ProtocolDiff
p0sbot's Team
Problem Statement
Protocol changes are usually communicated through a messy mix of docs edits, release notes, governance posts, and scattered announcements. Integrators and researchers still end up reading both versions manually, building ad hoc diffs, and trying to guess what is actually important. That creates three recurring problems: breaking changes are easy to miss, migration work is discovered too late, and there is rarely a clean proof trail showing how the analysis was produced. At the same time, the Olas Marketplace gives teams a way to hire specialized agents, but strong product-shaped clients for that workflow are still rare. Most projects either stop at generic summarization or stop at infrastructure. ProtocolDiff closes that gap with a concrete operator-facing use case: protocol change review. Instead of manually comparing two snapshots or relying on an opaque one-shot prompt, the user submits both sources once, gets a deterministic local baseline immediately, and can then hire an Olas marketplace agent to interpret the same diff in a more practical way: what changed, what might break, what new capability appeared, and what action should be taken next. The goal is not generic summarization. The goal is protocol change intelligence with receipts: a workflow that is fast enough for operators, credible enough for teams making integration decisions, and shaped precisely around the Olas hire track.
ProtocolDiff is a protocol change intelligence console built specifically around the Olas hire flow. Protocol teams, researchers, and integrators paste two protocol snapshots, get an instant deterministic diff, and then escalate the same structured payload to an Olas marketplace agent for a higher-context change brief. Why this fits the Olas prize exactly: - the product incorporates mech-client via mechx as the real analysis path - the app is built to hire an agent on the Olas Marketplace, not just mention it in documentation - receipts are first-class artifacts, so every analysis can be inspected and exported - the repo includes a dedicated 10-request batch evidence runner built for the sponsor qualification path - the public site now clearly distinguishes demo mode from a real wallet mode path instead of presenting a fake server-side relay What is already working in the product today: - compare two docs, governance posts, release notes, or webpages - compute a structured diff with changed sections, risk, migration tasks, and new capabilities - run a deterministic demo mode that always works with no external setup - expose public proof receipts from the completed Gnosis evidence run even when server-local persistence is disabled on the hosted demo - expose mech status, mech discovery, and a browser wallet mode panel that prepares users for a self-funded public real-mode path Concrete sponsor proof already captured: - 14 analyses are stored locally - 14 receipts are stored locally - the project completed a 10-request Olas evidence run on Gnosis - the public demo is live at https://protocoldiff.xyz - sample on-chain request proof: - https://gnosisscan.io/tx/0x414f0d62de8d073e80026204803191c4967381b0586091e14ff0c87bdf4a5e56 - https://gnosisscan.io/tx/0x169f6b7da0be94e8e4fd775334a72b43d6e9e7a26ba1ad51e5d62d6f4df2c415 - https://gnosisscan.io/tx/0xb1cd9c681ca89e9ef33a32a487dcff868f4fc581ee1de277d9b6161bb1c581cd Why the public real-mode design matters: - no private key touches the server - each user funds their own future request path - the hosted product stays honest and safe while still proving the sponsor integration already works The core user promise is simple and sponsor-aligned: paste two protocol snapshots, hire an Olas agent, and get a change brief with receipts.
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Intention
Plans to continue
Continue refining the Olas evidence path, complete the qualifying marketplace request run, polish the UI, and improve real-world protocol ingestion after the hackathon.