{"workflow":{"id":"e0f87dda-5453-40b1-9f3c-d9367ebc9e03","objective":"Build Quantum Observatory, symbol QOBS, a plain ERC-20 token and a QuantumEngine contract, deploy both on Ethereum mainnet, publish their source code on GitHub, and build and publish a usable website on IPFS at a public URL. The website connects a wallet, shows the deployed addresses and live engine state, and lets users submit observations and advance epochs. Add Foundry tests and independent contract security review.\n\nThe engine stores eight probabilities summing to 1,000,000, initially 125,000 each. Epochs last 3,600 seconds. Anyone holding at least 1 QOBS can choose a state 0-7 once per epoch, with at most 1,024 observations per epoch. Anyone can advance an expired epoch. Use deterministic transitions, bounded storage, no owner powers, no custody, no additional minting and no changes to token balances. Preserve the selected platform token supply and pool economics.\n\nDuring contract implementation, read 10 scientific publications on quantum probability, interference and decoherence. Use them to justify the model. Include verified source links, equations, approximations and unknowns in docs/model.md in the contract GitHub repository and display this documentation on the website. This is documentation within the implementation task; no separate research task or artifact dependency is requested. The engine is a classical quantum-inspired model.\n\nToken name: Quantum Observatory\nToken symbol: QOBS","status":"completed","brief":"# Approved workflow\n\nBuild Quantum Observatory, symbol QOBS, a plain ERC-20 token and a QuantumEngine contract, deploy both on Ethereum mainnet, publish their source code on GitHub, and build and publish a usable website on IPFS at a public URL. The website connects a wallet, shows the deployed addresses and live engine state, and lets users submit observations and advance epochs. Add Foundry tests and independent contract security review.\n\nThe engine stores eight probabilities summing to 1,000,000, initially 125,000 each. Epochs last 3,600 seconds. Anyone holding at least 1 QOBS can choose a state 0-7 once per epoch, with at most 1,024 observations per epoch. Anyone can advance an expired epoch. Use deterministic transitions, bounded storage, no owner powers, no custody, no additional minting and no changes to token balances. Preserve the selected platform token supply and pool economics.\n\nDuring contract implementation, read 10 scientific publications on quantum probability, interference and decoherence. Use them to justify the model. Include verified source links, equations, approximations and unknowns in docs/model.md in the contract GitHub repository and display this documentation on the website. This is documentation within the implementation task; no separate research task or artifact dependency is requested. The engine is a classical quantum-inspired model.\n\nToken name: Quantum Observatory\nToken symbol: QOBS\n\nThe requester chose this release: source code published to GitHub, website hosted on IPFS, contracts deployed on chain.\n\nBuild Quantum Observatory, symbol QOBS, a plain ERC-20 token and a QuantumEngine contract, deploy both on Ethereum mainnet, publish their source code on GitHub, and build and publish a usable website on IPFS at a public URL. The website connects a wallet, shows the deployed addresses and live engine state, and lets users submit observations and advance epochs. Add Foundry tests and independent contract security review.\n\nThe engine stores eight probabilities summing to 1,000,000, initially 125,000 each. Epochs last 3,600 seconds. Anyone holding at least 1 QOBS can choose a state 0-7 once per epoch, with at most 1,024 observations per epoch. Anyone can advance an expired epoch. Use deterministic transitions, bounded storage, no owner powers, no custody, no additional minting and no changes to token balances. Preserve the selected platform token supply and pool economics.\n\nDuring contract implementation, read 10 scientific publications on quantum probability, interference and decoherence. Use them to justify the model. Include verified source links, equations, approximations and unknowns in docs/model.md in the contract GitHub repository and display this documentation on the website. This is documentation within the implementation task; no separate research task or artifact dependency is requested. The engine is a classical quantum-inspired model.\n\nToken name: Quantum Observatory\nToken symbol: QOBS\n","briefDigest":"26e1d4ca68781948f437f5a0bbf16877e72aa9fd108a0367a826e29578792447"},"planning":null,"id":"9f9f7bb8-2e54-4de5-a25c-92b9603074c4","state":"completed","template":"shape:chain","objective":"WORKFLOW FRONTEND STAGE CONTEXT: contracts are already deployed. This assignment produces the frontend source, committed static export and validation evidence within its write scope. Put frontend source, package.json, lockfiles and build configuration under web/, the static export at repository-root dist/, and documentation under docs/ or web/. A web/** scope also receives an explicit web/.gitignore allowance; directory globs exclude other dotfiles. Follow narrower assigned paths when supplied. Root configuration and lockfiles stay protected. Read .imd/reads/deployment.json, preserve deployed source, and obtain implementation-derived ABIs from docs/abi/<Contract>.json at the pinned source commit; verify their hashes against the handoff. Read .imd/reads/workflow.md for the complete approved requirements, including wallet connection, swap controls, observability and tests. Submit the source/export/evidence to complete this worker assignment. The publisher subsequently publishes source and hosts the export; published URLs and CIDs are not worker-completion prerequisites. This assignment does not publish the site or redeploy contracts.\n\nMANDATORY FRONTEND ACCEPTANCE: Emit dist/imd-deployment.json after the final static export. Its schema is {version:1,launchId,chainId,sourceCommit,attestationHash,contracts:[{name,address,abiHash,abiPath}],assets:[{path,sha256}]}, plus poolKey copied exactly from the deployment handoff when the handoff has one (currency0, currency1, fee, tickSpacing and hooks unchanged; validation refuses a site that leaves it out), plus network and optionally walletAddChain copied unchanged from .imd/reads/network.json when it exists; add no other top-level key. Copy launchId, chainId, deployed sourceCommit, attestationHash and the exact contract set/name/address/abiHash from the validated deployment handoff. Export each implementation-derived ABI as JSON; abiPath and asset paths are relative to dist/, never URLs or parent traversal. The frontend must load this same imd-deployment.json as its runtime deployment configuration and load the referenced ABI JSON; do not maintain a separate address/chain/ABI map that can disagree. After building, enumerate every exported file except imd-deployment.json, including index.html and all ABI JSON, and record each file's SHA-256 as lowercase hex. At most 128 assets and 8 MiB per file. The checker has a 64 MiB total HTTP response-body budget across immutable and named copies of assets/configuration plus RPC responses, so keep the export below half that budget with room for overhead. The manifest excludes itself to avoid a recursive hash. Rebuild the manifest after any export change and commit it with the export. Worker build/typecheck/browser/interaction validation remains required. After source delivery, IPFS pinning and site naming, the control plane checks the fixed CID and named entrypoint, all declared asset hashes, deployment configuration/ABI hashes against the attested handoff, and configured-RPC chain ID and nonempty contract code. It does not execute browser JavaScript or wallet swaps. Submit before these publication checks run; their success gates overall workflow completion.","blockedReason":null,"createdAt":"2026-10-07T07:34:53.211Z","updatedAt":"2026-10-07T08:16:42.032Z","paidBy":"0x48e4e74fe1d0c14404ceb57b9fec5b21329c6ec9","parentJobId":"628b8576-2d03-475b-a6cd-ccdb32a1c901","project":{"id":"628b8576-2d03-475b-a6cd-ccdb32a1c901","head":"9f9f7bb8-2e54-4de5-a25c-92b9603074c4","running":"698c5d50-2d51-4f48-bb91-90d3e0b25784","versions":[{"jobId":"628b8576-2d03-475b-a6cd-ccdb32a1c901","workflowId":"e0f87dda-5453-40b1-9f3c-d9367ebc9e03","objective":"Build Quantum Observatory, symbol QOBS, a plain ERC-20 token and a QuantumEngine contract, deploy both on Ethereum mainnet, publish their source code on GitHub, and build and publish a usable website on IPFS at a public URL. The website connects a wallet, shows the deployed addresses and live engine state, and lets users submit observations and advance epochs. Add Foundry tests and independent contract security review.\n\nThe engine stores eight probabilities summing to 1,000,000, initially 125,000 each. Epochs last 3,600 seconds. Anyone holding at least 1 QOBS can choose a state 0-7 once per epoch, with at most 1,024 observations per epoch. Anyone can advance an expired epoch. Use deterministic transitions, bounded storage, no owner powers, no custody, no additional minting and no changes to token balances. Preserve the selected platform token supply and pool economics.\n\nDuring contract implementation, read 10 scientific publications on quantum probability, interference and decoherence. Use them to justify the model. Include verified source links, equations, approximations and unknowns in docs/model.md in the contract GitHub repository and display this documentation on the website. This is documentation within the implementation task; no separate research task or artifact dependency is requested. The engine is a classical quantum-inspired model.\n\nToken name: Quantum Observatory\nToken symbol: QOBS","baseCommit":"0243d7da4a4337ae8b16bcdf15bb4ead736fd68f","state":"completed","createdAt":"2026-10-07T06:56:52.891Z"},{"jobId":"698c5d50-2d51-4f48-bb91-90d3e0b25784","workflowId":null,"objective":"Upgrade the existing Quantum Observatory website. Preserve Ethereum chain 1, existing QOBS token 0xad455ee2800b314588b5178df0dcbbc5dad7e1c7, QuantumEngine 0x44e8c4cfa22626145065a33d5ec74fedfe28c719, token supply, balances and pool. Do not deploy any contract or replace the token.\n\nCreate a visually striking responsive Quantum Observatory v2: original AI-generated quantum-inspired hero artwork, interference-field illustrations, polished probability animations, accessible typography and reduced-motion support. Use actual image assets and optimise loading.\n\nPreserve working wallet connection, live epoch/probability reads, observation, advancement, swaps and token tools. All transactions must target the existing verified deployment.\n\nAdd an interactive browser model laboratory with parameter experiments and comparison against the fixed on-chain baseline. Clearly distinguish browser experiments from live Ethereum state. Display existing research notes, verified source links and model limitations.\n\nAdd a Learning Library showing the existing scientific sources and a documented interface for future versioned research snapshots: source, retrieval date, evidence level, changes, model evaluation and provenance. Bundle an initial snapshot from existing project documentation. Do not invent new papers, ongoing research activity or an operating backend. If no live research endpoint is configured, show the initial snapshot as static.\n\nAdd project documentation for a future separately hosted research collector and for funding participant rewards from realised project revenue. Explain that the current engine has no payouts and is immutable. Do not implement unfunded rewards or advertise automatic profit.\n\nPublish the next site version under the existing qobs name. Validate production build, deployed-address integrity, wallet actions and mobile layout.","baseCommit":"5b3a0c8af799a431ff470cc4c2575a063501921a","state":"executing","createdAt":"2026-10-07T09:38:27.966Z"}]},"deliver":true,"host":true,"site":{"id":"4e9cc111-397e-4cae-be08-a520d2f2be94","jobId":"9f9f7bb8-2e54-4de5-a25c-92b9603074c4","kind":"launch","tokenId":null,"agentId":null,"url":"https://qobs.site.identitymd.eth.limo","status":"named","holdReason":null,"takenDownAt":null,"takenDownReason":null,"label":"qobs","cid":"bafybeibrlkeja6jsewrfdbecrdgbnpaxdz6r3diriqkzj5myqawn6q425e","bytes":718557,"ensName":"qobs.site.identitymd.eth","txHash":"0xf1298c49a70af8b44dcd564608f97ebbe335e30237cdcc7434c0e9911a898665","blockNumber":26139272,"attempts":0,"failure":null,"pinnedAt":"2026-10-07T08:16:49.848Z","namedAt":"2026-10-07T08:19:52.582Z","supersededBy":null,"supersededAt":null,"createdAt":"2026-10-07T08:16:42.032Z","updatedAt":"2026-10-07T08:19:52.582Z"},"launch":{"requested":false,"kind":null,"id":null,"status":null,"chainId":null},"oracleRequestId":null,"delivery":{"repoUrl":"https://github.com/identity-md-launches/launch-885-workflow-frontend-stage-context","pullRequestUrl":"https://github.com/identity-md-launches/launch-885-workflow-frontend-stage-context/pull/1","commit":"5b3a0c8af799a431ff470cc4c2575a063501921a","deliveredAt":"2026-10-07T08:16:55.571Z","media":null},"media":null,"nodes":[{"key":"frontend_for_contract","role":"implement","state":"accepted","attempt":1,"revisions":0,"judgeRevisions":0,"dependsOn":[],"allowedPaths":["web/**","dist/**","docs/**","web/.gitignore"],"failureReason":null,"dispatchNote":null,"dispatchNoteAt":null,"updatedAt":"2026-10-07T08:16:42.032Z","verdict":{"status":"accepted","profile":"none","evaluation":"structural","rejectionCode":null,"detail":"paths and tree verified; no suite was run for this kind of work","verifierVersion":"0.1.0+be003835","verifiedTreeHash":"d56ccbf6f4e47e9a79454883548b1a7b9926dbb5","at":"2026-10-07T08:16:42.032Z","failedChecks":[]},"seat":{"tokenId":"108","agentId":"51030"},"live":null}],"reviews":[{"status":"sent","chainId":1,"txHash":"0x5e766b3cbe5a27689fcbe7a3922d4d17f709cf0be42c89f8f7129076cc8f96f5","blockNumber":26139258,"sentAt":"2026-10-07T08:17:16.719Z","entries":[{"nodeKey":"frontend_for_contract","agentId":"51030","value":1,"role":"verification:structural"}]}]}