Coherence KG

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Coherence KG

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Overview

AGI needs deep understanding, but collective human wisdom fragments in raw dialogue. Static knowledge graphs fail, starving Hyperon and hindering communities from truly connecting. Our open-source AI Synthesis Agent is the breakthrough. It builds dynamic, AGI-optimized knowledge graphs from conversations, enabling community ontology generation. These living semantic networks, engineered for OpenCog Hyperon, MeTTa, and MORK, transform collective intelligence into wisdom, helping people connect far more effectively. This tool acts as a vital community organizing component. It accelerates AGI's reasoning and learning, forging its foundation in truly connected intelligence.

RFP Guidelines

Advanced knowledge graph tooling for AGI systems

Complete & Awarded
  • Type SingularityNET RFP
  • Total RFP Funding $350,000 USD
  • Proposals 39
  • Awarded Projects 5
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SingularityNET
Apr. 16, 2025

This RFP seeks the development of advanced tools and techniques for interfacing with, refining, and evaluating knowledge graphs that support reasoning in AGI systems. Projects may target any part of the graph lifecycle — from extraction to refinement to benchmarking — and should optionally support symbolic reasoning within the OpenCog Hyperon framework, including compatibility with the MeTTa language and MORK knowledge graph. Bids are expected to range from $10,000 - $200,000.

Proposal Description

Our Team

Our team is led by Bart Hoorweg, Victor Vorski, Christine Francis, and Victor Piper. They combine deep expertise in decentralized systems, community building, AI strategy, and practical AI development. This blend of skills is ideal for creating the AI Synthesis Agent and aligning it with our AGI and collective intelligence goals.

Company Name (if applicable)

Coherence

Project details

The Unseen Barrier: Why AGI Stalls at Human Wisdom

The promise of AGI hinges on its capacity to truly understand the world. Yet, a critical bottleneck persists: the vast, unstructured ocean of human collective intelligence. It's in our conversations, our shared challenges, our emergent ideas. This isn't just data; it's wisdom. But in its raw form, it's inert. Traditional knowledge graphs (KGs) are static, rigid, failing to capture the dynamic, nuanced context essential for advanced neuro-symbolic reasoning. This fragmentation starves OpenCog Hyperon, leaving its potential for deep understanding untapped, and hindering the very communities striving for collective progress. This isn't merely an inefficiency; it's a fundamental flaw in how we currently bridge human insight to artificial general intelligence.

Our Solution: The Open-Source AI Synthesis Agent – Forging AGI's Living Knowledge Core

We propose the development of an open-source AI Synthesis Agent, a breakthrough tool designed to directly address this critical gap. This isn't just another data processor; it's a cognitive catalyst for AGI, built on a foundation of dynamic, AGI-optimized knowledge graphs.

Our agent will:

Automate Knowledge Graph Creation & Population (Extraction to Refinement):

From Dialogue to Data: Ingest raw, timestamped conversation transcripts (primary input), speaker metadata (names, organizations, URLs), and optionally, related project documents (secondary input).

Semantic Structuring: Employ advanced NLP and graph algorithms to automatically extract entities (people, projects, concepts, challenges, solutions), identify complex relationships, and infer thematic patterns. This process builds a living, evolving KG.

Community Ontology Generation: The agent will facilitate the emergence of a shared, dynamic ontology from the collective discourse, mapping the true landscape of ideas and connections within the ecosystem.

Refinement & Integrity for Neuro-Symbolic AI Utility:

Distillation & Quality: Tools for refining noisy or redundant graph structures, ensuring semantic meaningfulness. This directly improves KG quality for AGI.

Continuous Updates: Mechanisms for detecting node/edge obsolescence and enabling live, streaming updates to the KG, ensuring AGI always reasons with the freshest, most relevant collective wisdom.

Direct Alignment with Hyperon & MeTTa/MORK:

Symbolic Bridge: The agent will output knowledge in formats directly consumable by symbolic systems like MeTTa expressions and compatible with the MORK hypergraph backend. This accelerates real-time reasoning and cognitive synergy within Hyperon-based agents.

Interface for AGI Reasoning: We will design and demonstrate interfaces that show how AGI systems can interact with, navigate, and co-evolve with these dynamic KGs, supporting multi-hop question answering, analogical retrieval, and hypothesis generation.

Empowering Community & Hypernetworking:

Actionable Insights: Generate thematic summaries and reports, revealing shared visions, recurring challenges, and ecosystem needs.

Enhanced Connectivity: Enable natural language search to discover people, projects, and relevant conversations (linking to timed spots in videos), fostering far more effective hypernetworking and collaboration. This tool acts as a vital community organizing component, making the collective smarter, faster.

Why This Matters: We are forging the essential cognitive foundation for AGI's evolution. By transforming fragmented human insight into structured, actionable, symbolic intelligence, we accelerate AGI's capacity for advanced reasoning, analogical thought, and true learning from the global mind. This is not just a tool; it's a direct pathway to a more coherent, intelligent future.

Open Source Licensing

MIT - Massachusetts Institute of Technology License

MIT License - The project will be fully open-sourced under the MIT License, ensuring maximum reusability and integration within the broader SingularityNET ecosystem.

Background & Experience

Our team, including Bart Hoorweg, Victor Vorski, Christine Francis, and Victor Piper, possesses a strong background in AI, decentralized systems, and fostering collaborative intelligence. Bart and Victor Vorski lead with strategic vision for regenerative systems and extensive experience in distributed teams and community building. Christine Francis brings expertise in human-centric design for AI synthesis. Victor Piper provides crucial practical development and advanced AI application skills.

we've driven initiatives transforming unstructured dialogue into actionable knowledge. Our experience covers designing, implementing, and managing complex, multi-stakeholder projects in knowledge representation and accessibility. This diverse skill set ensures we can deliver a robust, integrated AI Synthesis Agent aligned with neuro-symbolic AI and the Hyperon framework. We're committed to open-source development and capable of delivering high-quality, reusable solutions with clear milestones.

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  • Total Milestones

    3

  • Total Budget

    $30,000 USD

  • Last Updated

    27 May 2025

Milestone 1 - Initial Research & Project Plan

Description

This milestone focuses on laying the groundwork for the AI Synthesis Agent. We'll conduct preliminary research into existing knowledge graph tools and techniques for dialogue analysis. The primary goal is to draft a clear plan outlining our proposed approach for extracting and structuring knowledge from conversational data. This involves identifying key technical considerations potential challenges and defining the basic workflow for subsequent development. The plan will also include a preliminary outline of how we intend to integrate with MeTTa and MORK.

Deliverables

Draft Project Plan: A concise document (e.g. 5-10 pages) outlining the high-level technical approach scope and key phases of the project. Initial Research Summary: A brief report summarizing key findings from our preliminary exploration of relevant tools and methods. Preliminary Task List: A basic list of the main development tasks anticipated for Milestone 2.

Budget

$10,000 USD

Success Criterion

Draft Project Plan is submitted and reviewed, demonstrating a basic understanding of the project's requirements. Initial Research Summary provides sufficient context for the proposed approach. Preliminary Task List is clear enough to initiate the next phase of work.

Milestone 2 - Core Data Ingestion & Basic Graph Population

Description

This milestone involves the initial implementation of the core components required to process raw conversational data and begin populating a basic knowledge graph. We will focus on building the pipeline for ingesting raw transcripts (e.g. text files) and extracting foundational entities (like speaker names and key nouns). The objective is to demonstrate the ability to transform unstructured text into rudimentary graph nodes and edges laying the technical foundation for more complex semantic structuring in future phases.

Deliverables

Working Codebase (Alpha): A functional version-controlled codebase (e.g. on GitHub) that can ingest raw text transcripts. Basic Entity Extractor Module: A Python script or similar module capable of identifying and extracting primary entities from input text. Initial Graph Output: A demonstration of exporting extracted entities and their most basic relationships into a simple graph format (e.g. CSV JSON or a very basic MeTTa-like S-expression) from a small sample of provided data. Setup & Usage Guide: Basic documentation for running the ingestion and extraction process.

Budget

$10,000 USD

Success Criterion

The provided codebase successfully processes sample text transcripts without errors. The basic entity extractor correctly identifies and extracts at least 70% of pre-defined simple entities (e.g., speaker names) from a test set. The system demonstrably generates a graph output containing the extracted entities and their direct (basic) relationships. The setup guide allows for successful reproduction of the ingestion and output process by a third party.

Milestone 3 - Advanced Graph Initial MeTTa/MORK Integration

Description

Building on the core ingestion and basic extraction from Milestone 2 this milestone focuses on refining the knowledge graph and establishing initial integration with the MeTTa language and/or MORK system. We will enhance the extraction capabilities to identify more complex relationships and infer thematic connections from the conversational data. Tools for distilling and detecting inconsistencies within the generated graph will be explored and partially implemented. The primary objective is to demonstrate how the refined knowledge graph can be effectively consumed by or integrated with symbolic AI frameworks like MeTTa/MORK showcasing its utility for basic reasoning tasks as outlined in the RFP.

Deliverables

Enhanced Codebase: The final codebase on GitHub including improved entity and relationship extraction modules and basic graph refinement functionalities (e.g. de-duplication simple contradiction flagging). MeTTa/MORK Compatible Export: A module or script capable of exporting a significant portion of the generated knowledge graph into a format directly consumable by MeTTa expressions or compatible with MORK. Integration Demonstration: A short video or script showcasing the knowledge graph data being imported into MeTTa/MORK and used for a simple query or reasoning task (e.g. multi-hop question answering on specific entities within the graph). Final Report: A summary of the project's achievements performance analysis on a larger dataset (e.g. 20-30 conversations) lessons learned and recommendations for future development. Comprehensive Documentation: Updated developer documentation including APIs usage examples and guidelines for extending the agent.

Budget

$10,000 USD

Success Criterion

The enhanced agent demonstrably extracts a richer set of entities and relationships from input data compared to Milestone 2, with improved accuracy (e.g., >85% for defined entity types). The system successfully exports generated graph data into a format that can be loaded and processed by MeTTa and/or MORK. The integration demonstration clearly shows the knowledge graph data being utilized within a symbolic AI environment for a basic reasoning query. The final report provides a clear overview of the project's outcomes and future potential. Documentation is thorough enough to enable a third-party developer to understand, use, and extend the agent.

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