How it works

From suspicious behavior to response evidence.

AI Wall is designed to identify ransomware-like patterns, interrupt risky activity, alert admins, and preserve a timeline that humans can understand.

Data flow

Endpoint → encrypted API → portal → alerts

Windows agentHTTPS APIClient portalEmail/admin alert

File contents are not uploaded for normal monitoring. The agent reports security events, machine status, license state, and policy-relevant metadata.

What “AI” means here

Practical signals, not hype.

AI Wall uses behavioral signals, policy rules, canary files, and anomaly detection to identify suspicious activity. The goal is not to guess everything. The goal is to raise useful, defensible alerts and interrupt high-risk behavior fast enough to matter.

Response timeline

A readable chain of events.

Suspicious process starts

The endpoint notices script behavior, unusual file access, or suspicious process activity.

Canary or protected path is touched

Canary files and monitored directories create early-warning signals before broad business data damage.

Policy response triggers

The agent can interrupt the process, isolate the endpoint, or raise an alert depending on configured policy and confidence.

Admin receives evidence

The portal and email alert show the machine, time, event type, and response action.

Human review and recovery

Admins review the timeline, confirm whether the event was malicious, and restore normal operation if safe.

Defensible claims

Built for professional evaluation.

Designed to interrupt

AI Wall is designed to detect and interrupt ransomware-like behavior before widespread damage occurs.

Canary-based early warning

Canary-based detection helps identify encryption activity before normal business files are broadly affected.

Evidence over mystery

Events are logged so admins can explain what happened, what was blocked, and what still needs review.