OpenHaven's tech-tool catalog, alongside separate research on governance, economics, and prosocial use cases for decentralized systems — related, but standing on their own.
The Navigator and the Convergence Matrix are OpenHaven’s core tools for exploring decentralized tech tools — protocols, platforms, standards, and apps.
In-depth research on the economic, governance, and infrastructure questions decentralized ecosystems have to answer.
A comprehensive, platform-agnostic taxonomy of human activities that prosocial technology must support — organized by use-case domain, centered on trust, and designed for interoperability across the decentralized technology ecosystem.
ViewAn architecture for the five-layer data pipeline — ingest, normalize, enrich, store, serve — that turns the liminal web's scattered ecosystem maps into computable infrastructure: the data foundation beneath the kind of protocol-and-project mapping OpenHaven's Navigator surfaces.
ViewA reference taxonomy of the funding mechanisms, models, and governance structures available to commons-oriented and regenerative projects — the capital-and-coordination companion to the open-protocol landscape OpenHaven maps.
ViewA visual breakdown of the monetary and value-flow architecture underpinning commons-oriented and regenerative economic systems.
ViewHow decentralized communities organize decision-making, membership, and resources outside conventional institutions — DAO, Network State, Network Nation, and NAO, compared side by side.
ViewAn architectural model for evaluating self-sovereign technology stacks. Start here for an interactive map of the sovereign-technology stack, real-world entity placements, and — once published — a full discursive white paper.
ViewGlossary, API, and calibration references for using the data directly.
Every term and category used across the Convergence Matrix, defined in one place.
ViewThe same data that powers the Navigator and Matrix, as a free, read-only JSON API — no key required.
ViewFive familiar centralized platforms, scored the same way, as a calibration anchor for reading Capture Risk elsewhere in the matrix.
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