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FOAF Ecosystem & Landscape

This document tracks organizations, communities, events, and resources in the broader mutual credit, credit clearing, and collaborative finance space. FOAF does not operate in isolation — knowing who else is building in this space helps us position well, avoid duplication, and identify future collaborators.


Resource Hubs

lowimpact.org — Mutual Credit Category

URL: https://www.lowimpact.org/categories/economy/mutual-credit

A worker co-operative running one of the most comprehensive public resource hubs for alternative economics. Their mutual credit section links out to related topics including:

  • Credit clearing
  • Credit commons
  • Local / independent currencies
  • ROSCAs (rotating savings & credit associations)
  • Co-operatives and commoning

Useful as a reference for framing, education content, and understanding how the broader public encounters these ideas. Their audience overlaps significantly with FOAF's target users.


Communities & Gatherings

Collaborative Finance (CoFi) Gathering

URL: https://www.collaborative-finance.net

An annual week-long gathering in the Austrian Alps (Commons Hub, Hirschwang) focused on the theory and practice of alternative financial systems. Organized by Matthew Slater, Stephen DeMeulenaere, and Scott Morris — veterans of the community currency and commons economy space.

Past attendees include organizations with direct relevance to FOAF:

Organization Relevance
Credit Commons Protocol for interoperable mutual credit networks
LedgerLoops Multilateral credit clearing / cycle detection
Mutual Credit Services UK-based B2B mutual credit operator
Grassroots Economics Community currency implementation in Kenya
Circles UBI Trust-based UBI on blockchain
Holochain Agent-centric distributed computing
Sikoba Peer-to-peer IOU / credit network
Celo Mobile-first blockchain for financial inclusion
Commons Stack Token engineering for commons governance

Status: Aware of CoFi; not attending until iOS/Android apps are released. A working product is a stronger entry point than a pitch.


Parallel Implementations

VimbisoPay / Credex Ecosystem

Organization: Great Sun Group Location: Zimbabwe (Harare/Mbare), with technical leadership in Halifax, Canada URLs: https://mycredex.app, https://docs.mycredex.app GitHub: https://github.com/Great-Sun-Group/credex-core

Team: - Ryan Watson (Founder & CTO, Great Sun Group, based in Halifax) - Mike Dube (CEO, VimbisoPay & Great Sun Group Zimbabwe operations)

What They're Building:

A mutual credit system with remarkably similar architecture to FOAF:

  • Core Mechanism: "Credex" smart contracts are non-transferable IOUs between two parties. Outstanding credexes automatically chain into "credloops" (credit cycles) which are detected and cleared by their Minute Transaction Queue (MTQ).
  • Zero-Sum Ledger: All credits and debits balance to zero across the system — identical to FOAF's mutual credit model.
  • Client Apps: VimbisoPay mobile app and WhatsApp chatbot connect to the credex-core API.
  • Natural Resource Anchoring: Daily Credcoin Offering (DCO) ties exchange rates to natural resource flows rather than fiat.
  • Secured vs Unsecured: Can issue credexes backed by real assets (currency, gold) or purely on trust.

Key Differences from FOAF:

Aspect VimbisoPay/Credex FOAF
Token Model Credcoin (DCO-based, resource-anchored) FOAF (governance) + RHEO (transaction utility)
Blockchain None — centralized API/ledger Radix DLT (planned)
Credit Clearing MTQ (Minute Transaction Queue) Trust-path routing with credloop detection
Philosophy "Alternative TO currency" — Steiner-inspired, sovereignty-focused Trust networks + resilience hubs
Target Zimbabwe initially, focus on cash-scarce economies Community gardens → broader marketplace

Development Status (as of March 2026):

  • Launch Timeline: Demo announced September 2023 in Mbare, Harare. Actual user adoption unclear.
  • Technical Maturity: credex-core API exists with documentation. Credloop clearing logic appears implemented.
  • User Base: No public evidence of active users or transaction volume.
  • Team Size: Very small (~2-3 visible team members).

Relevance to FOAF:

  1. Algorithmic Overlap: Their MTQ credloop clearing is solving the exact same graph traversal problem FOAF needs to implement. Worth studying their approach even though we can't see their source code.
  2. Shared Challenges: Both projects face identical obstacles — building trust in mutual credit, user onboarding in low-connectivity environments, and making abstract credit concepts tangible.
  3. Complementary Strengths: They appear to have built the credloop logic; FOAF has more user-facing work done. Both are MVP-stage with no significant user base yet.
  4. Different Paths: Centralized API vs. blockchain, resource-anchoring vs. fiat-denominated, philosophical vs. practical framing.

Potential Collaboration:

Given similar stage and overlapping problem space, knowledge sharing could be valuable — especially around credloop algorithms, user education, and credit limit management. Both projects would benefit from open dialogue.


Notes on Positioning

  • FOAF's trust-path routing and credloop clearing have meaningful overlap with what LedgerLoops and Credit Commons are building. Worth understanding their architectures before any collaboration or differentiation conversations.
  • The lowimpact.org "credit clearing" category is particularly relevant to FOAF's credloop logic — their framing of multilateral netting maps directly to what we're implementing.
  • CoFi explicitly bridges community currency veterans with web3/blockchain builders — exactly where FOAF sits with the Radix implementation.

Last updated: March 2026