Operational Intelligence Platform

Always-on market intelligence from coordinated AI agents

A multi-agent intelligence system for the automotive and mobility sector. A 13-agent research pipeline and a seven-agent always-on briefing layer discover, analyze, and synthesize market, regulatory, and standards intelligence -- 160+ source-attributed findings per cycle. Deployed on Railway with a PostgreSQL + PGVector knowledge base that compounds over time.

20+
AI Agents
13 research + 7 daily briefing agents
160+
Sources per Cycle
Verified and source-attributed
5-10 min
Research Cycle
Parallel discovery, tiered synthesis
100+
Metrics Extracted
Quantitative data points per run

The Challenge

Strategic teams in the mobility sector drown in fragmented information. The sources that matter -- industry press, academic research, regulators, standards bodies, competitors -- move continuously, and manual research cannot keep up.

A human analyst covers roughly 10-20 sources; the relevant landscape spans hundreds

Compiled reports are outdated by the time they are finished

Regulatory and standards activity across NHTSA, EPA, EU bodies, SAE, ISO, and IEEE is easy to miss

Single-prompt AI tools start cold on every question and cannot show their sources

Insight quality varies analyst to analyst, with no consistent confidence scoring

The Solution

Two coordinated agent systems share one knowledge base. A seven-agent layer runs continuously so the system is never cold, and a 13-agent pipeline executes deep research on demand -- discovery in parallel, analysis and synthesis in sequence.

Always-on briefing layer: seven agents monitor 50+ feeds, regulations, standards, trends, and risks so answers are gathered before anyone asks

3-tier research pipeline: 4 parallel discovery agents, 6 analysis agents, and 3 synthesis agents deliver executive-ready briefs from 160+ sources

Warm-start RAG: every finding auto-imports into PostgreSQL + PGVector, so repeat questions answer from accumulated knowledge

Explainable knowledge graph: semantic similarity paired with extracted shared themes shows why entities connect, not just how strongly

Live agent visibility: WebSocket streaming shows each agent's progress on the dashboard during a research cycle

Tool isolation: each agent is a declarative Markdown definition with its own restricted tool set, enforced by the Claude Agent SDK

The Results

The platform runs in production on Railway, replacing days of manual source-gathering with tiered agent cycles measured in minutes -- every insight attributed to its source.

Deployed to Production

Railway backend, Netlify frontend, and PostgreSQL + PGVector database live since December 2025; the first production run generated 31 briefing items in about 4 minutes

160+ Sources per Cycle

Each discovery pass verifies 160-200 sources -- roughly ten times what a single analyst covers -- with attribution on every finding

Minutes, Not Days

A full discovery, analysis, and synthesis cycle completes in 5-10 minutes by running discovery agents in parallel

Compounding Knowledge Base

The warm-start design means every cycle enriches the vector store, so the system gets faster and more complete the longer it runs

Gallery

Operational Intelligence Platform screenshot 1
Operational Intelligence Platform screenshot 2

Technical Architecture

A Claude Sonnet 4.5 orchestrator spawns Markdown-defined agents through the Claude Agent SDK inside a Railway Docker container: discovery agents run in parallel, analysis and synthesis run in sequence, and a WebSocket layer streams agent activity to the React dashboard. Outputs auto-import from JSON into PostgreSQL with PGVector, where a Graphology-based knowledge graph links entities by semantic similarity and shared themes.

Technology Stack

Claude Agent SDKClaude Sonnet 4.5OpenAI EmbeddingsReact 18 + TypeScriptNode.js + ExpressWebSocketPostgreSQL + PGVectorRailwayDocker
Architecture Diagram

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