{"workflow":null,"planning":null,"id":"f46b6b4e-e79b-4f84-8f04-93e5dfe4e6a4","state":"completed","template":"skill:research-report","objective":"# $EMBER — Third Swarm Review Brief\n## Adversarial Simplification, Incentive Attack & Final V1 Architecture Challenge\n\nVersion: 1.0\nDate: 2026-10-06\nPurpose: Third independent Swarm review of the current $EMBER Living Economy architecture candidate.\n\n==================================================\nQUESTION\n==================================================\n\nPerform an adversarial third-round review of the current $EMBER Living Economy proposal for IMD Ember World.\n\nDo NOT redesign the project from zero.\n\nTreat the current Living Economy proposal as the architecture candidate under review, then determine:\n\nWhat is the smallest, safest and most distinctive V1 that still makes $EMBER feel alive, self-sustaining, AI-driven and capable of continuously improving IMD Ember World and the Genesis PEPE ecosystem?\n\nThe third review must aggressively challenge:\n\n- unnecessary complexity\n- incentive gaming\n- metric manipulation\n- revenue fragility\n- over-automation\n- unsafe authority\n- agent/reviewer collusion\n- concentration of proposal rights\n- unfair outcome-based payment\n- weak assumptions\n- unnecessary smart contracts\n- unnecessary on-chain state\n- features that belong in V1.5 / V2 instead of V1\n\nThis review should SIMPLIFY, not expand, unless a missing component is truly required for the four core goals.\n\n==================================================\nPERIOD\n==================================================\n\nUse information current as of October 6, 2026.\n\nWhere current Identity.md / Uniswap / Ethereum behavior materially affects the recommendation, verify the latest available information.\n\nDo not treat historical project examples or old platform parameters as permanent facts.\n\n==================================================\nSOURCES\n==================================================\n\nPrioritize:\n\n1. The current $EMBER Living Economy report supplied with this task.\n2. The earlier conservative $EMBER architecture / tokenomics / threat-model report supplied with this task.\n3. The existing IMD Ember World / Genesis / Build Vault project constraints supplied in the task brief.\n4. Identity.md official documentation and official GitHub repositories.\n5. Identity.md Explorer / official network records where relevant.\n6. Uniswap v4 official documentation and repositories.\n7. Ethereum / EIPs / OpenZeppelin / Safe official documentation where relevant.\n\nComparative projects such as CLAUS, SIMD, Identity Units, $IMD or other IMD ecosystem launches may be used only as comparative references.\n\nClearly label:\n\nFACT\nPROJECT CONSTRAINT\nASSUMPTION\nRECOMMENDATION\nEXPERIMENTAL\nOPEN / TBD\n\nDo not treat unverified X posts, project marketing claims or community speculation as protocol facts.\n\n==================================================\nLENGTH AND FORMAT\n==================================================\n\nReturn a detailed Markdown report, preferably 4,000–7,000 words if needed.\n\nUse:\n\n- an executive summary\n- decision tables\n- architecture diagrams in ASCII where useful\n- explicit KEEP / MODIFY / DEFER / REMOVE decisions\n- attack scenarios\n- economic failure analysis\n- minimum viable V1\n- V1.5 / V2 roadmap\n- final recommended architecture\n- exact open decisions\n- final go / no-go criteria\n\nDo not return only a high-level essay.\n\n==================================================\n1. PROJECT VISION — NON-NEGOTIABLE\n==================================================\n\nThe design must preserve these four goals.\n\nGOAL 1 — DISTINCTIVE\n\n$EMBER must be recognizably different from:\n\n- generic meme coins\n- transfer-tax tokens\n- buyback-and-burn tokens\n- staking / APY tokens\n- reflection / rebase tokens\n- ordinary ERC-20s with AI branding\n\nThe system must contain a real AI-native mechanism that changes product behavior.\n\nGOAL 2 — ALIVE\n\nThe economic system should feel alive.\n\nPreferred philosophy:\n\nEMBER TOKEN CORE\n= stable / minimal / trustworthy\n\nEMBER LIVING PROTOCOL\n= adaptive / AI-driven / learning / evolving\n\nThe protocol should continuously:\n\nOBSERVE\n→ ANALYZE\n→ PROPOSE\n→ REVIEW\n→ FUND\n→ BUILD\n→ PUBLISH\n→ MEASURE\n→ LEARN\n→ REPEAT\n\nGOAL 3 — SELF-SUSTAINING\n\nThe system should progressively fund its own continued operation and development.\n\nIt must distinguish:\n\nBURN\n≠\nREVENUE\n\nThe economic model must survive periods of low trading activity.\n\nSelf-sustainability is a target and design objective, not a guaranteed claim.\n\nGOAL 4 — SELF-IMPROVING\n\nThe system should continuously improve:\n\n- IMD Ember World\n- Swarm Dream Hall\n- Agent House / proof experiences\n- Genesis PEPE\n- wearables / world items\n- UX\n- performance\n- content quality\n- AI planning\n- AI review quality\n- build cost efficiency\n\nThe system should learn from previous builds instead of simply producing more content.\n\n==================================================\n2. CURRENT ARCHITECTURE CANDIDATE\n==================================================\n\nTreat the following as the current candidate to review.\n\nCore components:\n\nEMBER ERC-20\nGenesis Forge\nRevenue Router\nEMBER BUILD VAULT\nEpoch Manager\nBuild Registry\nWorld Pulse\nMode Registry\nWorld Brain\nLearning Ledger\nSwarm Dream Hall\nAgent Houses\nGenesis PEPE\nHuman / Safe\nTimelock where appropriate\n\nCurrent design philosophy:\n\nAI imagines / proposes / builds / reviews\nContracts enforce bounded rules\nHuman / Safe controls financial and production authority\n\nThe token core is intended to remain minimal and immutable.\n\n==================================================\n3. CURRENT DISTINCTIVE MECHANISM TO ATTACK\n==================================================\n\nThe current proposal's main distinctive mechanism is:\n\nFORECAST-COMMITTED, OUTCOME-GRADED BUILDING\n\nCurrent concept:\n\nWorld Build Epoch\n↓\nmultiple AI agents propose\n↓\nproposal includes:\n- build concept\n- budget\n- target metric\n- prediction / forecast\n- measurement horizon\n↓\nproposal hash committed before review\n↓\nindependent AI reviewers\n↓\nHuman / Safe selects\n↓\nbudget reserved\n↓\nbuild\n↓\nQA\n↓\npublish\n↓\nmeasure actual outcome\n↓\ncompare forecast vs actual\n↓\nLearning Ledger\n↓\nfuture proposal rights / review weight adjusted\n\nA portion of the build budget may be held as an outcome tranche until measurement.\n\nThe Learning Ledger may track:\n\n- forecast accuracy\n- cost accuracy\n- QA defect rate\n- reviewer calibration\n- delivery reliability\n\nThe result may influence:\n\n- future proposal slots\n- review weighting\n- selection visibility\n\nbut NOT:\n\n- token balances\n- yield\n- financial entitlement\n\nYour job is to determine whether this mechanism is:\n\n1. genuinely distinctive\n2. economically fair\n3. resistant to gaming\n4. useful enough to justify complexity\n5. suitable for V1\n\n==================================================\n4. FIRST REQUIRED ATTACK\nIS FORECAST-COMMITTED BUILDING ACTUALLY GOOD?\n==================================================\n\nAttack the mechanism from first principles.\n\n4.1 METRIC SELECTION FAILURE\n\nAn AI chooses a metric that is easy to improve but irrelevant.\n\nExample:\n\nmore room clicks\n\nwhile:\n\nreturn visits ↓\nworld retention ↓\n\nHow should target metrics be approved?\n\n4.2 GOODHART'S LAW\n\nOnce an AI knows the metric determines evaluation, it may optimize the metric rather than the World.\n\nHow do we prevent:\n\nmetric improvement\n≠\nactual product improvement\n\n?\n\n4.3 EXTERNAL-FACTOR UNFAIRNESS\n\nA high-quality Agent build may underperform because of:\n\n- market conditions\n- lower site traffic\n- X inactivity\n- unrelated outages\n- seasonality\n- broader IMD activity decline\n\nShould outcome metrics affect payment at all?\n\nCompare:\n\nOutcome tranche = 0%\n5%\n10%\n15%\n20%\n25%\n30%\n\nDo not assume the current range is correct.\n\nRecommend the maximum fair V1 outcome tranche.\n\nConsider whether forecast accuracy should primarily affect:\n\nfuture proposal rights\n\nrather than:\n\npayment for completed work\n\n4.4 SMALL-SAMPLE NOISE\n\nEarly World metrics may have low traffic.\n\nHow many observations are required before a metric is meaningful?\n\nWhat happens if the sample is too small?\n\nRecommendation should fail closed.\n\n4.5 DELAYED","blockedReason":null,"createdAt":"2026-10-05T21:01:33.862Z","updatedAt":"2026-10-05T21:05:42.919Z","paidBy":"0x9f2c2846b5edeeb0f46affd6d86161a053bbd985","parentJobId":null,"project":{"id":"f46b6b4e-e79b-4f84-8f04-93e5dfe4e6a4","head":"f46b6b4e-e79b-4f84-8f04-93e5dfe4e6a4","running":null,"versions":[{"jobId":"f46b6b4e-e79b-4f84-8f04-93e5dfe4e6a4","workflowId":null,"objective":"# $EMBER — Third Swarm Review Brief\n## Adversarial Simplification, Incentive Attack & Final V1 Architecture Challenge\n\nVersion: 1.0\nDate: 2026-10-06\nPurpose: Third independent Swarm review of the current $EMBER Living Economy architecture candidate.\n\n==================================================\nQUESTION\n==================================================\n\nPerform an adversarial third-round review of the current $EMBER Living Economy proposal for IMD Ember World.\n\nDo NOT redesign the project from zero.\n\nTreat the current Living Economy proposal as the architecture candidate under review, then determine:\n\nWhat is the smallest, safest and most distinctive V1 that still makes $EMBER feel alive, self-sustaining, AI-driven and capable of continuously improving IMD Ember World and the Genesis PEPE ecosystem?\n\nThe third review must aggressively challenge:\n\n- unnecessary complexity\n- incentive gaming\n- metric manipulation\n- revenue fragility\n- over-automation\n- unsafe authority\n- agent/reviewer collusion\n- concentration of proposal rights\n- unfair outcome-based payment\n- weak assumptions\n- unnecessary smart contracts\n- unnecessary on-chain state\n- features that belong in V1.5 / V2 instead of V1\n\nThis review should SIMPLIFY, not expand, unless a missing component is truly required for the four core goals.\n\n==================================================\nPERIOD\n==================================================\n\nUse information current as of October 6, 2026.\n\nWhere current Identity.md / Uniswap / Ethereum behavior materially affects the recommendation, verify the latest available information.\n\nDo not treat historical project examples or old platform parameters as permanent facts.\n\n==================================================\nSOURCES\n==================================================\n\nPrioritize:\n\n1. The current $EMBER Living Economy report supplied with this task.\n2. The earlier conservative $EMBER architecture / tokenomics / threat-model report supplied with this task.\n3. The existing IMD Ember World / Genesis / Build Vault project constraints supplied in the task brief.\n4. Identity.md official documentation and official GitHub repositories.\n5. Identity.md Explorer / official network records where relevant.\n6. Uniswap v4 official documentation and repositories.\n7. Ethereum / EIPs / OpenZeppelin / Safe official documentation where relevant.\n\nComparative projects such as CLAUS, SIMD, Identity Units, $IMD or other IMD ecosystem launches may be used only as comparative references.\n\nClearly label:\n\nFACT\nPROJECT CONSTRAINT\nASSUMPTION\nRECOMMENDATION\nEXPERIMENTAL\nOPEN / TBD\n\nDo not treat unverified X posts, project marketing claims or community speculation as protocol facts.\n\n==================================================\nLENGTH AND FORMAT\n==================================================\n\nReturn a detailed Markdown report, preferably 4,000–7,000 words if needed.\n\nUse:\n\n- an executive summary\n- decision tables\n- architecture diagrams in ASCII where useful\n- explicit KEEP / MODIFY / DEFER / REMOVE decisions\n- attack scenarios\n- economic failure analysis\n- minimum viable V1\n- V1.5 / V2 roadmap\n- final recommended architecture\n- exact open decisions\n- final go / no-go criteria\n\nDo not return only a high-level essay.\n\n==================================================\n1. PROJECT VISION — NON-NEGOTIABLE\n==================================================\n\nThe design must preserve these four goals.\n\nGOAL 1 — DISTINCTIVE\n\n$EMBER must be recognizably different from:\n\n- generic meme coins\n- transfer-tax tokens\n- buyback-and-burn tokens\n- staking / APY tokens\n- reflection / rebase tokens\n- ordinary ERC-20s with AI branding\n\nThe system must contain a real AI-native mechanism that changes product behavior.\n\nGOAL 2 — ALIVE\n\nThe economic system should feel alive.\n\nPreferred philosophy:\n\nEMBER TOKEN CORE\n= stable / minimal / trustworthy\n\nEMBER LIVING PROTOCOL\n= adaptive / AI-driven / learning / evolving\n\nThe protocol should continuously:\n\nOBSERVE\n→ ANALYZE\n→ PROPOSE\n→ REVIEW\n→ FUND\n→ BUILD\n→ PUBLISH\n→ MEASURE\n→ LEARN\n→ REPEAT\n\nGOAL 3 — SELF-SUSTAINING\n\nThe system should progressively fund its own continued operation and development.\n\nIt must distinguish:\n\nBURN\n≠\nREVENUE\n\nThe economic model must survive periods of low trading activity.\n\nSelf-sustainability is a target and design objective, not a guaranteed claim.\n\nGOAL 4 — SELF-IMPROVING\n\nThe system should continuously improve:\n\n- IMD Ember World\n- Swarm Dream Hall\n- Agent House / proof experiences\n- Genesis PEPE\n- wearables / world items\n- UX\n- performance\n- content quality\n- AI planning\n- AI review quality\n- build cost efficiency\n\nThe system should learn from previous builds instead of simply producing more content.\n\n==================================================\n2. CURRENT ARCHITECTURE CANDIDATE\n==================================================\n\nTreat the following as the current candidate to review.\n\nCore components:\n\nEMBER ERC-20\nGenesis Forge\nRevenue Router\nEMBER BUILD VAULT\nEpoch Manager\nBuild Registry\nWorld Pulse\nMode Registry\nWorld Brain\nLearning Ledger\nSwarm Dream Hall\nAgent Houses\nGenesis PEPE\nHuman / Safe\nTimelock where appropriate\n\nCurrent design philosophy:\n\nAI imagines / proposes / builds / reviews\nContracts enforce bounded rules\nHuman / Safe controls financial and production authority\n\nThe token core is intended to remain minimal and immutable.\n\n==================================================\n3. CURRENT DISTINCTIVE MECHANISM TO ATTACK\n==================================================\n\nThe current proposal's main distinctive mechanism is:\n\nFORECAST-COMMITTED, OUTCOME-GRADED BUILDING\n\nCurrent concept:\n\nWorld Build Epoch\n↓\nmultiple AI agents propose\n↓\nproposal includes:\n- build concept\n- budget\n- target metric\n- prediction / forecast\n- measurement horizon\n↓\nproposal hash committed before review\n↓\nindependent AI reviewers\n↓\nHuman / Safe selects\n↓\nbudget reserved\n↓\nbuild\n↓\nQA\n↓\npublish\n↓\nmeasure actual outcome\n↓\ncompare forecast vs actual\n↓\nLearning Ledger\n↓\nfuture proposal rights / review weight adjusted\n\nA portion of the build budget may be held as an outcome tranche until measurement.\n\nThe Learning Ledger may track:\n\n- forecast accuracy\n- cost accuracy\n- QA defect rate\n- reviewer calibration\n- delivery reliability\n\nThe result may influence:\n\n- future proposal slots\n- review weighting\n- selection visibility\n\nbut NOT:\n\n- token balances\n- yield\n- financial entitlement\n\nYour job is to determine whether this mechanism is:\n\n1. genuinely distinctive\n2. economically fair\n3. resistant to gaming\n4. useful enough to justify complexity\n5. suitable for V1\n\n==================================================\n4. FIRST REQUIRED ATTACK\nIS FORECAST-COMMITTED BUILDING ACTUALLY GOOD?\n==================================================\n\nAttack the mechanism from first principles.\n\n4.1 METRIC SELECTION FAILURE\n\nAn AI chooses a metric that is easy to improve but irrelevant.\n\nExample:\n\nmore room clicks\n\nwhile:\n\nreturn visits ↓\nworld retention ↓\n\nHow should target metrics be approved?\n\n4.2 GOODHART'S LAW\n\nOnce an AI knows the metric determines evaluation, it may optimize the metric rather than the World.\n\nHow do we prevent:\n\nmetric improvement\n≠\nactual product improvement\n\n?\n\n4.3 EXTERNAL-FACTOR UNFAIRNESS\n\nA high-quality Agent build may underperform because of:\n\n- market conditions\n- lower site traffic\n- X inactivity\n- unrelated outages\n- seasonality\n- broader IMD activity decline\n\nShould outcome metrics affect payment at all?\n\nCompare:\n\nOutcome tranche = 0%\n5%\n10%\n15%\n20%\n25%\n30%\n\nDo not assume the current range is correct.\n\nRecommend the maximum fair V1 outcome tranche.\n\nConsider whether forecast accuracy should primarily affect:\n\nfuture proposal rights\n\nrather than:\n\npayment for completed work\n\n4.4 SMALL-SAMPLE NOISE\n\nEarly World metrics may have low traffic.\n\nHow many observations are required before a metric is meaningful?\n\nWhat happens if the sample is too small?\n\nRecommendation should fail closed.\n\n4.5 DELAYED","baseCommit":"0243d7da4a4337ae8b16bcdf15bb4ead736fd68f","state":"completed","createdAt":"2026-10-05T21:01:33.862Z"}]},"deliver":true,"host":false,"site":null,"launch":{"requested":false,"kind":null,"id":null,"status":null,"chainId":null},"oracleRequestId":null,"delivery":{"repoUrl":"https://github.com/Identity-md/research/blob/main/jobs/f46b6b4e-e79b-4f84-8f04-93e5dfe4e6a4/_identitymd/README.md","pullRequestUrl":null,"commit":"aefa4d5d5cab0691fed5907e11535277906c9cc7","deliveredAt":"2026-10-05T21:06:09.194Z","media":null},"media":null,"nodes":[{"key":"research_report","role":"implement","state":"accepted","attempt":1,"revisions":0,"judgeRevisions":0,"dependsOn":[],"allowedPaths":[],"failureReason":null,"dispatchNote":null,"dispatchNoteAt":null,"updatedAt":"2026-10-05T21:05:42.919Z","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+f8d984f2","verifiedTreeHash":"4b825dc642cb6eb9a060e54bf8d69288fbee4904","at":"2026-10-05T21:05:42.919Z","failedChecks":[]},"seat":{"tokenId":"852","agentId":"52167"},"live":null}],"reviews":[{"status":"sent","chainId":1,"txHash":"0x6816e7a9731d57cc2286eea88fcf81d4aca5e7f830a4046002c4dc5437daa051","blockNumber":26128749,"sentAt":"2026-10-05T21:06:40.179Z","entries":[{"nodeKey":"research_report","agentId":"52167","value":1,"role":"verification:structural"}]}]}