SOARFrame the question
Start with supplied evidence or the sources configured in your installation. Keep the asset, time window, and investigation scope explicit.
Investigate · Rehearse · Review
A signal is a starting point.
Make the next decision count.
SOAR is a security investigation and governed-response workspace for SOC analysts, threat hunters, and IT engineers. It brings supplied alerts, logs, estate context, candidate paths, and replay into an inspectable investigation and a human-owned response proposal.
Connect the evidence to the question. Examine possible attack paths. Turn an operational request into a proposal you can inspect—before authorizing a change.
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People authorize.
01 Know the source02 Challenge the explanation03 Verify the outcome
From an alert to an accountable next step
Not another place
to accumulate alerts.
Your SIEM, IDS, EDR, and vulnerability tools already collect signals. SOAR helps the people working those signals investigate what they mean and review what to do next.
Inspect the explanation
Use Chat, Live, Console, and Replay to examine observations, candidate paths, and competing hypotheses. See where evidence ends and inference begins.
Review the next step
Inspect a proposed query, script, or response. Check permissions, impact, recovery, and approvals. Execution and a verified outcome are separate steps.
One workspace. Different ways to investigate.
Depth for the analyst.
Control for the engineer.
The important distinction is not how confident an answer sounds. It is whether you can inspect its inputs, challenge its reasoning, and govern the next action.
Reason inside the evidence.
Work through an alert, ask for alternative explanations, and identify missing context. Supplied-input investigations stay distinct from connected-estate retrieval.
Watch the investigation films ↗Read coverage, not just counters.
Inspect operating signals alongside provenance and coverage. A composite count is a clue—not a conclusion that an intrusion occurred.
See Live evidence ↗Explore a route. Test its assumptions.
Inspect inventory-derived candidate paths and event timelines. Digital-twin and modeled records help explore scenarios; source labels distinguish them from measured events.
Explore rehearsal workflows ↗Make the proposal inspectable.
Review detection-rule results and generated operational code. Patch, monitoring, and firewall drafts remain proposals until the required engineering and execution checks pass.
Inspect Console workflows ↗Quantum-safe readiness
Know your crypto.
Prove you're ready.
A quantum computer won't make your encryption weaker — it breaks the trust it is built on, all at once. And the harvest is already happening: long-lived secrets encrypted today are being recorded to decrypt later. The work isn't buying a cipher — it's visibility, exposure, and proof.
Where your crypto lives.
A measured cryptographic bill of materials — every asset, protocol and algorithm — so you can answer “where is RSA in my estate?” before a regulator asks.
What quantum breaks.
Rank the estate by quantum exposure and harvest-now-decrypt-later risk, and track migration as a number an auditor can check.
Defenses that hold.
Each post-quantum defense — ML-KEM, ML-DSA, SLH-DSA — is exercised on a real, FIPS-standard container run. Evidence, not vendor claims.
Nothing leaves the box.
Prove your crypto posture air-gapped, on-box. We never claim quantum hardware — the honesty is the point.
Aligned to NIST FIPS 203/204/205, CNSA 2.0, NSM-10 and CERT-In v2.0 — the deadline is a date, not a maybe.
The product, on screen
One full walkthrough.
Ten short workflows.
A complete supply-chain walkthrough, plus ten short product films — about a minute each — recorded from the authenticated application, with editorial close-ups and an AI-generated voice. Each states its evidence context. Captions are optional; use full screen for fine detail.
Full presentation · 50 min
Securing the software supply chain
From the software supply-chain threat, through the SBOM, CBOM, QBOM, AIBOM and HBOM family and the CERT-In v2.0 standard, to a signed, verifiable Bill of Materials and a per-artifact risk report. Built for a security leader — no prior supply-chain knowledge assumed.
CERT-In v2.0 BOM capability walkthrough · AI-generated voice
On a phone? Watch in three ~17-minute parts: Part 1 · Part 2 · Part 3
Short product films · about a minute each
10 recorded workflows
These recordings demonstrate investigation and review. Active response depends on your installation, configured adapters, approved scope, and a separately verified result.
Built around the people doing the work
A shared view.
Distinct responsibilities.
SOC analysts
Investigate an alert without losing the distinction between reported facts, hypotheses, and the evidence still needed.
Threat hunters
Trace candidate routes, examine timelines, and turn uncertainty into a focused next evidence request.
IT engineers
Inspect operational drafts, identify unsafe assumptions, and review recovery before considering execution.
Security leaders
Ask what is known, what remains unverified, who owns the decision, and what authorizes the response.
Fit it to your environment
Keep your controls.
Add an investigation workspace.
SOAR complements detection and enforcement tools. It does not replace endpoint protection, network controls, identity policy, or the engineers responsible for operating them.
A good starting point
A team with evidence to investigate, named operational owners, and a defined workflow to evaluate.
- Choose one alert, hunt, or operational review.
- Confirm supported inputs and adapters for that installation.
- Define access, retention, approvals, and recovery.
- Validate the workflow in a controlled environment before expanding scope.
Not a shortcut around accountability
Do not choose SOAR expecting every integration to work out of the box, an AI-generated answer to prove a breach, or unrestricted autonomous changes.
SOAR is designed for on-site operation, including installations that require tightly controlled connectivity. Validate the selected release's air-gap, offline-update, model, retention, credential, and adapter controls before production use.
Read the deployment and operating guidance ↗Before you begin
Questions worth asking.
What are we adopting?
An investigation and governed-response application with Chat, Console, Live evidence, attack-scenario review, and Replay workspaces. Begin with the supported workflows and integrations in your installation—not an assumption that every possible response is automated.
How is this different from a SIEM or a vulnerability manager?
Those tools collect, detect, correlate, or assess. SOAR focuses on investigating evidence and reviewing operational next steps. Your existing systems remain sources and enforcement points where supported integrations are configured.
Can SOAR change production systems?
Execution is installation- and capability-dependent. Generated code is not permission to run it. Review the target, credentials, approval route, allowed actions, blast radius, and rollback. Confirm the result with fresh evidence after any authorized execution.
Are attack paths and digital twins proof of a compromise?
No. A candidate path describes a route to investigate. Reachability, vulnerability applicability, and observed activity require separate evidence. Modeled, illustrative, and injected records are labeled so they are not confused with measured events.
How do I access the product and documentation?
Use Open application with an authorized account. The searchable reader and PDF are available through Documentation behind the same authentication gate. Reader annotations are stored in the local browser, not on the server.
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Tell us your role, what you want to evaluate, and whether you are comparing SOAR with an existing SOC, SIEM, EDR, or response workflow.
Email QASO ↗Review architecture first ↗Start with one real question