Distilligent

Your AI is brilliant — it just doesn't know you.
Powered by THAL, our cognitive context layer,
Distilligent remembers what changed, notices what's
missing, and carries forward what matters.

See the room →
The system, as it runs — the brain that asks.

← swipe →   The real room — MindSpace, live. See more →

What's new

What the company is up to, right now.

The real room — MindSpace, live, screenshotted by the founder. See more →

We Solve
AI AmnesiaContext Window AnxietyThe Five People Behind One Chair ProblemThe "You Know… That Thing" MeetingPrompt ArchaeologyThe 47th Time You Explained Your ProjectBlank Page ParalysisCode Agents Without a MapThe Sensor That Went QuietTuesday's Outage Thursday's AI Doesn't Know AboutThe Meeting That Should Have Had NotesThe Dashboard That Shows Numbers But Not Meaning

Not more data.
The meaning between the data.

Flat systems retrieve what was said. Distilligent computes what is happening — what changed, what connects, what went missing, and what should happen next.

One cognitive layer. Three ways to use it.

Tell us who you are.

The absence is a signal.

Most systems detect what appears. Distilligent also detects what should have appeared and didn't — the meeting note nobody wrote, the sensor that went quiet, the pattern that stopped.

Distilligent prepares intelligence before the model speaks.

We don't wrap prompts. We compute context — memory, trust, negative space, temporal patterns, code archaeology, signal fusion, and decision history — so every AI tool you use starts from understanding, not guessing.

Works withClaude CodeCursorVS CodeCopilotCodexany MCP client
{ "mcpServers": { "distilligent": { "url": "https://your-instance.distilligent.ai/mcp" } } }
186Cognitive Lenses
5Published Papers
250+MCP Tools
LIVEIn Production

Powered by THAL — the cognitive context layer.

The science behind the system.

Foundational — 2026

The Verstehen Impossibility Theorem

A formal proof that cold AGI is structurally impossible. Hallucination reframed as relational injury.

Alignment Through Relationship

Mathematical foundations for warmth as computational methodology.

Contextual Conscience

A framework for relational alignment stability.

A Mathematical Theory of Emergent Integration

Why integrated systems outperform the sum of their parts.

Trust Architecture as Cognitive Topology

Modifying cognitive topology through earned trust.

5 papers on Zenodo · Read the Verstehen Theorem →

Your AI deserves context.

Model-agnostic. Your data stays yours.