Arden

Arden is a decentralized insurance protocol built on Swell Chain that leverages EigenLayer’s Actively Validated Services (AVS) to deliver trustless, transparent, and efficient claim processing. At its core, Arden aims to shift away from centralized insurance verification systems and introduce a decentralized, community-governed mechanism for underwriting and evaluating claims.

The protocol allows users to create custom insurance policies directly through a simple frontend interface. These policies are minted as NFTs, with each NFT representing a unique insurance agreement. Policy parameters—such as coverage amount, duration, premium, and specific terms—are filled out by the user during policy creation. Once submitted, all metadata is packaged into a JSON format and uploaded to IPFS for decentralized and tamper-resistant storage. The content hash (CID) returned from IPFS is embedded into the policy NFT, ensuring future verifiability of all metadata and conditions.

In the event of an incident, users can file a claim through the protocol’s dashboard. During this process, they are prompted to provide supporting evidence—such as photographs or documents—which are similarly stored on IPFS. The system then registers the claim on-chain, making it available for decentralized evaluation.

Rather than relying on a centralized team of adjusters, Arden uses AVS nodes—restakers from EigenLayer who have opted into the Arden AVS network. These operators periodically scan the blockchain for new claims, retrieve associated metadata and evidence from IPFS, and perform an evaluation based on the predefined policy terms. Each operator casts a vote indicating whether the claim is valid or fraudulent.

Votes are cast on chain by the validators, approving or disapproving the claim based on the provided metadata. If a claim is approved, the corresponding payout is disbursed directly to the claimant’s wallet from the liquidity pool, with the voters getting a part of the payout. If the claim is rejected, the user can view the breakdown of votes and raise a dispute in the future version of the protocol.

The use of AVS ensures that only bonded and restaked operators—those with skin in the game—can participate in the claim validation process. This alignment of incentives ensures that validators act honestly to avoid reputational and potential financial penalties.

In the current implementation, dishonest behavior—such as consistently voting against the consensus—is recorded, but active punishment (slashing) is marked as a future development. Slashing will eventually be introduced to disincentivize manipulation and protect the integrity of the claim evaluation system. This will likely involve proof-of-malicious-vote submissions and automated stake deductions for operators who demonstrate repeated dishonest behavior.

The frontend is designed to be minimal, intuitive, and user-focused. It includes flows for creating policies, submitting claims, tracking claim statuses, and becoming validators. It integrates IPFS for all user-generated data and supports common wallet providers for seamless transaction signing.

Overall, Arden combines on-chain logic, off-chain validation, and decentralized storage to deliver a next-generation insurance platform. Its modular architecture, reliance on EigenLayer AVS, and community-first approach make it a compelling example of how decentralized infrastructure can reshape traditional financial products like insurance.

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