The Sphere: A Decentralized Platform for Human Organisation

This index presents the Sphere project as a single coherent narrative — from philosophical motivation through core theory to practical implementation. It reads like a whitepaper or thesis, building each idea on the last.

0. Abstract

The Sphere is a vision for a decentralized social network built on trust-based connections between people, governed by flexible and composable decision-making structures called “governance engines,” and extended with value-based voting, open-source incentive systems, and democratic tooling. It aims to better represent the network structure of human interaction and provide a scalable, flexible, and stable platform for human organisation.

1. Introduction & Motivation

Why does this project exist? Technology has outpaced our ability to organize wisely. We have unprecedented tools but outdated structures for wielding them collectively. The Sphere project starts from five foundational principles.

→ Motivation and Principles

2. Core Theory

The foundation layer. Rather than the flat “friend/follower” model of existing social media, the trust-based social network models human relationships as a directed graph with typed, weighted connections. Entities (users, groups, algorithms) connect through relationships that carry meaning — “knows”, “trusts”, “is member of” — with fine-grained permissions controlling data flow.

→ Trust-Based Social Network

Key sub-concepts:

Identity: The hard problem of proving who someone is in a decentralized system without a central authority. Explores 1-to-1 identity, pseudonymity, and identity recovery. → Identity
Ego Network: How the network looks from one individual’s perspective — the personal view of connections and communities. → Ego Network
Data Ownership: Users control their own data, deciding who sees what under which conditions, going far beyond the public/private binary. → Web3 Social Media

2.2 Groups: Circles & Spheres

Building on the individual trust graph, people organize into groups. Circles are simple group models (autocratic, representative, pure, virtual). Spheres are composable super-groups that can contain sub-circles and sub-spheres, enabling hierarchical organization without centralized control.

→ Circles and Spheres

2.3 Governance Engines

The central innovation. A governance engine is an abstracted representation of a governance structure formalized into four elements — Entities, Objects, Procedures, and Connections — forming an activity graph. This graph can represent any decision-making process, from a simple majority vote to a complex parliamentary system with courts, committees, and constitutional amendments. Crucially, governance engines can modify themselves.

→ Governance Engine → Democratic Procedures (full catalog of procedure types)

The contractual layer. Social Smart Contracts lift smart contract logic from pure numerical transactions to human agreements verified through human decision. Social Tokens provide the reputation and trust tracking that makes these contracts enforceable without central authority.

→ Social Smart Contracts → Social Tokens

2.5 Value Networks & AI Alignment

The most abstract layer. Instead of voting for representatives, people vote on values — formally defined value objects with legal descriptions and AI training data attached. Weighted and destructive voting allow nuanced expression of preference and confidence. This feeds directly into AI alignment, providing a democratic mechanism for guiding AI behavior.

→ Value Networks → AI Alignment

3. Applications

The core theory enables a range of practical applications:

3.1 Community Management & E-Democracy

Governance engines applied to real-world democratic processes, enabling participation beyond traditional election cycles. Visualization and simulation of organizational structures.

→ E-Democracy → Decentral Voting Systems

3.2 QuestBoard — Open-Source Funding

A dapp connecting users who need features with developers who can build them, mediated by token-based bounties, smart contracts, and reputation tracking. The economic engine for open-source development.

→ QuestBoard → Open-Source Development

3.3 Decentral University

Decomposing the university into its core functions (research, teaching, accreditation, identity) and rebuilding each on decentralized protocols.

→ Decentral University → Decentral Knowledge Verification

3.4 Localized Communities

Privacy-preserving location protocols that enable local community organization without GPS surveillance.

→ Sphere Localization

3.5 Community Merging & Splitting

Formal protocols for handling the inevitable duplication and fragmentation of online communities.

→ Tribe Unification Protocol

4. Technical Architecture

Three software layers mirror the three conceptual layers:

Blockchain Layer — block drivers interfacing with external chains
Network Layer — P2P node infrastructure for managing the social graph
Application Layer — plugins and custom functionality on top

Multiple consensus mechanisms operate across layers: proof-of-work on chains, “proof of chain” for network gossip, and “proof of convergence” for application-level certainty.

→ Technical Architecture

5. Challenges & Open Questions

Identity at scale: 1-to-1 identity may be fundamentally impossible to enforce in a fully decentralized system
Self-modifying governance: How to safely allow structures to change themselves without creating instability
Attack vectors: Corrupt groups gaining organizational efficiency (especially with AI actors)
Network fragmentation: The risk of splitting into many unconnected sub-networks
Grounding in reality: Abstract protocols remain vulnerable to fake users and bots without real-world anchoring