OHM token
The pons-launched base asset used by staking, bonds, buybacks, treasury routing, and locked liquidity.
ohm test is a fixed-supply Pons protocol with funded staking, inventory bonds, buybacks and permanently locked liquidity.
The token, canonical pons pool, and every module that powers ohm test. Each address opens directly in the Robinhood Chain explorer.
The pons-launched base asset used by staking, bonds, buybacks, treasury routing, and locked liquidity.
The original liquidity market created at launch. Its locked position remains the protocol's canonical trading route.
Runs inventory-backed bond markets with fixed capacity, vesting, slippage limits, and oracle checks.
Wraps rebasing staking balances into fixed share units that stay stable through each rebase.
Represents staked balances and expands supply only when funded rewards enter the staking contract.
Uses capped WETH reserves to buy the base token through the canonical pool with TWAP and slippage protection.
Accepts the base token, handles warmup and unstaking, and issues receipts only against deposited backing.
Delays governance changes and protects proposer and guardian role rotations with explicit recovery rules.
Binds the pons token, pool, locked position, and protocol modules into one launch with no fee redirect path.
Moves funded base-token rewards into staking on bounded epochs before any receipt supply can grow.
Holds protocol reserves and releases approved assets only to governance-allowlisted recipients.
Collects the locked pons fee stream and routes token and WETH revenue to the protocol's fixed destinations.
Adds routed assets to the original locked pons liquidity position and exposes no withdrawal function.
Receipt supply only increases after the matching $OHM reward inventory reaches the distributor.
Pons fee revenue was collected and routed through the locked allocation rules.
The Pons token and complete MURI module set were verified onchain.
A governed inventory-backed bond market was created.
The liquidity module was permanently bound to the original locked position.