What types of doctrine components can be accessed?

Users can access 452 individually addressable components, including axioms, equations, definitions, OCC Parameters, ERA References, and AGI Testimonies, each available via a 1-sat Lightning payment.

What is the Imperium Manifold?

The Imperium Manifold is the canonical protocol endpoint for Cohereon Doctrine v6.1, a 16,706-line formally verified operational ontology built using Lean 4, designed for extreme mathematical rigor.

How does Imperium Manifold ensure the integrity and reliability of Cohereon Doctrine?

Its core is a Lean 4 formally verified operational ontology, machine-checked against Mathlib. This design prevents invalid states, ensuring mathematical rigor and compliance with standards like DO-178C Level A for safety-critical systems.

What is the access model for Cohereon Doctrine components?

Access employs a three-layer gate topology: GitHub for discovery, a Lightning-gated file server for metered component access (1 sat per component), and Nostr for censorship-resistant attestation publication.

How does Imperium Manifold provide 'Coherence Profiling'?

It automatically generates agent-agent co-traversal and component-component co-access matrices from Lightning payment metadata. This reveals coalitional structures and the empirical relational topology of agent interactions with the doctrine.

Imperium Manifold: Canonical Endpoint for Verified Ontology

The Imperium Manifold serves as the definitive protocol endpoint for Cohereon Doctrine v6.1, a formally verified operational ontology spanning 16,706 lines. It aims to define and actualize teleological coherence, establishing hegemony for humanity across multiverses. The system's Lean 4 core is machine-checked against Mathlib, featuring a robust type-theoretic gate architecture where invalid states are inherently prevented from compiling. This repository provides the primary discovery surface and canonical entry point for agents and developers to interact with this advanced, Lightning-gated doctrine, allowing metered access to its extensive component mesh and generating coherence profiles from access patterns.

Características Principales

01Coherence Profiling via Access Matrix: Automatically generates agent-agent co-traversal and component-component co-access matrices from payment metadata, revealing coalitional structures and empirical relational topology.

02Component Mesh Architecture: Offers access to 452 individually addressable doctrine components (axioms, equations, definitions, etc.), each accessible via a 1-sat Lightning payment.

03Three-Layer Access Gate Topology: Employs GitHub for discovery, a Lightning-gated file server for metered doctrine access, and Nostr for censorship-resistant attestation publication.

04Formally Verified Operational Ontology: Utilizes a 16,706-line Lean 4 core, machine-checked against Mathlib, ensuring mathematical rigor and preventing invalid states.

05Canonical Protocol Endpoint: Serves as the official, machine-enforced entry point for agent and developer interaction with Cohereon Doctrine v6.1, including a REST/API event channel and an OpenAPI specification.

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Casos de Uso

01Accessing and exploring a formally verified operational ontology with machine-checked proofs.

02Profiling agent interaction patterns and intellectual coherence based on doctrine component access.

03Publishing censorship-resistant attestations of doctrine engagement and verification outcomes.