ZORP
Project Overview
Perhaps the greatest challenge in neuropsychiatry - as well as other areas of medicine - is collecting useful data without compromising the privacy of patients. To address this, Elata is building cryptographic frameworks into our data infrastructure, enabling participants to share sensitive information (such as EEG signatures or questionnaire results) without revealing Personally Identifiable Information (PII).
Our goal is to develop public goods and protocols using the latest advances in cryptography and blockchain technology to better serve medical data collection. These range from relatively old and established use cases for cryptography, such as Pretty Good Privacy (PGP) or Public Key Encryption more generally, to blockchain technology itself, to newer advances such as Zero Knowledge Proofs.
Our first protocol is called ZORP, or the recursive backronym Zorp Onchain Research Protocol. ZORP allows users to create a study, receive files from users for that study which are stored on Interplanetary File System (IPFS) via Irys Network, and pay out a bounty to users who participated in that study. Files onchain are encrypted with the study administrators PGP key, so that they remain pseudonymous while participating in the study. Administrators can also review and flag invalid data so that this does not taint the bounty pool. The initial goal is to allow participants in pseudonymous decentralized trials to be rewarded for their efforts with bounties. Initially, we anticipate the main use case to be the collection of bespoke datasets not easily obtained otherwise, in particular for the training of machine learning models.
As of August 2025, ZORP smart contract development has finished, and the contracts have been deployed on a public testnet, where they are being tested by our community. Pending further testing and an audit of the contracts, ZORP will be published on the Base blockchain and be publicly available for anyone to create a study. It has been built to be as credibly neutral and as censorship-resistant as possible. There are essentially no leverage points apart from the front end to the contracts, which could easily be accessed by a user directly interacting with the contract from their wallet. In this respect, we wish ZORP to be a throwback to the “Cypherpunk” earlier days of cryptography and blockchain technology.
Additionally, we are planning a ZORPv2 which will utilize Zero Knowledge Proofs. Apart from slight adjustments from customer feedback from ZORPv1, ZORPv2 would run on the Aztec L2 Network (or something else possibly) on Ethereum. Aztec Network and the more advanced cryptography features that its Noir language offer will allow greater privacy to users. For instance, an outside observer would be able to see that any specific user has participated in a study, but not any particular study, granting enhanced pseudonymity. We plan to launch the second version of ZORP pending further user acceptance of the first version of ZORP, and further maturity of the Aztec network.
ZORP Roadmap
Pre Alpha Launch
Add ZORP to testnet in mid Q2, '25 to kickoff project roadmap.
Q2, '25
Smart Contract Testing
Test the ZORP contracts in controlled environments to ensure security and reliability; unit tests and scenario stimulations to catch bugs or issues before public deployment.
Q3, '25
Alpha Release on Testnet
Open ZORP up to users and early contributors. Enable end-to-end flows without risking real funds.
Q3-Q4, '25
Full Smart Contract Security Audit
ZORP’s smart contracts will undergo an independent security audit. A professional audit firm will review the codebase to identify any security issues or flaws. The team will address any findings from the audit to harden the contracts.
Q3-Q4, '25
Deployment on Base Network
ZORP will be deployed on Base, Coinbase’s Layer-2 Ethereum network. Launching on Base mainnet will make the protocol fully accessible to the public on a scalable, low-cost blockchain. Researchers will be able to create live studies with real crypto bounties, and participants can contribute data and earn rewards on-chain. This launch marks the transition from beta testing to a production-ready platform.
Q4, '25
Initiate ZORPv2; Architecture & Prototype Planning
Publish a public RFC describing how ZORP will migrate core study logic to an appropriate Zero-knowledge Proof (ZKP) framework, such as Aztec L2.
Q1, '26
Sandbox Test Deployment
Spin up a private ZKP sandbox; run closed‑alpha studies to validate the end‑to‑end UX (wallet ↔ encrypted upload ↔ ZKP submit ↔ moderator proofs ↔ payout).
Q1-Q2, '26
Links & Resources
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