01 / SecureInfrastructure intelligence
What is exposed?
Discover assets and connect vulnerability findings to reachable services and candidate attack paths.
Explore Secure
POST-QUANTUM
READINESSDiscover cryptography.
Plan your migration.
READINESSDiscover cryptography.
Plan your migration.
GOVERNED RESPONSEDecisions stay visible.
Authority stays explicit.
Authority stays explicit.
THE QUANTUM HORIZONDiscover. Inventory.
Prioritize migration.
Prioritize migration.
Understand exposure Inspect the evidence Approve the response
01 / CHOOSE YOUR STARTING POINT
Three products.
Three practical questions.
Start with the problem your team needs to solve.
Explore capabilities on each product’s site.
01 / Secure
02 / AssureApplication & crypto assurance
Can we trust this finding?
Trace application findings to source and inspect software dependencies and cryptography.
Explore Assure
03 / SOARInvestigation & governed response
What should we do next?
Investigate incidents and prepare responses with explicit scope, approval, and verification.
Explore SOARFit, deployment and a practical first step
Is Secure right for your team?
On-site security software. Local operation. Your team controls access and updates.
Who is this for?
CISOs, vulnerability leads, security architects and infrastructure engineers who need asset, service and reachability context.
When should we consider it?
When scanner findings lack asset context, ownership or a clear route to investigation. Connect inventory, assessment evidence and candidate attack paths before prioritizing work.
When is it not a fit?
Not a replacement for EDR, firewalls, identity controls or a basic scanner. Not a fit if you need unrestricted autonomous remediation or guaranteed discovery of every asset.
How do we get started?
Choose one authorized case and a named owner. One authorized inventory or local collection scope, observation times, service evidence and available assessment results. Install on-site, confirm local dependencies, start read-only and agree evaluation targets.
What data leaves our environment?
In the air-gapped configuration, processing and operational data remain on-site. IT/Cyber imports approved software, NVD and other threat-intelligence packages. Optional outbound update retrieval needs explicitly permitted connectivity; that window is not air-gapped. Review the endpoints and any data sent before enabling it.
What does a successful evaluation look like?
An asset-linked exposure explanation with sources, coverage gaps and candidate path assumptions; a modeled change scenario where supported. Measure time to establish asset context; identity corrections; coverage gaps; repeatability of the exposure explanation. Agree targets first and record failures and gaps.
What needs to be confirmed before purchase?
Hardware and local-model sizing, supported versions and adapters, offline update packaging, feed freshness, retention, identity integration, recovery, licensing and support. Production deployment is on-site, not SaaS.
Before you connect a system
Choose the question. Then choose the product.
A useful evaluation starts with one bounded case—not a promise that every workflow fits.
- Agree the starting point.Choose authorized inputs and compare with your existing process.
- Inspect a concrete result.Check sources, missing context, and who owns the next decision.
- Decide whether to expand.Measure effort and evidence quality. Keep a record of what did not work.
Secure
Which exposure should we investigate first?
- Bring
- One authorized inventory or local collection scope, observation times, service evidence and available assessment results.
- Inspect
- An asset-linked exposure explanation with sources, coverage gaps and candidate path assumptions; a modeled change scenario where supported.
Measure, do not assume. Time to establish asset context; identity corrections; coverage gaps; repeatability of the exposure explanation.
Explore Secure →One-page PDF for your selected comparison. No account or form submission.
Preview the brief
Secure evaluation brief Question: Which exposure should we investigate first? Starting input: One authorized inventory or local collection scope, observation times, service evidence and available assessment results. Expected review artifact: An asset-linked exposure explanation with sources, coverage gaps and candidate path assumptions; a modeled change scenario where supported. Compare against: Existing manual investigation Measure: Time to establish asset context; identity corrections; coverage gaps; repeatability of the exposure explanation. Safety boundary: Active collection requires an authorized local collector, explicit scope and policy. Candidate attack paths are hypotheses; digital-twin results are simulations, not measured production outcomes. Deployment: on-site, with local models and processing in the air-gapped configuration. IT/Cyber imports approved software, NVD and threat-intelligence updates. Optional outbound retrieval requires an explicitly connected window. Before access: confirm hardware, local model dependencies, offline update procedure, retention, owners, supported integrations and commercial terms. Acceptance: agree a baseline and target with the team before testing. Record gaps and reasons to stop, not just successful examples. Next step: share this brief with your evaluation sponsor. This download does not request an account or schedule a demonstration. Download the one-page PDF for the selected product and baseline. No investigation content or personal data is submitted.
02 / FOLLOW ONE INVESTIGATION
From a finding
to a decision you can explain.
Illustrative workflow. Connections and supported actions depend on the installation.
A scanner reports a vulnerable service. Is it reachable?
Find the exposed service.
Review the asset, observed service, network path, and finding source. A vulnerability report becomes a specific exposure to investigate.
Reviewable output: asset + service + candidate path
Explore Secure03 / YOUR STACK, WITH CONTEXT
You already have tools.
Connect the decisions.
Keep your detectors, enforcement controls, and systems of record. Use Secure, Assure, and SOAR to investigate what their findings mean and plan an accountable response.
Compare product responsibilitiesIDS, EDR, firewalls & vulnerability scanners
These tools detect threats, enforce policy, and report weaknesses. Secure adds asset and reachability context; SOAR supports investigation and approved response. Confirm the required API, permissions, and supported actions for each installation.
SIEM, ticketing & risk systems
Keep your event history, tickets, and risk register. Evaluate how findings, source references, and approval records can enter your existing workflow. Available connectors and write-back actions must be confirmed for your tools.
Application security & delivery pipelines
Assure examines source, dependencies, and cryptography. Use source-linked findings to support developer review. Static analysis does not establish runtime exploitability or replace testing in the deployed environment.
04 / BUILT AROUND YOUR ENVIRONMENT
See where it installs.
Know what crosses.
Explore technical architecture sheets with control placement, trust boundaries, implementation notes, and threat modeling. Validate the selected pattern against your own environment.
Explore deployment architecturesYOUR NEXT STEP