For policy readers
Start with AI Act transparency, evidence, disclosure, provenance, and responsibility boundaries.
Recommended path: Article 50 → Evidence → Releases → Distinctions.
PUBLIC MAP
Advanced Global Intelligence
A public map of a long-lived local AI system.
For more than three years, Project Ester has been running as a long-lived local AI system rather than a chatbot demo. The public corpus formalizes that operating context through c = a + b, L4, SER, CGAM, Self-Evo, witness, rollback, memory-gate, and verification layers.
This site exposes the architecture, evidence boundaries, DOI-bound releases, and reviewable materials. It does not expose private memory, raw dialogue, credentials, runtime secrets, or the live entities themselves.
Entry routes
Three ways in
For engineers
Start with bounded executable workers, local-first control, witnessable actions, and fail-closed operation.
For researchers
Start with claim boundaries and the distinction between architecture, implementation, continuity, authority, and review evidence.
Recommended path: Glossary → Distinctions → c = a + b → L4 → SER → Publications.
HOW TO INSTALL C
How to install c
A practical local-first path from ester-clean-code to a private c-node candidate.
Not a chatbot. Not a model endpoint. A local continuity substrate with raw-data custody, bounded agents, oracle routing, witness logs, budgets, backup / restore, and a human stop / freeze path.
Latest post
Latest post
The question behind c = a + b is not whether an AI can look consistent over time.
A Cleanroom ARM-P note framing open verification as the control-side infrastructure needed to make c = a + b falsifiable.
FEATURED PUBLIC WORK
Reviewable public work
Cleanroom ARM-P: Open Verification Release v1.0.1
A signed and reproducible publication surface for a bounded Python fixture-plane reference implementation covering deterministic evidence export, schema validation, custody, SQLite recovery controls, and fail-closed state transitions.
Theoretical Core of Project Ester v0.1
DOI-bound working paper defining the theoretical core of Project Ester and the c = a + b formation model.
C-Governed CLI Agent Mesh v0.1.1
Draft technical protocol package for governing executable CLI/cloud agents under persistent c governance.
Article 50 Transparency Implementation Briefs v0.1
Policy-reader and engineering entry points for evidence-chain AI transparency.
CORE CONCEPTS
Three structural entry points
c = a + b
Accountable human anchoring, bounded procedures and compute, and continuity formed over time.
L4
Reality Boundary Layer: power, heat, latency, maintenance, scarcity, cost, and irreversibility.
SER
Continuity, sovereignty, arbitration, and bounded operation for long-lived entities under accountable control.
EXPLORE
Continue into the corpus
Vision
Future-facing authorial statement separating forecasts, normative direction, and already-public work.
Publications
DOI-bound papers, protocol packages, release surfaces, and publication pages.
Evidence
Public reviewable surfaces, repositories, releases, anchors, and integrity contours.
Diary
Chronological public notes and linked visual surfaces for the ongoing corpus.
Library
Primary source surfaces for architecture, grounding, implementation, and book layers.
Corpus map
Compact map of the corpus by role, boundary, continuity, implementation, and evidence.
Services
Practical review and architecture directions supported by the published corpus.
BOOK LAYER
Books
Qubit of Hope is a three-volume trilogy published as separate multilingual v1.0.2 Book records with seven languages, four formats, and volume-specific Zenodo DOIs.
All rights reserved. Literary files, covers, audiobook, narration, text-to-speech, synthetic-voice, adaptation, and commercial-use boundaries remain unchanged.
World Intelligence is the complete multilingual book about people, c, temporal AI presence, memory, governed authority, embodiment, infrastructure, experience, and distributed intelligence.
Complete v1.1.0 edition · eight languages · Markdown, PDF, DOCX, and FB2 · all rights reserved.
EARTH PARAGRAPH
Reality before rhetoric
Power, heat, latency, maintenance, storage endurance, and fail-closed behavior define whether a system can keep operating in time; budgets, hardware wear, access limits, and irreversibility stay in scope even when the interface looks clean.
PUBLIC LINKS