Path is designed to be embedded, not white-labelled. The product surface for institutional users is wherever they already manage their stablecoin balance—their custodial earn surface, their on-chain treasury platform, their modular rail layer. Path appears inside that surface as a strategy intelligence layer.Documentation Index
Fetch the complete documentation index at: https://docs.pathprotocol.finance/llms.txt
Use this file to discover all available pages before exploring further.
The strategy-manager pattern
The integration pattern Path follows is the same one that drove most of the institutional curator/strategy growth on-chain in the last 18 months: a third-party intelligence layer runs the strategy parameters on a rail provided by another protocol, the rail handles custody and execution, and the strategy provider earns a curator fee on capital deployed under its curation. The pattern works because it lets the rail focus on what it is good at (security, custody, on-chain execution, regulatory wrapping) and lets the strategy provider focus on what it is good at (intelligence, allocation, risk-adjusted optimisation). Path is the strategy provider; the rail is whatever modular layer the partner runs.Modular para-block layer
We see modular rail layers as the natural home for Path. The pattern:- A yield-source para-block wraps an external protocol and exposes a standardised interface to the rail.
- An operational para-block orchestrates capital between yield sources based on a strategy. This is the slot Path occupies.
Two surfaces
API
REST + GraphQL endpoints serving the prediction stream, the
liquidity-impact context, the historical accuracy registry, and
the rebalance-cost estimator. Documented endpoints land at
api.pathprotocol.finance/v1.Widget
Drop-in React widget for embedding inside an existing earn or
treasury surface. Reads the connected wallet, calls Path’s API,
renders the prediction + allocation suggestion + the break-even
panel. White-label-able to the embedding partner’s design
system.
DON-signed signals
For partners that require on-chain verifiability rather than off-chain API trust, Path publishes its prediction stream through a Chainlink Runtime Environment (CRE) workflow. The workflow runs in a decentralised oracle network, signs the prediction tuple(pool_id, direction, confidence, predicted_apy, predicted_at), and posts the
result on-chain.
Any vault contract on any supported chain can read the signed signal
with cryptographic guarantees. This converts the trust statement
from “trust Path’s off-chain compute” to “verifiable on-chain
signal” without requiring Path to operate its own validator set.
The DON-signed signal layer is the integration shape we recommend for
any partner whose risk officer requires verifiability rather than
operational trust.