, including the methods used and any limitations.
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.
05 / GOVERNMENT & INDUSTRY
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 informationSupplier inquiries: mission@ssx360.com
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