Implementation upgrades
countProxy implementation changes on registry contracts in the selected period.
Which major protocol contracts changed their implementation, admin, owner or multisig signers this week?
Implementation, admin, owner and multisig signer changes on major protocol contracts, and the upgrades already queued in timelocks.
The dashboard as it will open in Vantage. Each figure is named here and arrives with its receipt; until its data is published, its place stays empty.
Implementation, admin, owner and signer changes in the selected period.
Proxy implementation changes on registry contracts in the selected period.
Proxy admin and owner changes on registry contracts in the period, renouncements included.
Owner, threshold, module and guard changes on the protocols' admin Safes in the period.
Changes in the period made by one key, with no timelock or multisig in the path.
Every change with its time, protocol, contract, the values before and after, the caller, the path taken, the protocol's value locked and the transaction.
Calls waiting in timelocks and when they can execute.
Calls queued in registry timelocks that have neither executed nor been cancelled.
Time until the earliest queued call can execute, with its protocol, target and function beside it.
Queued timelock calls per protocol, split into upgrades, parameter changes and transfers.
Each queued call with protocol, timelock, target, decoded function and arguments, the governance proposal behind it where one exists and the time it can execute.
Many large protocols run upgradeable contracts: a proxy whose code can be swapped, controlled by a multisig or a timelock. A change of implementation, admin, owner or signers is the moment a protocol's rules can change, and it is also the first trace of a compromised key. This dashboard lists those changes on major protocol contracts each week, along with the upgrades already queued in timelocks.
Each change shows the contract, what changed from and to, who made the call and through which path: a timelock delay, a multisig vote or a single key. Queued timelock calls are decoded, so readers can see what will execute and when, before it does.
Every figure will be read at a block, kept with its source and its exact read, and open a receipt anyone can re-check.
How receipts work →Read from chain state and history
Upgradeable contracts split into a proxy that holds the state and an implementation that holds the code. An upgrade points the proxy at a new implementation, which changes the contract's behaviour while keeping its address and balances.
Whoever can upgrade a contract can change what it does with the funds it holds. An unexpected upgrade, admin change or signer change can be a planned release or a compromised key. Delays such as timelocks give users time to see a change before it takes effect.
A timelock is a contract that holds admin rights and executes calls only after a fixed delay from when they were queued. Queued calls are public, so a pending upgrade can be read before it takes effect, which is what the queue page shows.
Check whether it is a proxy: an EIP-1967 proxy stores its implementation address in a standard storage slot, which can be read with eth_getStorageAt. A non-zero value there means the proxy's admin can change the code.
OwnershipTransferred records that a contract's owner role moved to a new address. It can be a routine move to a multisig or timelock, a renouncement to the zero address or the first step of an attack, so each one here shows the new owner's type.
Proxy admins, owners and multisig thresholds for each major protocol, with the timelock that stands between a change and its execution.
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