Cowrie Research

router-protocol-primary-sources-2026-04-27

4 min read

Router Protocol primary-source snapshot

Fetched: 2026-04-27 UTC

1) Official website

Source: https://www.routerprotocol.com/

Selected excerpts / signals from the official website:

The most efficient onchain swap network

Open, permissionless, and built for scale.

Additional signals from the source:

  • The homepage is centered on cross-chain swap execution, not on running a standalone chain
  • The site highlights integrator flows for API integration, widget embedding, and node participation
  • The website claims sub-10 bps slippage, 99.5% reliability, and $50M+ trade capacity

2) About OGA docs

Source: https://docs.routerprotocol.com/docs/about-oga/

Selected excerpts from the official docs:

Router Chain has been sunset. The previous Router Chain documentation is no longer valid as the old infrastructure has been discontinued.

This documentation focuses on swap and bridge functionality via the new Open Graph Architecture (OGA) framework built by the Router team.

Router OGA (Open Graph Architecture) is a non-custodial, chain-agnostic programmable execution graph designed to unify fragmented liquidity across EVM, non-EVM, and Layer 2 networks.

Additional signals from the source:

  • The sunset notice is high-signal because it changes the project’s current identity and the correct source-of-truth surface
  • The docs frame the current system as routing/execution infrastructure for swaps and bridges rather than as a live chain-first product
  • The docs explicitly position OGA for institutions, professional market-makers, and DeFi builders

3) Architecture docs

Source: https://docs.routerprotocol.com/docs/about-oga/architecture/

Selected excerpts / signals from the official docs:

Router Protocol is built on the concept of a programmable execution graph: a dynamic network where bridges, DEXs, solvers, and messaging protocols act as nodes and edges, enabling unified, fault-tolerant cross-chain workflows.

Instantly onboards bridges, DEXs, and solver nodes under EIP-712 authentication, with on-chain reputation scoring to favor reliable execution.

Parallelizes large orders into sub-tranches across multiple venues, achieving sub-10 bps slippage on trades up to $50 million.

Adapts between cross-chain protocols (LayerZero, Wormhole, etc.) at runtime and confines failures to individual hops, reducing end-to-end revert risk below 0.5%.

Additional signals from the source:

  • The live architecture is best understood as a solver / bridge / DEX coordination layer rather than a single bridge path
  • The docs expose modular hooks, execution and liquidity oracles, and a real-time reputation system
  • The technical-specifications section claims roughly ~100 lines of smart-contract code for node integration, which reinforces the network’s integrator-facing design

4) Supported chains docs

Source: https://docs.routerprotocol.com/docs/about-oga/supported-chains/

Selected excerpts / signals from the official docs:

Router OGA supports a wide range of blockchain networks, enabling cross-chain swaps and bridges across EVM, non-EVM, and Layer 2 networks.

Current chain examples listed in the docs snapshot:

  • Ethereum
  • Optimism
  • BSC
  • Polygon
  • World Chain
  • HyperEVM
  • Base
  • Plasma
  • Arbitrum
  • Solana

Additional signals from the source:

  • The docs say the list is expanding and direct integrators to the /v1/chains endpoint for the latest machine-readable view
  • The mix of EVM and non-EVM networks supports the “chain-agnostic” framing

5) API reference

Source: https://docs.routerprotocol.com/docs/api-reference/

Selected excerpts from the official docs:

The Xplore REST API provides a comprehensive interface for cross-chain token swaps and bridge operations.

Additional signals from the source:

  • The docs expose separate chains, tokens, tools, transaction-status, single-quote, advanced-routes, and step-transaction APIs
  • The production base URL shown in the docs is https://xplore.api.v2.routerprotocol.com
  • Public Swagger UI is linked, which is another strong sign that the real operating surface is an integration/control-plane product

6) Security docs and audit materials

Source: https://docs.routerprotocol.com/docs/about-oga/security/

Selected excerpts from the official docs:

Router Protocol is committed to security and undergoes regular security assessments.

All security assessment reports are publicly available.

Additional signals from the source:

  • The docs link a downloadable “Router Protocol Aggregator - Security Assessment Report.pdf” from the public audit repo
  • The security page reinforces the non-custodial architecture, isolated revert logic, permissionless registry, and modular design claims
  • Public audit materials are especially important here because a canonical OGA whitepaper URL did not surface during this pass

7) GitHub organization

Source: https://github.com/router-protocol

Selected excerpts / signals from the public org page:

  • The org exposes repositories including xplore-core, audit-reports, router-protocol-audit, and older Router Chain materials
  • The coexistence of legacy Router Chain repos and current Xplore / audit repos reinforces that the project has moved through multiple product eras
  • The public audit-report repo is a particularly useful primary-source anchor for the live OGA-era operating surface

Notes

  • Router Protocol appears best cataloged as cross-chain execution infrastructure / swap-and-bridge routing network / programmable interoperability graph.
  • The current primary-source story is materially shaped by the explicit sunset of Router Chain and the shift to Router OGA.
  • No clearly accessible canonical Router OGA whitepaper URL surfaced in this pass.

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