VigileAI
SOC Copilot Console
An advanced AI-assisted Security Operations Center copilot engineered as a single-page application. Handles IOC analysis, alert triage, threat hunting, dark web monitoring, CVE intelligence, and automated detection-rule generation — all in one unified interface.
Alert noise is killing analyst response time
SOC analysts were drowning in thousands of alerts daily, manually pivoting between disconnected tools for IOC lookups, threat intel feeds, CVE databases, and log analysis — losing critical response time to tool-switching friction.
Detection rules were written manually from scratch, dark web monitoring was irregular, and there was no single pane of glass tying threat context together. High signal-to-noise ratio meant real threats were buried.
One console, every threat layer
Built a React SPA with a unified SOC console that aggregates IOC analysis, alert triage queues, and threat hunting into a single interface. The AI layer ingests raw alert data and provides enriched context — MITRE ATT&CK mapping, risk scoring, and suggested response actions — in real time.
Detection rule generation is automated: analysts describe the threat pattern in natural language, and the AI generates ready-to-deploy SIGMA rules. Dark web monitoring runs as a background job, surfacing credential leaks and data exposure automatically.
Engineering choices that mattered.
Single-page over multi-page
A SOC console lives and breathes in-session. Analysts switch between modules constantly — an SPA eliminates page reloads entirely, keeping threat context and open investigations in memory throughout the session.
Supabase RLS + encrypted storage
Row-level security policies ensure analysts only access data within their scope. Sensitive IOC data and API keys are stored encrypted — security tooling needs to be secure itself.
Threat-aware prompt engineering
The AI doesn't just answer generic security questions — it receives the live alert queue, IOC enrichment data, and session context before generating SIGMA rules or triage recommendations, making every output immediately actionable.
Technology deployed.
Component-based SPA with strict TypeScript for a secure, type-safe codebase across all security modules.
Row-level security policies, encrypted storage, and real-time subscriptions for live alert queue updates.
Threat-aware prompt engineering with live alert context. SIGMA rule generation, MITRE ATT&CK mapping, triage scoring.
Zero-config deployments with environment-variable isolation for API keys and sensitive configuration.
IOC enrichment, CVE intelligence feeds, and dark web monitoring integrated into the unified console.
Natural language to SIGMA detection rules. Analysts describe the threat pattern, the engine writes the rule.