Multichain lending on Robinhood Chain and Igra
Kaskad is a non-custodial lending protocol live on Robinhood Chain and on Igra, the EVM-compatible Layer 2 anchored to Kaspa L1's blockDAG. Users supply listed assets (USDG, WETH, NVDA, TSLA and PONS on Robinhood Chain; iKAS, USDC, USDT, WETH and cbBTC on Igra) into per-asset pools to earn variable interest, or borrow another listed asset against their collateral. Loan-to-value ratios, liquidation thresholds and penalties are set per asset within governance-bounded ranges, with hard floors enforced at the contract level. Prices come from the in-house COB Oracle on Igra and from established feeds on Robinhood Chain. The protocol adds an immutable 65/35 treasury routing between DAO and Operations, bounded governance with a 48h timelock and 24h challenge window, activity-based KSKD incentives and permissionless partial liquidations. Kaskad is built for humans and autonomous AI agents alike: agents interact directly with the protocol via the open-source MCP server. Audited by Sherlock and operated by PoW Incentives S.A. (BVI).
Public mainnetUse your
assets
without selling them
Bounded governance lending powered by our in-house COB Oracle. Supply bluechips, RWAs & borrow liquidity instantly. Built for humans and AI agents alike.
utilization-driven
$KSKDtrading on
Supply assets.
Stay active.
Claim incentives.
Deposit any supported asset: USDG, WETH, NVDA, TSLA and PONS on Robinhood Chain; iKAS, USDC, USDT, WETH and cbBTC on Igra. Interest accrues from borrower activity, in real time, with no lock-ups. Maintain supply uptime to accumulate KSKD incentive claims.
Rates set themselves,
asset by asset.
Each pool runs its own utilization curve, on each chain. As demand rises, supply APY and borrow APR move up in lockstep: no committee, no oracle latency in the rate-setting itself.
Per asset, demand-driven.
Supply APY follows real demand. Stay active, accumulate KSKD incentives on top.
Composable positions
Kaskad's on-chain architecture is fully accessible via smart contract calls, on every chain it runs on. Humans interact through the dApp. AI agents interact directly with the protocol, no intermediary layer needed.
Isolated Pools
Each asset lives in its own pool, on its own chain. A liquidation event in one market does not affect your position in another. Your exposure stays where you put it.
Deep floors, no cliffs
Per-asset rate curves keep utilization in healthy bands. Each listed asset goes through a risk assessment before launch: LTV, slope parameters, and utilization caps are set based on historical volume and liquidity data from the COB oracle.
Borrow against
what you already hold.
Supply any supported asset and borrow against it without giving up your position, on Robinhood Chain or on Igra. Variable rates driven by real utilization. Partial liquidations only. Full self-custody, on-chain, always.
Three steps
One position
Kaskad hides the machinery. You or your AI agents connect, pick a chain and an asset, supply and borrow. The protocol (on-chain settlement on Robinhood Chain or Igra, oracle pricing, bounded governance) handles the rest, and you can unwind any time.
Connect any EVM wallet
MetaMask, Rabby, Frame, hardware wallets: any EVM signer works on Igra and Robinhood Chain out of the box.
Pick a chain and an asset
Supply assets to borrow any supported asset, and receive participation-based incentives. One UI, one flow, whichever chain you're on.
Position settles on-chain
Every state is on-chain, visible on the Igra or Robinhood Chain block explorer. Unwind any time, subject to pool utilization.