Interactive Demo · Synthetic Data

Use the console yourself

A working replica of the ClarityPipeline^™ analyst workbench: one alert per binary class the platform recognizes, each reaching a different verdict.

Click into an alert, step the lifecycle phases, open the evidence table, inspect the process chain, and record a disposition — then check the application intelligence and telemetry coverage surfaces. It runs entirely in your browser: the decision structure is the real product, the entities are synthetic, and no backend is involved.

Demo scope & data handling

A faithful re-enactment of the live console, with all metadata substituted

Real system, real telemetry

The platform runs on live ELK telemetry and real Elastic detections. The featured false positive is an actual alert it processed, and the reasoning, verdicts, blockers and vocabulary are the system's own — not marketing copy written around a screenshot.

Synthetic metadata, for privacy

Every host, user, IP, install path, hash and PID has been replaced with a stand-in. No real endpoint, environment or customer data appears anywhere in this demo.

A lightweight re-enactment

This is a simplified re-creation of the console running from seeded data in your browser. There is no backend, nothing you click is submitted, and it shows a fraction of what the live console does.

The remaining three cases are modeled on the same decision logic to show how the platform answers a LOLBin carrier, an AI agent that reached a shell, and a genuine masquerade. Evaluating it against your own detections is what a walkthrough is for.

ClarityPipelineAnalyst Console

Elastic connectedAnalyzer runningtenant: acme-socDemo environment

Work Queue

Guided scenarioOne surface, four binary classes, four different verdicts

Step 1 of 22

Scope
Vendor application
LOLBin carrier
MCP server
System binary

Before anything else — what this demo is, and what it is not. Read the notice above the console.

Start with the demo scope. Highlighted below — read it, then continue from the button beside it. The platform runs on live ELK telemetry and the featured alert is one it genuinely processed. Every host, user, path and hash below has been substituted for privacy, and this replica runs entirely in your browser with no backend. Knowing that is what makes the rest of the tour worth trusting.

Analyst Workbench

Analyst Work Queue

Elastic owns alert ingress and base suppression. This workbench keeps alert review, related activity, analyst decisions, and next actions centered on the next alert to review.

Fused provider state

Application-aware queue intake

Provider fusedStatus healthy

Elastic member

Reachable

Local context

Reachable

Auth lookup

Contract learning

Evasion signals

Out of contract

MCP reviews

Saved view

In range (all)

2,044

Open in range

2,044

On this page

Shown (clusters)

Deferred benign

Analyzer

Analyzer Running

Active work queue · next alerts to review

4 active

Alert

Potential Masquerading as Communication Apps

ws-fin-0447 · m.alvarez · Zoom.exe

Medium riskNeeds reviewRule highOpen

Last seen Today, 4:44 PM

Decision: Signed vendor application running from its own install root: signature, compiled identity, and install path all resolve to the publisher…

Related activity: 24 related alerts | 24 confirmed false positives on this rule, 0 confirmed true positives

Next step

Collect stronger lineage telemetry before promoting this alert. Use the captured evidence to confirm or challenge the current decision.

Open Rule in ElasticValidate in Elastic

Alert

Suspicious Windows PowerShell Arguments

srv-build-02 · svc-deploy · powershell.exe

Low riskAction recommendedRule highOpen

Last seen Today, 2:37 PM

Decision: Interpreter-driven execution under a signed deployment carrier: encoded command decoded and retained, workflow fit matched…

Related activity: 17 related alerts | 5 strongly related, 12 contextually similar

Next step

Confirm the expected software path and recorded activity fit, then hold as a suppression or tuning candidate after analyst confirmation.

Open Rule in ElasticValidate in Elastic

Alert

Interpreter Spawned by Non-Interactive Parent

ws-eng-0212 · j.okafor · node.exe

Medium riskNeeds reviewRule mediumOpen

Last seen Today, 3:18 PM

Decision: MCP tool carrier reached shell capability: the descriptor declares file and search scope, but the observed behavior bridged to a shell…

Related activity: 2 related alerts | linked on process entity and command pattern, not on a shared rule

Next step

Review the tool scope against the observed behavior. Capability was undeclared, so the workflow needs an owner before it is trusted.

Open Rule in ElasticValidate in Elastic

Alert

Masquerading Windows System Binary

ws-eng-0212 · j.okafor · svchost.exe

High riskAction recommendedRule highOpen

Last seen Today, 5:02 PM

Decision: System binary name running from a user-writable path under the wrong parent: placement checks fail and name-derived identity is suppressed…

Related activity: 3 related alerts | 2 strongly related on the same rare hash across 2 hosts

Next step

Escalate. Isolate the host and preserve the binary — placement failure plus a shared rare hash across hosts is campaign-shaped.

Open Rule in ElasticValidate in Elastic

Deferred / stable benign

Stable benign alerts stay available here without competing with the active work queue. Verified once — they return only when the evidence changes.

Show Deferred Items (1)

Alert ordering, related activity context, and queue state remain backend-driven.

The featured alert is the case most SOCs spend the most time on: a high-severity rule firing on software that turns out to be legitimate. The console does not just call it benign — it shows which evidence cleared it, which checks stayed open, and what would flip the verdict. The other three walk a LOLBin carrier judged on behavior rather than signature, an AI agent that reached a shell it never declared, and a masquerade that is genuinely malicious — the same four classes the classifier recognizes, reaching four different answers.

Guided Walkthrough

See it against your own alerts

The demo uses controlled data. A walkthrough runs the same surfaces against the alert pattern that is actually costing your team time — including the two surfaces held back here.

Prefer to start with the engagement side? See services.

Schedule a guided walkthrough

Share your SOC workflow, alert pressure, or detection engineering challenge, and we'll follow up to schedule a focused walkthrough.

Early Access