Primary anchoring and resilience

Robinhood Chain is BLEEEP’s selected primary proof-anchoring network. BLEEEP submits each eligible batch root and manifest commitment to an EVM-compatible anchoring contract. A finalized event identifies the batch_id, root, manifest_hash, and ruleset_version.

Robinhood’s official chain documentation describes Robinhood Chain as an Ethereum Virtual Machine (EVM)-compatible Arbitrum Layer 2 designed for financial infrastructure. That makes the constant-size anchoring payload compatible with standard EVM wallets, contracts, RPC interfaces, and explorers. BLEEEP must still measure and monitor gas costs, finality, reorganization behavior, archival access, and data availability.

Robinhood Chain’s role here is record anchoring and ecosystem settlement. It does not validate BLEEEP’s offchain data or imply that Robinhood sponsors, endorses, or audits BLEEEP.

Resilience anchor

A suitably independent second chain would receive the same batch identifier, root, manifest hash, and ruleset version. A second anchor can reduce reliance on one chain’s continued availability, but it cannot eliminate correlated infrastructure failures or shared governance, key-management, and data-availability risks.

Public records list only anchors that actually reached the required finality. An anchor submission that fails is not presented as complete. The production anchoring rules define the accepted anchor, deadline, retry, missed-proof, and restoration treatment for each proof class.

Next: System layers shows where anchoring sits relative to validation and execution.