Register, monitor, maintain
Boli is a meta-reserve coordination primitive. It treats local tokens on different networks as projections of one underlying economic reality, and keeps a single publicly verifiable statement of how much of that reality is already circulating.
Boli runs no chain of its own. Assets settle on the major networks they already live on — EVM, Solana, Stellar and Canton. Tenzro sits between them as a double-accounting layer and a buffer. Pilots read live mainnet contracts on Ethereum, Arbitrum and Solana, and two independent observers sign each epoch.
Σ circulating supply across all supported networks ≤ attested global reserve
Anyone can register an asset.
Registration is permissionless. A participant supplies the material the protocol needs to track the asset across networks, signed by their own wallet. The record says who declared what.
One or more sources of truth for the asset's global reserve. The protocol records what was declared; it does not vouch for it.
The list of token representations that exist today, and the network each one lives on.
Optional. Where representations move between networks via a bridge, those routes can be declared so supply is not double-counted.
Open agents reconcile, continuously.
Everything an observer reads is public: chain state and declared attestations. Anyone can run one. Boli runs one continuously and holds no position the others do not.
Network-specific observers report circulating supply for each registered representation, at a pinned block so the reading can be repeated by someone else and come back the same.
Supply that crossed a declared bridge is subtracted at the source and counted once.
Agents ingest or verify the reserve attestations declared at registration.
Local readings are reconciled against the registry's current view and the second set of books on Tenzro.
Agents publish proofs when state agrees, and raise challenges when divergence appears.
Soft by default. Hard by choice.
The invariant is surfaced or enforced depending on where the asset is issued. Boli refuses a mint it performs. It reports on one performed elsewhere. In neither mode does it move or freeze the underlying value.
Soft mode
For an asset someone else issues, Boli publishes what it sees each epoch: netted supply, the attested reserve, and the headroom between them. Divergence becomes visible to anyone watching. WBTC, USDC and USDT run in this mode.
Hard mode
Where the asset is a pack, the invariant is the condition of minting. A request for more units than the attested reserve covers is refused outright. Nothing is paused, flagged or escalated — the transaction does not complete.
A real refusal: post-mint supply 1101 exceeds attested reserves 1000.
Live remaining capacity, as a number anyone can read.
Headroom is the attested global reserve minus netted supply across every observed network — the capacity a registered asset has left. Today that figure is usually unavailable, or reconstructed by hand from per-chain explorers and issuer PDFs. Boli computes it on a 300-second epoch and publishes it as a network-agnostic feed.
Where no reserve has been attested, the feed says so. USDC and USDT are observed across all three networks and report no headroom: neither has a reserve source that can be read without someone’s permission. The record distinguishes the two cases that matter — not checked, and checked and sound — and never lets the first pass for the second.
attested global reserve
− Σ circulating supply, per representation
+ Σ bridge lockbox balances
= remaining projectable capacity
The lockbox term counts a bridged unit once. WBTC on Arbitrum exists against the same coin held on Ethereum.
What the coordination surface is for.
Reserve dashboards
Open multi-chain reserve dashboards and headroom feeds for any registered asset.
Monitoring services
Agent-driven monitoring for DAOs, protocols, and risk desks.
Issuer proof
An integration surface for issuers who want public, continuous proof that multi-network supply stays within reserve.
Risk engines
A building block for risk engines and automated rebalancing that need a coherent global view.
Treasury tools
Cross-chain treasury tooling built on one reconciled reserve state rather than per-chain snapshots.
Reserve integrity layer
A permissionless integrity layer any multi-chain asset can adopt without changing custody or issuance.
A coordination layer for multi-network reserve coherence.
One publicly verifiable reserve state, reconciled continuously by open agents across every supported network.