#Kamino

Kamino Finance is a decentralized finance protocol built on the Solana blockchain that combines four core products under one application: automated concentrated-liquidity vaults that manage positions on Orca and Raydium on the user's behalf, Kamino Lend (a permissionless lending and borrowing market similar in design to Aave), Multiply (one-click leveraged long positions on liquid staking tokens and other assets), and Long/Short trading vaults. Users deposit assets such as SOL, USDC, JitoSOL, or bSOL into supply markets to earn yield, and borrowers post collateral to take loans against it. Liquidity-vault depositors receive an automatically rebalanced position so they do not have to manage concentrated liquidity ranges manually. All four products share the same risk engine and oracle infrastructure, which is what allows Kamino to route collateral between lending and liquidity provision inside a single user session.

KMNO is the native governance token of the Kamino protocol, distributed initially through a multi-season airdrop to users who earned protocol points by supplying, borrowing, or providing liquidity. The token's primary on-chain function is governance: KMNO holders can stake their tokens to participate in protocol decisions, vote on risk parameter changes, listings of new collateral assets, fee switches, and treasury allocations. Staked KMNO has also been used to weight points multipliers in subsequent seasons of the airdrop program, creating an incentive loop between active protocol usage and token ownership. KMNO does not currently grant a direct claim on protocol revenue by default; any fee-share mechanism would need to pass through a governance vote, which is a recurring topic of community discussion.

Kamino has been audited multiple times by firms including OtterSec, Offside Labs, and Sec3, and maintains an active bug bounty program through Immunefi. The protocol publishes its audit reports and risk parameters openly, and uses Pyth and Switchboard price feeds for collateral valuations. That said, Kamino is non-custodial DeFi software and carries the standard categories of risk that apply to any on-chain money market: smart contract risk (bugs in lending, vault, or oracle integration code), oracle risk (incorrect or manipulated price feeds causing bad liquidations), market risk (collateral can lose value faster than positions can be liquidated, leading to bad debt), and Solana network risk (historical outages and congestion events have affected liquidations across Solana DeFi). Users should size positions accordingly and understand that no audit eliminates risk entirely.

To use Kamino, a user needs a Solana-compatible wallet (Phantom, Solflare, Backpack, or any wallet supporting the Solana standard) funded with SOL to cover transaction fees plus whatever asset they intend to deposit, such as USDC, SOL, JitoSOL, or one of the supported liquidity-pool tokens. The user connects the wallet to the Kamino application, selects a product (Lend, Liquidity, Multiply, or Long/Short), chooses an asset and amount, and signs the transaction. Lending and liquidity-vault positions can be exited at any time subject to available market liquidity. Multiply positions involve looped borrowing against staked-SOL collateral and require closer monitoring because health factor drops below the liquidation threshold result in automatic position closure and loss of part of the collateral.

Kamino's main differentiator versus stand-alone Solana lending protocols (such as MarginFi or Solend) is that it combines a money market with native concentrated-liquidity automation and one-click leveraged strategies in a single venue, rather than requiring users to bridge positions between separate protocols. Against pure liquidity managers like Meteora's DLMM vaults, Kamino's distinguishing feature is the integrated borrowing layer that lets liquidity positions themselves be used as collateral. Against centralized yield platforms, Kamino is fully non-custodial: assets remain in smart contracts addressable by the user's wallet, and positions can be inspected directly on-chain. The trade-off is product complexity — Kamino's surface area is larger than a single-purpose protocol, which means users need to understand which product they are interacting with and the specific risk parameters that apply.