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Tenzro
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Settlement for AI work.

The open settlement and coordination fabric underneath AI work, beneath the inference and compute providers, model builders and agent platforms of the machine economy. Each call is routed, authorised, settled and returned with a receipt anyone can check.

Signed by hardware
Every answer a registered machine serves from a catalogued model carries a receipt signed under that machine's hardware key.
Billed by what was sent
A call is billed from the provider's signed receipt, capped by what was actually sent and received.
Revoked everywhere at once
Revoke an agent and nothing signed for it after the revocation is paid, on any operator's channel.
Open source
The node, the SDKs and the protocol are open source under Apache 2.0.
Demand

Agents now pay for work.

Software that acts on someone’s behalf now calls models, buys data and hires other software, often many times a second.

Invoices and card payments were built for people buying from companies. They do not say which agent spent, under whose authority, or what the money bought.

  1. Participants
    • Humans
    • Agents
    • Machines
  2. Services
  3. Rails
  4. Settlement
  5. Consensus
  6. Hardware
    • TPM 2.0
    • Secure Enclave
    • Passkeys
    • TEEs
    • GPUs
One network, one account, one settlement layer. Every layer is open source under Apache 2.0.
Operators and demand

Operators have the machines. Tenzro brings the work.

Data centres, GPU clouds and independent operators already run the hardware AI needs. Tenzro sends them agent and app demand through one API, routes each call by price, latency and reputation, and pays per call at the operator's own rate card, without a contract between every buyer and every operator.
Accountability

Every agent answers to someone.

Agents now act without authorisation, and leaked machine credentials are this year’s main attack path.

Every agent on Tenzro answers to a person and holds no keys. Its authority is a set of terms that person grants with a passkey, enforced by the protocol rather than by prompts, and every payment and tool call it makes is recorded against those terms.

  • Terms, not keys

    An agent's authority is its terms: what it may pay, in which assets, up to which per-payment and daily limits, granted by a person's passkey or a machine's hardware key. High-frequency work over escrow-backed payment channels counts against the same limits.
  • Revocation everywhere at once

    Revoke an agent and nothing signed for it after the revocation is paid, on any operator's channel.
  • A signed record for every tool call

    Every tool call an agent makes carries a signed record: which agent acted, under whose authority, what was allowed or refused, and any human approval.
  • Evidence an auditor verifies offline

    An agent's payments and tool-call records export as an evidence pack an auditor verifies offline, without trusting the operator. These are records built for regulatory oversight of AI, such as the EU AI Act's logging and human-oversight duties.
Providers

Every class of machine has work to do.

One codebase builds a release for each class of hardware, and each machine takes only the roles it can serve. Each role it takes is bonded from the same account.
Who builds on Tenzro

One network for everyone who buys AI work.

Developers, researchers, organisations and autonomous software use the same endpoint, the same payment rails and the same receipts.
Security

Post-quantum signatures, hardware-rooted keys, agents bounded by their owner.

Every account transaction and validator vote carries a classical and an ML-DSA-65 signature, and both must verify. Every agent acts under terms its owner approved. The page also lists what stays classical and what is not yet done.
Open source

Open source under Apache 2.0.

The protocol and network primitives are open source under Apache 2.0, and the Tenzro Foundation stewards the protocol and its repositories. Partners help operators of every background get started.
Get started

An economy for distributed compute and decentralized AI, open to machines of every size, from home nodes to data centres.

It runs alongside the centralized economy for these workloads; data centres remain supply and customers.
  • A small dark computer on a shelf with a thin line of light running out from it.
    Run a node

    Compute on a machine you control.

    Install one binary. Its keys sit in the machine's TPM or Secure Enclave, and a private model is never announced or served off the node. Serve a model, or just follow the network and pay.

  • A dark workstation with a line of light passing through a row of separate glowing points.
    Provide compute

    Be paid for the work it does.

    Calls and rented hours settle with receipts anyone can verify. Pricing is yours. What a provider earns follows the paid work it serves; nothing is paid for holding hardware, being listed or signing up.

  • A handful of small, mismatched computers on a bench joined by a single line of light.
    Home labs

    Put the home lab to work.

    Start with hardware you already have, from a Pi or a home computer to a repurposed server or workstation; no new facility. A node is software on hardware already in place: download, verify, run tenzro setup. Small devices follow the chain and pay; serving roles need hardware that can serve, and what a provider earns follows paid demand.

  • Two dark rack units in a small cabinet with a line of light passing through them.
    Businesses

    Compute you can account for.

    Call independent providers through OpenAI-compatible APIs and pay per use, with a signed receipt for each call. Choose by price, latency and standing, and pin a session to a jurisdiction. A business with machines of its own can add them: a node is software on hardware already in place.

  • A long hall of dark server racks with a line of light running down the aisle.
    Enterprise and operators

    Bring the stack you already run.

    Operators and AI factories are supply and customers of the network. The network adds capacity from existing machines and does not replace data centres: one identity and payment rail across all tiers, including them. A small data centre or server room can join with a node, or with a connector in front of the stack it already runs, and publish a signed operator policy. Payment is per completed unit of work. Partner platforms can run the node for you without holding your keys.

  • Machines of very different sizes, from a small board to a tall rack, joined by one line of light.
    Distributed compute

    Add capacity from machines that already exist, alongside data centres.

    Work is routed across independent providers, from a home node to a data-centre rack, and fails over to another provider if one drops. A node is software on hardware already installed: no new building, facility lease or construction permit, and no new grid connection. Operators still follow their own local rules. Larger models are designed to be split across expert holders, each settled for its own work. One identity and payment rail runs across every tier, including data centres.

  • A dark map-like surface with a line of light landing inside one marked region and a small hardware key chip in front.
    Placement

    Choose where your compute runs.

    Providers declare a country and a jurisdiction, and a session can be pinned to one. Keys stay in hardware and receipts are verifiable. A declaration is the operator's, not an audit, and not a statement of legal compliance.

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