Back to Browse

Warmth Engine Observatory MCP Server

Developer ToolsLow Risk10.0MCP RegistryRemote
Free

Server data from the Official MCP Registry

Coordination Intelligence: AI infrastructure coordination dynamics across geopolitical blocs

About

Coordination Intelligence: AI infrastructure coordination dynamics across geopolitical blocs

Remote endpoints: streamable-http: https://warmthengine.com/mcp

Security Report

10.0
Low Risk10.0Low Risk

Valid MCP server (1 strong, 1 medium validity signals). No known CVEs in dependencies. Imported from the Official MCP Registry.

17 tools verified · Open access · No issues found

Security scores are indicators to help you make informed decisions, not guarantees. Always review permissions before connecting any MCP server.

Permissions Required

This plugin requests these system permissions. Most are normal for its category.

file_system

Check that this permission is expected for this type of plugin.

HTTP Network Access

Connects to external APIs or services over the internet.

How to Connect

Remote Plugin

No local installation needed. Your AI client connects to the remote endpoint directly.

Add this to your MCP configuration to connect:

{
  "mcpServers": {
    "com-warmthengine-observatory": {
      "url": "https://warmthengine.com/mcp"
    }
  }
}

Documentation

View on GitHub

From the project's GitHub README.

Warmth Engine Observatory (WEO)

AI Infrastructure Coordination Dynamics

Licence: CC BY 4.0


Overview

The Warmth Engine Observatory tracks AI infrastructure coordination dynamics across geopolitical blocs through verified events and mapped Coordination Connections.

Scope: WEO tracks systemic AI infrastructure coordination — observable coordination dynamics between major power centres (currently nation-states and geopolitical blocs). This differs from operational AI infrastructure management, which addresses how organisations run their own AI systems.

Live Platform: www.warmthengine.com


Platform Components

  • Event Database — Verified AI infrastructure coordination events classified by tier (Cross-Bloc, Between-Bloc, Intra-Bloc) and domain (Energy/Infrastructure, Security, Technology, Trade), tagged by industry sector (11-category GICS-anchored taxonomy) and assessed for environmental intersections via Environmental Nexus Tags (5-type ENT taxonomy with Warmth Engine Ratio)
  • Coordination Connections — Documented relationships between events revealing structural patterns across the database (Policy Cascade, Joint Issuance, Funding Flow, Regulatory Enablement, Response, Framework Family, Parallel Policy)
  • Interactive Map — Geographic visualisation of global AI infrastructure deployment
  • Interactive Atlas — Network, timeline, and connectedness analytical surface for exploring coordination topology and event relationships via Cytoscape.js
  • Evidence-Based Verification — Every event verified through primary and corroborating sources with gold standard evidentiary requirements
  • Sovereign Capability Profiles — 7-dimension framework assessing 20 state actors' sovereign control across the AI infrastructure stack, with four designation levels (PAA, AIK, ACS, Participant); includes qualification headlines, constraint summaries, sourced evidence, and severance analysis
  • Profiles Page — Standalone /profiles/ page rendering the full SCP panel with dimension filtering, actor detail expansion, and Dimension Watch table
  • Dimension Watch — Forward-looking monitoring table identifying actors approaching a designation status change at the next assessment cycle, with trigger conditions and timeline estimates
  • Infrastructure Threads — Factual cross-event links documenting where the same AI infrastructure asset (chip or accelerator, energy source, or fabrication facility) appears across multiple verified events, with four link types (fabricated_at, deploys, trains_on, powered_by); toggleable overlay on the Atlas and queryable via get_threads
  • Guided Journeys — Operator-curated analytical pathways across three substrates on the Atlas: coordination (directional coordination lineage), hardware (infrastructure thread links), and all layers (fusion traversal spanning coordination, material, and capability layers)
  • Coordination Topology — Parent-child coordination backbone mapping directional relationships (Policy Cascade, Funding Flow, Regulatory Enablement, Response) across the event corpus, powering the Atlas network view
  • MCP Integration — Model Context Protocol server at warmthengine.com/mcp exposing sixteen programmatic tools for AI systems to query verified Coordination Intelligence (search_events, get_event, get_connections, get_connection_by_id, get_actors, get_coverage_stats, get_methodology, get_topology, traverse_coordination, get_capability_signatures, get_capability_links, get_threads, get_event_stack, query_scp, get_blocs, get_contribution)

Architecture

The platform uses a decoupled architecture: HTML files serve as lightweight UI shells that fetch data dynamically from the WEO API (Cloudflare Worker + KV).

  • Data source: Cloudflare KV via WEO API (warmthengine.com/api/)
  • MCP endpoint: warmthengine.com/mcp (Model Context Protocol for AI agent access)
  • Authentication: Token-based (?token=weo_xxx) for API and MCP consumers; password header for website
  • Fallback: Static JSON file for API downtime resilience
  • Hosting: GitHub Pages with custom domain
  • Routes: Managed via wrangler.toml (warmthengine.com/api/* and warmthengine.com/mcp*)

Data updates flow through the API — no HTML changes required for new events or connections.


Methodology Documentation

The WEO methodology is documented across four publications, all available on Zenodo with DOI registration:

Core Documentation

PublicationDOI
WEO Methodology Manual — Operational specification covering event verification, significance assessment, tier classification, domain classification, industry tagging, environmental nexus tagging, and Coordination Connection methodology10.5281/zenodo.18427565
WEO Methodology Rationale — Companion document providing empirical derivation, theoretical grounding, and calibration justification for all methodology components10.5281/zenodo.18427582

Methodology Extensions

PublicationDOI
Towards Coordination Science: A Framework for Measuring Geopolitical Coordination Dynamics Through Event Relationship Patterns — Coordination Connection metrics and theoretical foundations (Layer 2 framework)10.5281/zenodo.18427584
Tier-Crossing Dynamics in Coordination Networks: A Methodology Extension for Cross-Level Connection Analysis — Analytical framework for examining Coordination Connections across different tiers10.5281/zenodo.18427586

Self-Hosted Documentation

The V1.5 Manual and Rationale are self-hosted as navigable HTML with granular section anchoring:

A semantic dictionary (data/weo-methodology-map.json) maps 185 WEO-specific terms to their methodology section anchors, serving both human tooltip navigation and the MCP get_methodology tool.


Repository Structure

warmth-engine-observatory/
├── index.html                  # Main platform (interactive map)
├── atlas.html                  # Interactive atlas (network/timeline/connectedness)
├── events.html                 # Events database
├── methodology.html            # Methodology overview
├── blocs.html                  # Bloc analysis
├── research.html               # Research publications
├── about.html                  # About WEO
├── support.html                # Supporter access
├── legal.html                  # Legal information
├── 404.html                    # Custom error page
├── profiles/
│   └── index.html                  # Sovereign Capability Profiles page (generated)
├── scripts/
│   └── generate_profiles.py        # Profiles page generator (actors JSON → HTML)
├── data/
│   ├── events-free.json            # Static fallback (free-tier event data)
│   └── weo-methodology-map.json    # 185 term-to-anchor semantic mappings
├── research/
│   └── methodology/
│       ├── errata/                 # V1.5 Errata Register (HTML + errata.json)
│       ├── manual/                 # Self-hosted V1.5 Manual (HTML + PDF)
│       ├── materials-register/     # AI-Critical Materials Register (HTML)
│       └── rationale/              # Self-hosted V1.5 Rationale (HTML + PDF)
├── sitemap.xml                 # XML sitemap for search engines
├── robots.txt                  # Crawler directives
├── og-image.png                # Open Graph social preview image
├── favicon_48x48.png           # Browser tab icon (48px)
├── favicon_32x32.png           # Browser tab icon (32px)
├── favicon_16x16.png           # Browser tab icon (16px)
├── CNAME                       # Custom domain configuration
├── LICENSE.md                  # Licence information
└── README.md                   # This file

Citation

If using this platform or its methodology in research, please cite:

Warmth Engine Observatory (WEO)
Warmth Engine, 2026
https://www.warmthengine.com
Licensed under CC BY 4.0

Contact


Acknowledgements

This platform uses the following open-source libraries and typefaces:

  • Leaflet (BSD-2-Clause) — Interactive map functionality
  • Leaflet.markercluster (MIT) — Map marker clustering
  • Geist (SIL Open Font Licence) — Primary typeface
  • Geist Mono (SIL Open Font Licence) — Monospace typeface
  • Cytoscape.js (MIT) — Network graph visualisation (Atlas)

Licence

Methodology documentation is licensed under Creative Commons Attribution 4.0 International.

The platform, event database, and data products are proprietary.

See LICENSE.md for full details.

Reviews

No reviews yet

Be the first to review this server!