The Problem

DeFi has grown into a multi-hundred-billion-dollar market, but the risks behind it remain largely uncovered. Users and institutions deploy capital into smart contracts every day without a reliable way to isolate and transfer the downside of a failure. They also do not enter into a traditional insurance contract when they deposit into a vault.

DeFi risk is structural, not occasional

Losses in DeFi do not come from a single cause. They come from a stack of interdependent layers:

• Blockchain risk: consensus failures, validator issues, reorgs, and network-level incidents

• Protocol risk: smart contract bugs, governance exploits, oracle manipulation, upgradeable proxy errors

• Asset risk: depegs, thin liquidity, price collapses affecting collateral

• Strategy risk: leveraged or composed positions where one failure cascades into others

A failure at any lower layer propagates upward. A blockchain halt stops every protocol on that chain. An oracle manipulation can cascade into bad debt across multiple lending markets. Users rarely have a mechanism to isolate or transfer these risks.

Traditional risk-transfer products do not fit

Legacy risk-transfer products were not built for on-chain risk:

• Speed: DeFi exploits resolve in hours. Traditional claims take months.

• Verifiability: exploit evidence is on-chain and auditable in real time, but legacy carriers depend on manual investigation.

• Composability: DeFi positions move across protocols every period. Traditional policies assume static exposure.

• Eligibility: most institutional carriers do not back crypto-native risks at all.

The result is a market where capital is deployed without coverage, where participants self-cover implicitly, and where a single exploit can wipe out returns across a whole portfolio.

What a native coverage primitive needs

DeFi needs coverage built into the product stack itself, not bolted on as a separate policy purchase. A native coverage primitive must be:

• Built into the product. A program operator elects cover on the vault they run.

• On-chain and programmatic. Coverage criteria, evidence, and payouts are applied by protocol rules.

• Transparent. Capacity, premiums, and risk parameters are publicly visible.

• Fast. Claims resolve in days, not months, with payouts in stablecoins.

• Composable. Coverage integrates into vaults, lending markets, and structured products without custom wrappers.

• Reward-aligned. Capital that backs coverage through staking is rewarded with protocol emissions linked to protocol activity.

• Distinct from insurance. The mechanism transfers and isolates risk through protocol design. It does not create a contract of insurance between Firelight and the depositor.

Firelight Coverage is built to meet these requirements. The rest of this documentation explains how.

Next

See How Firelight Works for a one-page walkthrough of the full coverage flow.