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IXO is a software system for intelligent cooperation, empowering you to work together with AI, to solve some of the world’s biggest challenges — without giving up control of your data or decisions.
Proposal
#124
Passing Treshold
75%
Members Voted
13 / 22
In Favor
68%
My Vote
Yes
Carbon Credits
Impact
Clean Cooking
Location
Lusaka, Zambia
Emission Reductions
128 kgCO2
Claimable
128 CARBON
Impact Asset
#14
Emissions Reduction Claim
328kgCO2
Date Submitted
12 Apr 2024
Verification Agent
Carbon Oracle
Impact Credits
328 CARBON
Our intelligent co-operating systems are already being used to deliver high-impact solutions for energy transition, youth employment, and infectious disease control.
From modern energy cooking to solar irrigation and sustainable mobility, we provide operating systems for clean energy transition that empower emerging economies.
Modern Energy Cooking
Battery Power
Renewable Energy
We provide spatial web operating systems for communities managing watershed systems, water purification technology providers, and water savings initiatives.
Water Quality Monitoring
Water Accessibility
We provide digital operating systems for financing access to personalised education technologies, and that provide learning, earning and entrepreneurship opportunities to youth in the Green Economy
Primary Education
Internet Access
Youth Opportunities
Using verifiable data and spatial web technologies to bring greater intelligence and incentives to stop disease transmission and promote health prevention and better healthcare access
Healthcare Access
Pathogen Genomics
Longevity Research
We provide spatial web operating systems for monitoring biodiversity, soil health, and ocean pollution, with mechanisms to include local stakeholders in regenerative economies
Oceans
Biodiversity
Land Use
From modern energy cooking to solar irrigation and sustainable mobility, we provide operating systems for clean energy transition that empower emerging economies.
Modern Energy Cooking
Battery Power
Renewable Energy
We provide spatial web operating systems for communities managing watershed systems, water purification technology providers, and water savings initiatives.
Water Quality Monitoring
Water Accessibility
We provide digital operating systems for financing access to personalised education technologies, and that provide learning, earning and entrepreneurship opportunities to youth in the Green Economy
Primary Education
Internet Access
Youth Opportunities
Using verifiable data and spatial web technologies to bring greater intelligence and incentives to stop disease transmission and promote health prevention and better healthcare access
Healthcare Access
Pathogen Genomics
Longevity Research
We provide spatial web operating systems for monitoring biodiversity, soil health, and ocean pollution, with mechanisms to include local stakeholders in regenerative economies
Oceans
Biodiversity
Land Use
IXO is a sovereign cooperating system for implementing intelligent coordination, financing, verification, governance, and data workflows.
Programmable Organisational Domains (PODs) are sovereign cooperation spaces where people, organisations, and AI agents work under a shared mandate. Each POD bundles roles, workspaces, workflows, and resources into one accountable unit, while every member keeps control of their own data and assets.
Run projects inside public or private domains, coordinating agents, resources, and secure communications in one place. As work happens, collect verifiable claims that oracles evaluate to trigger payments, incentive distributions, and the creation of new digital assets.
Compose many PODs into a digital-first network state—a global community of partners in health, energy, jobs, or other domains with its own constitution, governance, treasuries, and data rules—so programmes, assets, and agents can coordinate, transact, and make decisions together under one coherent framework.
Turn physical infrastructure into digital twins with their own wallets, credentials, rights, and service logic—so each asset can prove where it is, how it’s performing, what it’s owed, and what it must pay, operating as a live, accountable participant in the network rather than a line item on a balance sheet.
Form plural, interoperable funding streams—grants, outcome contracts, retroactive rewards, and continuous backing—through shared instruments whose pricing responds to live risk and performance signals. Rights and authorisations are enforced with digital identifiers and verifiable credentials, so capital from many sources can flow compliantly towards shared outcomes.
Provide specialised, AI-powered services that other domains can call with clear permissions and fees. Each oracle’s actions are logged, auditable, and tied to tracked outcomes, so agentic systems stay governed, safe, and accountable while developers get paid for every service they deliver.
Turn rights and real-world or digital resources into programmable assets that can be owned, traded, and composed across chains—so every asset can be tracked through its life-cycle as it earns, pays, and governs.
Prove who is allowed to do what, and spot abuse early, using verifiable digital identity, capability-based authorisation, and intelligent monitoring to prevent financial crime and protect investors.
Connect regulated finance rails and stablecoins, with traditional asset management, investment instruments, mobile money, and card payments.
Route and settle payments and asset exchanges across chains programatically, so revenues, fees, and distributions flow to the right accounts the moment tracked conditions are met.
Structure and automate funding models where money moves only when tracked results are delivered, supporting outcome contracts, blended capital, and multi-funder pools in one governed system.
Manage portfolios of digital assets for your organisation, projects, investments, and agents under clear rules, so allocations, spending, and returns are transparently controlled by the system, not by ad-hoc spreadsheets.
Create sovereign digital twins for every entity and actor in your system, to authenticate people, organisations, devices, and agents, so that each action, claim, and payment is tied to verifiable identity and credentials.
Convert intents, actions, and evidence into structured data claims that route to the right evaluators to be approved or challenged, and then automatically drive payouts, rights updates, and state changes within the system.
Issue standards-based credentials with linked data evidence graphs and privacy-preserving proofs, so anyone can verify actors, their performance, and evaluated results, without exposing raw data.
Convert signals from your systems, devices, and agents into consistent metrics, with clear methods, benchmarks, probabilities and confidence levels attached to each value.
Design and apply causal models and dMRV protocols to show which actions and state-changes drive results, so you can price risk accurately, structure outcome contracts, tokenise outcomes, and pay for what actually worked.
Use rich ontologies with data graphs and AI to generate investor and regulator-ready views directly from verified claims, so dashboards, reports, and disclosures all come from the same governed and verifiable sources of truth.
Define self-governing domains for programmes, funds, protocols, and assets, encoding human values, rules, treasuries, and roles baked into trusted executable governance flows that live in smart contracts, not hidden in SoP documents and checklists.
Orchestrate proposals, reviews, approvals, access controls, and payouts as explicit flows, so every governance action is tracked, time-bounded, and able to trigger state changes and payments with auditable proofs.
Use AI to read, compare, and stress-test proposals against rubrics, past performance, risk limits, and treasury constraints, surfacing trade-offs and likely outcomes, while final decisions and accountability stay with humans.
Use capability-based permissions to define exactly who can do what, and when, so rights can be delegated or revoked cleanly, and every sensitive action is traceable and auditable.
Turn agreements (grants, outcome contracts, SLAs) into executable digital deeds that the system can enforce, automatically updating rights, obligations, and payouts when conditions are met.
Define the governed blueprints and rubrics for how intelligent systems should operate, capturing roles, rights, steps, checks, and payouts in reusable templates, so teams and agents follow executable, auditable rules and operations.
Define your own live, shared data model that maps your people, organisations, assets, events, and rules into your sovereign system—so humans and AI agents can all act on the same structured view of reality.
Wire your data pipelines and knowledge extracted by a memory engine, to grow a living graph of records and relationships, so past episodes, current signals, and derived insights stay linked and queryable for both humans and AI.
Federate stateful records and data streams in sovereign, end-to-end encrypted stores across your domains—using the Matrix protocol for real-time collaboration between human and AI agents, without ever centralising your raw data.
Attach explicit rights and object capabilities to every data asset, defining who can use it, for what purposes, under which terms, and how value flows back, enforced through smart contracts.
Give human and AI agents integrity-checked access to any file, feed, or API via verifiable links, with cryptographic proofs that each resource is authentic and untampered.
Connect heterogeneous systems, devices, and databases through governed adapters that keep your data securely in place while streaming normalised events into the federated data matrix.
Our intelligent domain agents will guide you on your journey.
IXO Companion