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Flemming.AI Flemming.AI

Flemming.AI · F∆I

Sovereign intelligence.Provable.Under control.

Artificial intelligence for environments where trust cannot be claimed — only proven.

Two opposing systems

One puts AI in chains.The other sets it free.

Open · Open source · Auditable

Ch∆In Ch∆In

High-security AI anyone can inspect.

Deterministic, WASM-sandboxed AI workflows that run locally, air-gapped or distributed and prove, run by run, exactly what happened. No packet leaves your own infrastructure without explicit permission. Built for regulated environments that must use AI without giving up control — and opened up, because real security withstands scrutiny.

  • ∆Deterministic & reproducible
  • ∆Local, air-gapped or distributed
  • ∆Tamper-evident audit log
Publicly available More on Ch∆In →

Closed · By request

Br∆In Br∆In

Your digital twin.

A personal digital twin that learns to become you — and handles your tasks the way you would. Instead of chaining AI, Br∆In lets it loose: to think, learn and evolve on its own. It runs on your own hardware, with a human in the loop. Only a glimpse is shown — by design.

  • ∆Autonomous, continuous thinking
  • ∆Self-learning, event-sourced
  • ∆Fully sovereign hosting
Not public More on Br∆In →

Direction

Two answers to the same question.

Artificial intelligence is both tool and risk. Getting the most out of it means mastering both.

One side ties every decision to a proof. The other unleashes everything AI can do. F∆I gets the most out of both.

High security is not a feature. It is the precondition.

More projects

The F∆I ecosystem

A growing family of projects is taking shape around Ch∆In. The mark shows what builds directly on it.

Ch∆In Built on Ch∆In Law Heatmap

Deterministic, auditable analysis of the bureaucratic burden and reformability of laws.

Ch∆In Built on Ch∆In Plenario

A political-transparency platform: semantic search, debate analysis and AI dialogue on speeches and votes.

Ch∆In Ch∆In module · closed HyperHash

High-performance similarity search (LSH/MinHash), optimised for Apple Silicon — a Ch∆In module, used in Plenario and beyond.

Functions and modules in detail: Ch∆In · Br∆In · Closed projects on request.

Contact

Let's talk.

For enquiries about Ch∆In, access to Br∆In, or collaboration.

contact@flemming.ai →