Karak Staking

Karak Staking is a multi-asset restaking system, not a conventional proof-of-stake chain: you deposit supported collateral into smart-contract vaults, and that collateral provides economic security to Distributed Secure Services (DSSs), which need security without spinning up their own validator set.

Documented V2 deployments span Ethereum, Arbitrum, K2, Mantle, BNB Smart Chain, and Fraxtal, and the supported collateral goes beyond ETH-based assets. The default token vault follows ERC-4626; the ERC-4626 vault standard represents a claim through shares and defines deposit and withdrawal interfaces, while Karak adds asynchronous withdrawals. Custom vaults and a separate NativeVault implementation exist alongside the default vault.

Karak Staking works by turning a wallet deposit into vault shares and delegating the deposited collateral to an operator.

1. Connect a self-custody wallet and choose a network, supported asset, and operator vault.
2. Approve the ERC-20 once, then deposit. An ERC-20 approval grants the vault permission to transfer the token; the contract then takes your tokens and mints vault shares representing your claim.
3. The deposit implicitly delegates your collateral to the vault's operator. That operator may register it with one or more DSSs; each DSS defines its own reward conditions and can request slashing if the operator fails its duties. A request passes through Karak Core and a veto-review mechanism before taking effect.

Your main choices are the asset, vault, network, and operator attached to that vault.

Supported assets include allowlisted LSTs, LRTs, stablecoins, and other approved ERC-20s; an LRT already wraps another protocol's restaking position. Vaults include the default ERC-4626-style token vault, custom vaults, and NativeVault. V2 is documented on six chains — Ethereum, Arbitrum, K2, Mantle, BNB Smart Chain, and Fraxtal — with different gas costs and asset availability. Your keys remain in your wallet, while deposited tokens live in the vault contract under its operator and DSS rules.

Karak Staking has no single APY: rewards are defined and distributed by the individual DSSs that an operator registers with, or by the operator itself.

Karak Core does not automatically emit yield to depositors. What you earn depends on the vault, operator, services, and terms attached to that route, and the current figures for a given vault are shown in the app when you deposit; those terms can change. Treat the displayed rate as route-specific and condition-based rather than as a protocol-wide rate.

Karak's main risks are smart-contract, oracle, bridge, operator, DSS, asset, price, and delayed-exit risk.

Your tokens sit in vault contracts; audits and a bug-bounty program exist, but neither removes contract, oracle, or bridge failure risk, and multi-chain deployment adds bridge surface. A DSS can request slashing for an operator failure, subject to veto review; validator slashing is the broader term for a penalty that removes stake after defined failures.

Withdrawals are asynchronous with a multi-day minimum delay. Stablecoins can depeg, LSTs and LRTs can trade below their underlying value during redemption stress, and restaking does not hedge the market value of the deposited asset.

To start, choose the network, asset, operator vault, and DSS exposure before you connect a wallet.

1. Set up a self-custody wallet, keep its seed phrase offline, and fund it with the asset plus the chain's native token. The wallet key model explains why the wallet signs transactions without handing private keys to the application.
2. Connect to the official V2 app, select the network, asset, and vault, approve the ERC-20 in a separate transaction, then deposit and receive vault shares.
3. Budget for approval, deposit, unstake, and withdrawal gas; gas fees pay for transaction computation and vary by network. The official frontends state that no Karak token is live.

Unstaking uses three asynchronous steps: submit a redemption request, wait through the delay, and send a final withdrawal transaction to receive the tokens.

The V2 default-vault documentation specifies a nine-day minimum withdrawal delay; the legacy V1 guide specified seven days. This is an unbonding period-style exit state: during the wait, the position is neither earning its way forward freely nor spendable, and the documented delay is a minimum, not a guarantee, for the selected system. If the deposited asset is an LST or LRT, its own redemption mechanics sit underneath Karak's, so unwind time stacks.