[{"_1":2,"_3":-5,"_4":-5},"loaderData",{"_5":6,"_7":8,"_9":10},"actionData","errors","root",{"_186":187,"_188":189},"routes/_app.x.$handle.$name",{"_100":99,"_32":45,"_109":90,"_27":110,"_13":14,"_111":-5,"_11":112,"_113":114,"_115":116,"_117":118,"_119":120,"_20":-5,"_121":-5,"_122":-5,"_123":25,"_124":125,"_126":25,"_127":-5,"_128":-5,"_129":130},"routes/_app.x.$handle.$name.branch.$branch.version.$version.diff",{"_11":12,"_13":14,"_15":16,"_17":-5,"_18":-5},"project",{"_43":44,"_32":45,"_38":46,"_47":-5,"_48":25,"_49":50,"_51":50,"_52":53,"_54":-5,"_18":55,"_56":57,"_58":59,"_60":-5,"_61":-5,"_62":63,"_64":65,"_66":67,"_68":69,"_70":71,"_72":-5,"_73":74,"_75":74,"_76":77,"_78":77,"_79":77,"_80":74,"_81":74,"_82":83,"_84":85,"_86":87,"_88":25},"version",173,"changes",[19],"aiChatInfo","userId",{"_20":21,"_22":23,"_24":25,"_26":25,"_27":28,"_29":28},"file",{"_30":31,"_32":28,"_33":34,"_35":37,"_38":39,"_40":14,"_41":42,"_24":25},"previous",{"_30":31,"_32":28,"_33":34,"_35":36},"deleted",false,"deletedHere","path","program.ts","latestPath","fileId","067cec2c-abf2-11f1-81e6-1607ee4eb77e","name","fileType","script","content","import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\n\nconst T=\"micro_tasks\";\nconst now=()=>new Date().toISOString();\nconst j=(x:any)=>JSON.stringify(x);\nconst p=(s:any,f:any=[])=>{try{return JSON.parse(String(s??\"\"))}catch{return f}};\nconst sha=async(s:string)=>[...new Uint8Array(await crypto.subtle.digest(\"SHA-256\",new TextEncoder().encode(s)))].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\");\n\nexport async function init(){\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS ${T}(\n id TEXT PRIMARY KEY,\n priority REAL NOT NULL,\n state TEXT NOT NULL,\n payload_json TEXT NOT NULL,\n prerequisites_json TEXT NOT NULL,\n executor_requirements_json TEXT NOT NULL,\n resources_json TEXT NOT NULL,\n lease_owner TEXT,\n lease_expires_at TEXT,\n lease_token TEXT,\n result_json TEXT,\n result_sha256 TEXT,\n submitted_by TEXT,\n verified_by TEXT,\n verification_json TEXT,\n updated_at TEXT NOT NULL\n )`);\n const cols:any=await sqlite.execute(`PRAGMA table_info(${T})`);\n const names=new Set((cols.rows as any[]).map(x=>String(x.name)));\n if(!names.has(\"lease_token\"))await sqlite.execute(`ALTER TABLE ${T} ADD COLUMN lease_token TEXT`);\n if(!names.has(\"submitted_by\"))await sqlite.execute(`ALTER TABLE ${T} ADD COLUMN submitted_by TEXT`);\n if(!names.has(\"verified_by\"))await sqlite.execute(`ALTER TABLE ${T} ADD COLUMN verified_by TEXT`);\n if(!names.has(\"verification_json\"))await sqlite.execute(`ALTER TABLE ${T} ADD COLUMN verification_json TEXT`);\n}\n\nexport async function addTask(x:{id:string,priority:number,payload:any,prerequisites?:string[],executor_requirements?:string[],resources?:string[]}){\n await init();\n const pre=[...new Set(x.prerequisites??[])],req=[...new Set(x.executor_requirements??[])],res=[...new Set(x.resources??[])];\n const payload=j(x.payload),prej=j(pre),reqj=j(req),resj=j(res);\n await sqlite.execute({sql:`INSERT OR IGNORE INTO ${T}(id,priority,state,payload_json,prerequisites_json,executor_requirements_json,resources_json,updated_at)\n VALUES(?,?,'READY',?,?,?,?,?)`,args:[x.id,x.priority,payload,prej,reqj,resj,now()]});\n const row:any=(await sqlite.execute({sql:`SELECT * FROM ${T} WHERE id=?`,args:[x.id]})).rows[0];\n if(!row||Number(row.priority)!==Number(x.priority)||row.payload_json!==payload||row.prerequisites_json!==prej||row.executor_requirements_json!==reqj||row.resources_json!==resj){\n throw new Error(\"TASK_ID_CONFLICT\");\n }\n return row;\n}\n\nexport async function claimBatch(executors:{id:string,tokens:string[]}[],leaseSeconds=900){\n if(!Number.isInteger(leaseSeconds)||leaseSeconds<30||leaseSeconds>900)throw new Error(\"INVALID_LEASE_SECONDS\");\n await init();\n if(!executors.length)return {ok:true,assignments:[]};\n const tx:any=await sqlite.transaction(\"write\");\n try{\n const tnow=now(),expires=new Date(Date.now()+leaseSeconds*1000).toISOString();\n await tx.execute({sql:`UPDATE ${T} SET state='READY',lease_owner=NULL,lease_expires_at=NULL,lease_token=NULL,updated_at=? WHERE state='LEASED' AND lease_expires_at[String(r.id),r]));\n const locked=new Set(),held=new Set();\n for(const r of leasedR.rows as any[]){\n if(r.lease_owner)held.add(String(r.lease_owner));\n for(const q of p(r.resources_json,[]))locked.add(String(q));\n }\n const candidates=(candR.rows as any[]).map(r=>({...r,pre:p(r.prerequisites_json,[]),req:p(r.executor_requirements_json,[]),res:p(r.resources_json,[])}));\n const used=new Set(),assignments:any[]=[];\n for(const e of executors){\n if(held.has(e.id))continue;\n const have=new Set(e.tokens);\n let pick:any=null;\n for(const r of candidates){\n if(used.has(String(r.id))||r.pre.some((x:string)=>!done.has(x))||r.req.some((x:string)=>!have.has(x))||r.res.some((x:string)=>locked.has(x)))continue;\n pick=r;break;\n }\n if(!pick)continue;\n used.add(String(pick.id));held.add(e.id);\n for(const q of pick.res)locked.add(String(q));\n assignments.push({\n executor_id:e.id,\n task_id:String(pick.id),\n lease_token:crypto.randomUUID(),\n priority:pick.priority,\n payload:p(pick.payload_json,{}),\n prerequisite_evidence:Object.fromEntries(pick.pre.map((x:string)=>[x,done.get(x)]))\n });\n }\n for(let off=0;off`WHEN ? THEN ?`).join(\" \"),tokenCases=c.map(()=>`WHEN ? THEN ?`).join(\" \"),ids=c.map(()=>\"?\").join(\",\");\n const args:any[]=[];\n for(const a of c)args.push(a.task_id,a.executor_id);\n for(const a of c)args.push(a.task_id,a.lease_token);\n args.push(expires,tnow,...c.map(a=>a.task_id));\n const u:any=await tx.execute({sql:`UPDATE ${T} SET state='LEASED',lease_owner=CASE id ${ownerCases} END,lease_token=CASE id ${tokenCases} END,lease_expires_at=?,updated_at=? WHERE state='READY' AND id IN (${ids}) RETURNING id`,args});\n if((u.rows||[]).length!==c.length)throw new Error(\"BATCH_CLAIM_RACE\");\n }\n await tx.commit();\n return {ok:true,assignments,lease_expires_at:expires};\n }catch(e){try{await tx.rollback()}catch{};throw e}\n}\n\nexport async function submit(executorId:string,taskId:string,leaseToken:string,result:any){\n await init();\n const tx:any=await sqlite.transaction(\"write\");\n try{\n const r:any=(await tx.execute({sql:`SELECT * FROM ${T} WHERE id=?`,args:[taskId]})).rows[0];\n if(!r||r.state!==\"LEASED\"||r.lease_owner!==executorId||r.lease_token!==leaseToken||String(r.lease_expires_at)<=now()){await tx.commit();return {ok:false,reason:\"NOT_CURRENT_LEASE_ATTEMPT\"}}\n const raw=j(result),h=await sha(raw);\n await tx.execute({sql:`UPDATE ${T} SET state='SUBMITTED',lease_owner=NULL,lease_expires_at=NULL,lease_token=NULL,result_json=?,result_sha256=?,submitted_by=?,verified_by=NULL,verification_json=NULL,updated_at=? WHERE id=?`,args:[raw,h,executorId,now(),taskId]});\n await tx.commit();return {ok:true,task_id:taskId,result_sha256:h};\n }catch(e){try{await tx.rollback()}catch{};throw e}\n}\n\nexport async function verify(verifierId:string,verifierTokens:string[],taskId:string,resultSha256:string,verification:any){\n await init();\n const tx:any=await sqlite.transaction(\"write\");\n try{\n const r:any=(await tx.execute({sql:`SELECT state,submitted_by,result_sha256 FROM ${T} WHERE id=?`,args:[taskId]})).rows[0];\n if(!r||r.state!==\"SUBMITTED\"){await tx.commit();return {ok:false,reason:\"TASK_NOT_SUBMITTED\"}}\n if(String(r.submitted_by)===verifierId){await tx.commit();return {ok:false,reason:\"SELF_VERIFICATION_FORBIDDEN\"}}\n if(String(r.result_sha256)!==resultSha256){await tx.commit();return {ok:false,reason:\"STALE_VERIFICATION_RESULT\"}}\n if(!new Set(verifierTokens).has(\"cap:verify\")){await tx.commit();return {ok:false,reason:\"VERIFIER_CAPABILITY_REQUIRED\"}}\n if(typeof verification?.passed!==\"boolean\"){await tx.commit();return {ok:false,reason:\"VERIFICATION_VERDICT_REQUIRED\"}}\n const t=now();\n if(verification.passed){\n await tx.execute({sql:`UPDATE ${T} SET state='COMPLETE',verified_by=?,verification_json=?,updated_at=? WHERE id=?`,args:[verifierId,j(verification),t,taskId]});\n await tx.commit();return {ok:true,task_id:taskId,state:\"COMPLETE\"};\n }\n await tx.execute({sql:`UPDATE ${T} SET state='READY',lease_owner=NULL,lease_expires_at=NULL,lease_token=NULL,submitted_by=NULL,verified_by=?,verification_json=?,updated_at=? WHERE id=?`,args:[verifierId,j(verification),t,taskId]});\n await tx.commit();return {ok:true,task_id:taskId,state:\"READY\"};\n }catch(e){try{await tx.rollback()}catch{};throw e}\n}\n\n","import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\n\nconst T=\"micro_tasks\";\nconst now=()=>new Date().toISOString();\nconst j=(x:any)=>JSON.stringify(x);\nconst p=(s:any,f:any=[])=>{try{return JSON.parse(String(s??\"\"))}catch{return f}};\nconst sha=async(s:string)=>[...new Uint8Array(await crypto.subtle.digest(\"SHA-256\",new TextEncoder().encode(s)))].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\");\n\nexport async function init(){\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS ${T}(\n id TEXT PRIMARY KEY,\n priority REAL NOT NULL,\n state TEXT NOT NULL,\n payload_json TEXT NOT NULL,\n prerequisites_json TEXT NOT NULL,\n executor_requirements_json TEXT NOT NULL,\n resources_json TEXT NOT NULL,\n lease_owner TEXT,\n lease_expires_at TEXT,\n lease_token TEXT,\n result_json TEXT,\n result_sha256 TEXT,\n submitted_by TEXT,\n verified_by TEXT,\n verification_json TEXT,\n updated_at TEXT NOT NULL\n )`);\n const cols:any=await sqlite.execute(`PRAGMA table_info(${T})`);\n const names=new Set((cols.rows as any[]).map(x=>String(x.name)));\n if(!names.has(\"lease_token\"))await sqlite.execute(`ALTER TABLE ${T} ADD COLUMN lease_token TEXT`);\n if(!names.has(\"submitted_by\"))await sqlite.execute(`ALTER TABLE ${T} ADD COLUMN submitted_by TEXT`);\n if(!names.has(\"verified_by\"))await sqlite.execute(`ALTER TABLE ${T} ADD COLUMN verified_by TEXT`);\n if(!names.has(\"verification_json\"))await sqlite.execute(`ALTER TABLE ${T} ADD COLUMN verification_json TEXT`);\n}\n\nexport async function addTask(x:{id:string,priority:number,payload:any,prerequisites?:string[],executor_requirements?:string[],resources?:string[]}){\n await init();\n const pre=[...new Set(x.prerequisites??[])],req=[...new Set(x.executor_requirements??[])],res=[...new Set(x.resources??[])];\n const payload=j(x.payload),prej=j(pre),reqj=j(req),resj=j(res);\n await sqlite.execute({sql:`INSERT OR IGNORE INTO ${T}(id,priority,state,payload_json,prerequisites_json,executor_requirements_json,resources_json,updated_at)\n VALUES(?,?,'READY',?,?,?,?,?)`,args:[x.id,x.priority,payload,prej,reqj,resj,now()]});\n const row:any=(await sqlite.execute({sql:`SELECT * FROM ${T} WHERE id=?`,args:[x.id]})).rows[0];\n if(!row||Number(row.priority)!==Number(x.priority)||row.payload_json!==payload||row.prerequisites_json!==prej||row.executor_requirements_json!==reqj||row.resources_json!==resj){\n throw new Error(\"TASK_ID_CONFLICT\");\n }\n return row;\n}\n\nexport async function claimBatch(executors:{id:string,tokens:string[]}[],leaseSeconds=900){\n if(!Number.isInteger(leaseSeconds)||leaseSeconds<30||leaseSeconds>900)throw new Error(\"INVALID_LEASE_SECONDS\");\n await init();\n if(!executors.length)return {ok:true,assignments:[]};\n const tx:any=await sqlite.transaction(\"write\");\n try{\n const tnow=now(),expires=new Date(Date.now()+leaseSeconds*1000).toISOString();\n await tx.execute({sql:`UPDATE ${T} SET state='READY',lease_owner=NULL,lease_expires_at=NULL,lease_token=NULL,updated_at=? WHERE state='LEASED' AND lease_expires_at[String(r.id),r]));\n const locked=new Set(),held=new Set();\n for(const r of leasedR.rows as any[]){\n if(r.lease_owner)held.add(String(r.lease_owner));\n for(const q of p(r.resources_json,[]))locked.add(String(q));\n }\n const candidates=(candR.rows as any[]).map(r=>({...r,pre:p(r.prerequisites_json,[]),req:p(r.executor_requirements_json,[]),res:p(r.resources_json,[])}));\n const used=new Set(),assignments:any[]=[];\n for(const e of executors){\n if(held.has(e.id))continue;\n const have=new Set(e.tokens);\n let pick:any=null;\n for(const r of candidates){\n if(used.has(String(r.id))||r.pre.some((x:string)=>!done.has(x))||r.req.some((x:string)=>!have.has(x))||r.res.some((x:string)=>locked.has(x)))continue;\n pick=r;break;\n }\n if(!pick)continue;\n used.add(String(pick.id));held.add(e.id);\n for(const q of pick.res)locked.add(String(q));\n assignments.push({\n executor_id:e.id,\n task_id:String(pick.id),\n lease_token:crypto.randomUUID(),\n priority:pick.priority,\n payload:p(pick.payload_json,{}),\n prerequisite_evidence:Object.fromEntries(pick.pre.map((x:string)=>[x,done.get(x)]))\n });\n }\n for(let off=0;off`WHEN ? THEN ?`).join(\" \"),tokenCases=c.map(()=>`WHEN ? THEN ?`).join(\" \"),ids=c.map(()=>\"?\").join(\",\");\n const args:any[]=[];\n for(const a of c)args.push(a.task_id,a.executor_id);\n for(const a of c)args.push(a.task_id,a.lease_token);\n args.push(expires,tnow,...c.map(a=>a.task_id));\n const u:any=await tx.execute({sql:`UPDATE ${T} SET state='LEASED',lease_owner=CASE id ${ownerCases} END,lease_token=CASE id ${tokenCases} END,lease_expires_at=?,updated_at=? WHERE state='READY' AND id IN (${ids}) RETURNING id`,args});\n if((u.rows||[]).length!==c.length)throw new Error(\"BATCH_CLAIM_RACE\");\n }\n await tx.commit();\n return {ok:true,assignments,lease_expires_at:expires};\n }catch(e){try{await tx.rollback()}catch{};throw e}\n}\n\nexport async function submit(executorId:string,taskId:string,leaseToken:string,result:any){\n await init();\n const tx:any=await sqlite.transaction(\"write\");\n try{\n const r:any=(await tx.execute({sql:`SELECT * FROM ${T} WHERE id=?`,args:[taskId]})).rows[0];\n if(!r||r.state!==\"LEASED\"||r.lease_owner!==executorId||r.lease_token!==leaseToken||String(r.lease_expires_at)<=now()){await tx.commit();return {ok:false,reason:\"NOT_CURRENT_LEASE_ATTEMPT\"}}\n const raw=j(result),h=await sha(raw);\n await tx.execute({sql:`UPDATE ${T} SET state='SUBMITTED',lease_owner=NULL,lease_expires_at=NULL,lease_token=NULL,result_json=?,result_sha256=?,submitted_by=?,verified_by=NULL,verification_json=NULL,updated_at=? WHERE id=?`,args:[raw,h,executorId,now(),taskId]});\n await tx.commit();return {ok:true,task_id:taskId,result_sha256:h};\n }catch(e){try{await tx.rollback()}catch{};throw e}\n}\n\nexport async function verify(verifierId:string,verifierTokens:string[],taskId:string,resultSha256:string,verification:any){\n await init();\n const tx:any=await sqlite.transaction(\"write\");\n try{\n const r:any=(await tx.execute({sql:`SELECT state,submitted_by,result_sha256 FROM ${T} WHERE id=?`,args:[taskId]})).rows[0];\n if(!r||r.state!==\"SUBMITTED\"){await tx.commit();return {ok:false,reason:\"TASK_NOT_SUBMITTED\"}}\n if(String(r.submitted_by)===verifierId){await tx.commit();return {ok:false,reason:\"SELF_VERIFICATION_FORBIDDEN\"}}\n if(String(r.result_sha256)!==resultSha256){await tx.commit();return {ok:false,reason:\"STALE_VERIFICATION_RESULT\"}}\n if(!new Set(verifierTokens).has(\"cap:verify\")){await tx.commit();return {ok:false,reason:\"VERIFIER_CAPABILITY_REQUIRED\"}}\n if(typeof verification?.passed!==\"boolean\"){await tx.commit();return {ok:false,reason:\"VERIFICATION_VERDICT_REQUIRED\"}}\n const t=now();\n if(verification.passed){\n // A caller-supplied boolean is an attestation, not independently established truth.\n // Fail closed: this generic coordination kernel may reject candidates, but it may\n // not promote them to COMPLETE without a task-specific verifier it can execute.\n await tx.commit();return {ok:false,reason:\"POSITIVE_VERIFICATION_NOT_ENFORCEABLE\"};\n }\n await tx.execute({sql:`UPDATE ${T} SET state='READY',lease_owner=NULL,lease_expires_at=NULL,lease_token=NULL,submitted_by=NULL,verified_by=?,verification_json=?,updated_at=? 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An accepted fact is simply a **completed evidence-producing task**. Downstream tasks depend on completed task IDs and receive their verified result/receipt as prerequisite evidence.\n\nNormal loop:\n\n`task -> batch claim -> execute -> submit -> verify(PASS/FAIL) -> COMPLETE/retry -> downstream task`\n\nWithin the trusted coordinator call path, the single `verify()` transition requires a different executor ID with `cap:verify`. This is **logical separation, not authenticated independence**: the micro-kernel itself does not prove that caller-supplied executor IDs/capabilities correspond to distinct external model invocations.\n\nA prior falsifier demonstrated that fabricated IDs/tokens can spoof this check if an untrusted caller can invoke mutation functions directly. Therefore the live trust boundary is:\n\n`untrusted worker <-> trusted execution adapter <-> internal micro-kernel`\n\nThe future provider adapter must generate/bind execution identities from actual separate invocations. Do not expose `claim/submit/accept/reject` as unauthenticated public mutation endpoints. No identity registry is justified before a real execution substrate requires one.\n\nNo live agent registry, workstream object, guard language, claim graph, frontier object, mission object, superhero factory, autoscaler, or Meta-OS.\n\n## Evidence for deletion\n\nAgainst preserved Brain generation 2638:\n\n- event chain verification: PASS\n- claim graph verification: PASS\n- 59,664 eligibility comparisons: 0 mismatches after collapsing dependency/guard concepts\n- 528/528 scheduler choices matched\n- repeated minimal scheduler benchmark: about 56.5x faster than the legacy predicate-heavy decision path\n- dynamic claim simulation: 528/528 executor outcomes matched\n- 10 causal claim/complete waves, 39 downstream claims: 0 mismatches\n- logical verification gate test: same-ID verification blocked; missing `cap:verify` blocked; different-ID verifier unlocked downstream work\n- verification-authentication falsifier: fabricated executor IDs/tokens can spoof independence if mutation calls are exposed to untrusted callers; external independence remains unproven until bound by a trusted execution adapter\n- `accept()` + `reject()` collapsed into one `verify()` transition; PASS -> COMPLETE, FAIL -> READY\n- one-task-graph projection against generation 2638: 59,664 eligibility decisions and 528 scheduler choices matched with 0 mismatches while representing historical claim/artifact prerequisites as fact-task nodes\n- one-table live qualification: lifecycle, false-verdict rejection, task-ID collision fail-closed, and 128-executor/64-task concurrency PASS\n- \\`micro_world\\` physically dropped after live regression PASS\n- batch assignment: 10,000 executors -> 10,000 unique tasks in ~3.37 s in staging\n- historical adaptive replay: one verified sample per branch then concentrate on the best observed branch was 2.583x faster than uniform allocation in that dataset\n\nThese are staging results, not universal proofs.\n\n## Live zero-cost execution frontier — 2026-09-09\n\nA credentialless Kilo gateway route was rediscovered in existing project assets and requalified live.\n\nVerified current facts:\n\n- Kilo live catalog exposes 19 `isFree=true` routes with zero prompt/completion pricing.\n- `kilo-auto/free` returned HTTP 200 and routed to a free model with reported cost 0.\n- Real producer/verifier qualification PASS:\n - producer: `dots-studio/dots-3-note-preview:free`\n - verifier: `stepfun/step-3.7-flash:free`\n - distinct adapter invocation IDs\n - distinct provider response IDs\n - different requested models\n - deterministic arithmetic cross-check PASS\n - producer reported cost 0; both catalog entries zero-priced\n - micro-kernel task reached COMPLETE only after verifier PASS\n- Dots-3 concurrency:\n - 32/32 simultaneous calls PASS at explicit cost 0 in one run\n - 64/64 PASS in another run\n - 128-way burst produced 36 HTTP 200 and 92 HTTP 429\n - later 40/40 passed, then a following 48-way burst was mostly 429\n - therefore no fixed concurrency ceiling is promoted; observed limits are rolling/provider-state dependent.\n- Free model qualification matrix:\n - 18 exact free routes tested once\n - 11 returned correct structured arithmetic\n - 14 returned HTTP-level success\n - multiple upstreams were independently usable.\n- Harder scheduling qualification:\n - 11 previously responsive free models tested\n - 7 produced a deterministically verified optimum 4-wave schedule at least once\n - fastest single valid results in that run were Nex N2.5 Mini and inclusionAI Ling variants at roughly ~1 s.\n- Reliability correction:\n - one-shot model success is not enough to call a route a reliable worker.\n - an 8-attempt-per-model diverse load test produced only 3 verified schedules total while many HTTP calls still succeeded.\n - worker selection must optimize **verified useful results per second**, not HTTP throughput.\n- Parallel replication signal:\n - Nex N2.5 Mini with a mechanically supplied lower-bound hint produced 16/16 verified schedules in one 16-way run; first verified result arrived in ~0.86 s.\n - a matched first hint ablation showed raw 0/8 vs hinted 7/8.\n - a second-instance replication was transport-confounded by rate limiting (only 3/8 raw and 4/8 hinted reached usable HTTP success), so the hint effect is **not promoted as general**.\n\nCurrent inference conclusion:\n\n> Real independent $0 execution is proven. The dominant frontier is now verified-yield routing under changing provider capacity, not Brain architecture.\n\nMinimal operational rule:\n\n> Prefer deterministic preprocessing when cheaply available; launch a small diverse set of zero-priced workers; accept only independently/deterministically verified output; treat 429/provider failures as route availability changes, not task/model scientific failures; do not maintain a permanent worker registry or fixed concurrency doctrine.\n\n## State-machine falsification additions — 2026-09-09\n\nTwo concrete ABA/stale-attempt bugs were reproduced and fixed without adding a subsystem.\n\n### Worker attempt ABA\n\nReproduced:\n\n1. executor A leases task T\n2. lease expires\n3. the same executor ID A leases T again\n4. a late result from attempt #1 arrives\n5. old API accepted it under attempt #2 because submission was fenced only by task ID + executor ID + current expiry\n\nFix:\n\n- every assignment now carries a random opaque `lease_token`\n- `submit()` requires the exact current token\n- expired/rejected/submitted leases clear the token\n- 64-task batch regression produced 64 unique task IDs and 64 unique lease tokens\n- stale token -> `NOT_CURRENT_LEASE_ATTEMPT`\n- current token -> PASS\n\n### Lease-duration bound\n\nA malformed caller previously could request an arbitrarily long lease; a live falsifier created a lease expiring in **2036**.\n\nThe slow-path kernel now accepts only integer `leaseSeconds` in **30..900**. The compact offline regression checks both bounds plus both ABA fences and batch uniqueness.\n\n### Verifier result ABA\n\nReproduced:\n\n1. submission #1 is produced and a verifier starts reviewing its hash\n2. another verifier rejects #1\n3. task is retried and submission #2 replaces the result\n4. stale verifier for #1 returns PASS\n5. old API accepted PASS against submission #2 because verification was not bound to the reviewed result\n\nThe falsifier ended with a COMPLETE row whose current result hash was submission #2 while the stored verifier receipt explicitly referenced submission #1.\n\nFix:\n\n- `verify()` now requires the exact `result_sha256` reviewed\n- mismatch -> `STALE_VERIFICATION_RESULT`\n- matching current hash -> PASS/FAIL transition allowed\n\nPost-fix real Kilo regression PASS:\n\n- Dots-3 producer HTTP 200, answer 437, reported cost 0\n- Step 3.7 verifier HTTP 200, independent provider response ID, correct verdict\n- lease token present\n- verifier receipt hash == current result hash\n- task reached COMPLETE\n\nConcurrency note:\n\n- an in-process `Promise.all` of multiple libSQL write transactions triggered a Val Town/libSQL client failure and is not evidence of a kernel race.\n- a realistic two-separate-Val-execution race for the same task produced exactly one assignment and one empty result, with one durable lease owner.\n- therefore no mutex/lock subsystem was added.\n\nFree-model audit note:\n\n> Free models are hypothesis generators, not authorities. Multiple bug-hunt outputs in these rounds confidently described code paths that do not exist or had already been handled correctly. Every proposed defect must be deterministically reproduced before it earns a fix.\n\n## Current operating limits and automation simplification\n\nOfficial Kilo gateway documentation currently states:\n\n- free models are available to anonymous users\n- free-model traffic is rate-limited at **200 requests/hour per IP**\n- `:free` routes have zero cost, but upstream providers can impose additional limits\n- free-model availability can change over time\n\nTherefore model diversity is used for **quality/upstream availability**, never to bypass the gateway-wide free limit.\n\nAutomation deletion:\n\n- keep: `Brain Frontier Worker` — the **single active hourly condition-watch**. It checks canonical restoration/support first, then continues the highest-leverage verified frontier.\n- disabled: redundant `Brain Restore Watch` after folding its exact check into the Frontier Worker\n- disabled: redundant `Runtime Falsifier`\n- disabled: redundant `Runtime Limit Watch`\n\nThe single surviving worker now carries recovery checking, the one-table kernel, `lease_token` fence, `result_sha256` verification fence, Kilo free-limit, and verified-yield policy.\n\nBounded state-machine fuzz:\n\n- 50 seeded mixed claim/submit/verify actions\n- 21 claim actions, 14 submit actions, 15 verify actions\n- 5 actual assignments, 5 accepted submissions, 3 successful verify transitions\n- stale/invalid calls were rejected\n- 0 structural invariant violations\n- a 500-step single-runtime attempt was **non-diagnostic** because the Val Town/libSQL client failed before scientific completion; this is treated as a substrate ceiling, not a kernel failure.\n\n## Fast path vs durable slow path\n\nThe micro-kernel is **not the default execution path**.\n\nUse **direct verified execution** when all are true:\n\n- work is bounded and synchronous\n- no cross-run handoff is required\n- no shared task ownership is required\n- no prerequisite graph or resource lock is needed\n- losing the current process would make rerun cheaper/simpler than durable coordination\n\nDirect path:\n\n`deterministic preprocessing -> zero-cost worker attempt(s) -> deterministic verifier when possible -> optional distinct model verifier -> first verified result wins`\n\nUse the one-table micro-kernel only when persistence/ownership/prerequisites/resource locks actually change correctness or expected time-to-verified-goal.\n\nThis makes the Brain a conditional durability/coordination primitive, not a universal wrapper around intelligence.\n\nLive files are now intentionally only:\n\n- `program.ts` — optional one-table durable coordination kernel\n- `run_e001.ts` — compact self-cleaning regression for lease bounds, task-ID fail-closed behavior, worker-attempt ABA, verifier-result ABA, verification separation, SUBMITTED resource exclusivity, and batch uniqueness\n- `README.md` — current evidence/operating boundary\n\nThe separate HTTP status endpoint was deleted because direct Val Town inspection already provides the needed state and the endpoint had no causal job.\n\n## Current external-boundary update — 2026-09-09\n\n- Canonical `mosadek/project-brain-live-v1-durable` remains absent from the live Val Town listing.\n- Exact restoration request was sent to Val Town's currently documented contact `hi@val.town` on 2026-09-09 after verifying the earlier request had only been sent to `support@val.town`.\n- No automated resend loop is allowed. Wait for a meaningful reply/restoration event.\n- Pollinations legacy anonymous OpenAI-compatible endpoint was tested live from Val Town with no Authorization header and returned **HTTP 402 Payment Required**. It is therefore disqualified as a current $0 credentialless execution lane.\n- Kilo remains the only empirically proven credentialless $0 inference lane in this project state.\n- Do not search indefinitely through stale “free API” lists. Add another provider only after current official/primary evidence plus a live zero-cost probe.\n\n## Native OpenAI execution preference — 2026-09-09\n\nCurrent official OpenAI product evidence changes the default execution hierarchy:\n\n- Codex is explicitly designed for **multiple agents working in parallel** with isolated worktrees/cloud environments.\n- ChatGPT Plus includes Codex, and current OpenAI guidance says Plus includes Work/Codex allowance; rollout/availability can differ by surface.\n- ChatGPT Work is the native long-running multi-step work surface.\n- This current chat tool surface does **not** expose a callable Codex/Work delegation tool, so no Codex run is invented here.\n\nTherefore:\n\n> If native Codex/Work is available in the active product surface, prefer it over custom Kilo/Val orchestration for substantial multi-agent work.\n\nFallback order:\n\n1. deterministic computation\n2. native Codex/Work parallel agents when available\n3. direct zero-cost Kilo attempts for public/non-sensitive bounded work\n4. one-table micro-kernel only when durable ownership/prerequisites/resource locks are actually required\n\nDo not build a parallel-agent manager, worktree manager, agent registry, or background-run framework merely to reproduce native Codex capabilities.\n\nAI Horde note:\n- official AI Horde docs still support anonymous text generation with public anonymous key `0000000000`\n- live text-worker status returned active workers\n- this ChatGPT tool surface blocks credential-shaped authorization handoff, and no-auth OpenAI-proxy call returned HTTP 401\n- therefore AI Horde is **officially available but not callable from this surface without crossing a tool safety boundary**; do not route around that boundary.\n\n## Authority and recovery\n\n### Exact recovery evidence retained\n\nAffected deleted Val: `mosadek/project-brain-live-v1-durable`.\n\nDo not silently recreate a new Val and call it the original. If Val Town restores the soft-deleted project, verify its code/history, project SQLite, blobs, env-var metadata/keys, branches, event chain, claim graph, and frontier before using its historical state. Restoration recovers evidence; it does **not** automatically reactivate the old architecture or authority.\n\nBest independently preserved state currently found:\n\n- source: `mosadek/brain-cohort-v3-p0-test-m1`\n- generation: **2638**\n- event head: `a5de552b7e2e3c9208e2b42410f66dc0fd301881f1e123b7ea97cb7e03177871`\n- event-chain verification: PASS\n- claim-graph verification: PASS\n\nA second project-scoped copy exists in this staging Val as:\n\n- `recovery/g2638/part0.bin` — 900000 bytes\n- `recovery/g2638/part1.bin` — 900000 bytes\n- `recovery/g2638/part2.bin` — 900000 bytes\n- `recovery/g2638/part3.bin` — 335503 bytes\n\nConcatenated bytes: **3035503** \nSHA-256: `ddaae55c3060f12802220d4bbe9385bcfefdbe675de8c3065e477890cbbc4405`\n\nIndependent reconstruction/readback of that copy passed. It is evidence, never canonical authority by itself.\n\n`authority = NONE`.\n\nThe deleted canonical project `mosadek/project-brain-live-v1-durable` remains the recovery target. Restored historical state is evidence/data, not automatic authority for the old architecture.\n\nDo not recreate the old architecture by default. A mechanism survives only if removing it measurably worsens correctness or end-to-end verified progress.\n\n## Rule\n\nRecover knowledge. Delete machinery. Scale useful execution.\n\n## Persistent single-process canary falsification — 2026-09-09 14:32Z\n\nLive readback from `mosadek/persistent-single-process-agent-canary` falsified the attempted long-lived in-process HTTP-agent route on this Val Town surface.\n\nObserved durable record:\n- durable boot_id: `bd1ac513-b84c-496b-8433-c0f15ca98c31`\n- kind: `start`\n- tick: 2\n- useful_iterations: 5000\n- cognition_count: 1\n- no later heartbeat replaced the start record, even though the code persists every 30 ticks (~60 s)\n\nFresh `/status` reads at 14:31:59Z and 14:32:00Z:\n- current boot_id: `c3f5991f-c572-4b50-b88d-90cb69405157`\n- started: false\n- tick: 0\n- `same_boot_as_durable=false`\n- `same_process_canary_alive=false`\n\nInference:\n> A started HTTP process did not survive long enough to produce its first scheduled heartbeat. Do not use one long-lived HTTP process as the autonomy substrate here. Prefer native Work/Codex when exposed, otherwise external scheduled/event re-entry with durable state; direct synchronous execution remains the default for bounded work.\n\n## Live free-route churn repair — 2026-09-09\n\nA current Project Brain liveness probe reproduced stale-model failure in `mosadek/gdi-kilo-bridge`: the hard-coded `minimax/minimax-m3:free` route returned HTTP 404 `model_not_found` even though the bridge had been edited recently. The bridge was repaired with exactly one model-line change to Kilo's server-maintained `kilo-auto/free` alias. Immediate live verification returned HTTP 200, exact `KILO_OK`, resolved to `poolside/laguna-s-2.1:free`, and reported `usage.cost = 0`.\n\nOperational consequence:\n\n> Do not pin an anonymous free worker merely because it was live earlier the same day. For generic liveness/first-attempt work, prefer `kilo-auto/free` or a fresh live catalog selection. Pin an exact free model only when task-specific evidence justifies it, and revalidate existence/zero pricing immediately before use. A stale model ID is a route-availability failure, not a model/task failure.\n\n## Fresh bounded recovery recheck — 2026-09-09\n\nCurrent ChatGPT/Val Town recheck preserved these additional non-authority facts:\n\n- `mosadek/project-brain-live-v1-durable` is still absent from the live Val listing.\n- The existing read-only recovery import probe fails with `ERR_MODULE_NOT_FOUND` for `project-brain-live-v1-durable@2407-main/val_native_kernel_v1.ts`; published-module import is not a current recovery path while the Val remains soft-deleted.\n- Direct project-scoped SQLite access against the deleted Val fails with `This val could not be found`; the MCP database surface cannot currently reach the retained soft-deleted database.\n- A bounded inspection of the recent isolated Brain Val databases did not establish a newer complete independent canonical snapshot than the already reconstructed generation-2638 copy. This is not proof that no later fragment/evidence exists.\n- Therefore in-place Val Town restoration remains the exact recovery boundary. Do not create a replacement Val and call it canonical, and do not repeat these dead recovery probes unless the platform state changes.\n\n\n## Fresh CHAT frontier check — 2026-09-09 14:29Z\n\nA new ChatGPT run attempted the mandated canonical boot through `mosadek/project-brain-live-v1-durable` and fail-closed because the Val is still absent.\n\nFresh checks:\n\n- exact canonical Val listing: still absent;\n- Gmail search for a new Val Town restoration reply: none found;\n- current Val Town tool surface exposes no restore/undelete operation; its soft-delete contract explicitly says restoration is by Val Town request and there is no self-serve undo;\n- native ChatGPT Work/Codex delegation is not callable from this chat tool surface; plugin discovery exposed OpenAI Developers but not a Work/Codex execution handoff;\n- Camber is connected and has existing agents, and current public pricing includes a $0 plan, but this tool surface exposes no remaining-message/credit balance or hard no-overage proof for the current account, so Camber was not consumed or promoted as an autonomous `$0` execution lane.\n\nDecision:\n\n> Do not counterfeit canonical Brain authority, do not recreate the deleted Val, do not build replacement orchestration, and do not spend scarce free-agent quota merely to demonstrate activity. The current fastest safe execution order remains deterministic direct work first, then native Work/Codex only when actually callable, then already-qualified zero-priced Kilo for bounded public/non-sensitive tasks, with the one-table kernel only when durable coordination is causally required.\n\nThis is non-authority recovery evidence only.\n\n\n## Direct verified-yield snapshot — 2026-09-09\n\nA bounded 8-call scheduling probe was run from Val Town against four credentialless Kilo routes. The task had an exact deterministic verifier and a known feasible/optimal makespan of 4. A result counted as a qualified zero-cost worker result only if HTTP succeeded, the returned schedule passed the deterministic verifier, and the gateway response explicitly reported `usage.cost = 0`.\n\nObserved:\n\n- `dots-studio/dots-3-note-preview:free`: **2/2 verified**, explicit cost 0, actual model unchanged, provider AtlasCloud; verified latencies **15.426 s** and **20.945 s**.\n- `kilo-auto/free`: **1/2 verified**, explicit cost 0 on the successful result; successful latency **39.294 s** and actual route `nvidia/nemotron-3-ultra-550b-a55b:free`. The other call returned HTTP 200 but no usable completion/cost attestation.\n- `stepfun/step-3.7-flash:free`: 2/2 schedules were deterministically valid, but the gateway responses omitted `usage.cost` and provider metadata, so they **fail closed for autonomous $0 qualification** in this snapshot.\n- `minimax/minimax-m3:free`: **0/2**, HTTP 404. An immediately preceding preflight that requested this name had been transparently served by a Nemotron free model, confirming that requested route labels cannot be treated as execution identity.\n\nCurrent bounded inference:\n\n> For public bounded work on this execution surface, Dots-3 is the strongest currently observed route among those tested because it combined 2/2 deterministic correctness with explicit zero reported cost. Treat this only as a current capacity snapshot, not a permanent registry or universal ranking.\n\nOperational change:\n\n> Start with the smallest currently qualified route set; audit the actual returned model/provider/cost; verify output deterministically; expand/fallback only when the first route fails or latency economics justify it. Do not keep stale model names merely because they worked earlier.\n\n\n## Submitted-resource exclusivity falsification — 2026-09-09 14:35Z\n\nA live isolated-branch audit reproduced a resource-lock hole in the one-table kernel.\n\nPre-fix sequence:\n1. T1 and T2 were READY with the same exclusive resource R.\n2. executor A claimed T1.\n3. A submitted a result; T1 moved to SUBMITTED and was still unverified.\n4. executor B immediately claimed conflicting T2.\n\nObserved audit field:\n- `reproduced_conflicting_claim_while_first_submitted = true`\n\nRoot cause:\n- `claimBatch()` built its locked-resource set from `state='LEASED'` rows only.\n- `submit()` clears the lease and moves the task to `SUBMITTED`, so exclusivity vanished before verification.\n\nMinimal repair:\n- one query predicate changed from `state='LEASED'` to `state IN ('LEASED','SUBMITTED')`.\n- no new table, lock manager, registry, or subsystem.\n\nPost-fix deterministic audits:\n- conflicting second claim while T1 was SUBMITTED: blocked.\n- verifier PASS moved T1 to COMPLETE.\n- T2 became immediately claimable after verified completion.\n- audit rows were cleaned from `micro_tasks` after each run.\n\nClassification:\n> `RESOURCE_LOCK_RELEASED_BEFORE_VERIFICATION = REPRODUCED_AND_FIXED`\n\nOperational invariant:\n> An exclusive resource remains locked from claim through SUBMITTED and is released only when verification resolves the task to COMPLETE or back to READY.\n\n\n## Matched preprocessing-hint replication — 2026-09-09 14:38Z\n\nA 16-call matched, no-retry, deterministic-verifier run compared raw scheduling prompts against the same prompts plus a mechanically derived lower-bound/optimality hint across two compact scheduling problems and four requested Kilo free routes.\n\nVerified outcomes:\n- P1 raw: 3/4; hinted: 3/4. First verified result: 19.250 s raw vs 17.555 s hinted.\n- P2 raw: 3/4; hinted: 3/4. First verified result: 26.041 s raw vs 27.000 s hinted.\n- Dots-3: 2/2 raw and 2/2 hinted, HTTP 200, reported cost 0.\n- Nemotron-3 Super: 2/2 raw and 2/2 hinted, HTTP 200, reported cost 0.\n- Step 3.7 Flash: 2/2 raw and 2/2 hinted but cost attestation was absent in these responses, so it remains fail-closed for autonomous $0 qualification.\n- Minimax M3: 0/4, HTTP 404, confirming the route is stale.\n\nClassification:\n> The earlier lower-bound-hint advantage does NOT generalize on these two matched tasks. Verified yield was identical and first-result latency moved in opposite directions. Do not inject deterministic hints by default. Use deterministic preprocessing when it directly solves, verifies, prunes, or cheaply reduces a demonstrated search burden; otherwise omit it.\n\nThis is non-authority staging evidence, not a universal claim about prompting or models.\n\n\n## Matched deterministic-hint ablation — 2026-09-09 14:38Z\n\nA bounded matched probe tested whether mechanically supplying a proven scheduling lower bound should become a default preprocessing step. Design: 2 fresh scheduling instances × 4 Kilo routes × raw/hinted = 16 calls, with the same strict JSON contract and deterministic feasibility/optimality verifier. Evidence trace: `01a0869870d0757cb936988273fe611c` from `tmp_verified_yield_probe.ts`.\n\nObserved portfolio results:\n- P1 raw: 3/4 verified; first verified 19.250 s, Dots-3.\n- P1 hinted: 3/4 verified; first verified 17.555 s, Dots-3.\n- P2 raw: 3/4 verified; first verified 26.041 s, Dots-3.\n- P2 hinted: 3/4 verified; first verified 27.000 s, Dots-3.\n- Overall verified yield: raw 6/8, hinted 6/8.\n- Dots-3: 4/4 verified and first verified in every arm.\n- Step 3.7: 4/4 deterministically valid, but current responses still do not supply the explicit cost/provider attestation required for autonomous $0 qualification.\n- MiniMax M3 exact route: 0/4, HTTP 404.\n- Nemotron Super exact route: 4/4 deterministically valid; observed P1 responses explicitly reported cost 0.\n\nInference:\n> The earlier strong hint effect does not generalize across these two fresh easy scheduling instances. A cheap deterministic lower bound may still be useful when it materially narrows a task, but there is no evidence here for making hint generation a mandatory front-end stage. Do not add that part by default.\n\nRouting consequence:\n> Keep the direct path smaller: use deterministic computation when it can solve/verify/narrow the task cheaply; otherwise start with the freshest qualified route (Dots-3 in this snapshot), verify, and expand/fallback only on failure or measured latency value. Exact route names remain ephemeral availability facts, not registry entries.\n\n\n## Live verified-yield routing correction — 2026-09-09 current chat\n\nA fresh Kilo catalog read still exposed 19 explicit `isFree=true` routes, but the previously hard-coded `minimax/minimax-m3:free` route now returns `model_not_found`. This is direct evidence against permanent worker registries.\n\nA bounded scheduling probe used a deterministic exact preprocessor to prove the optimum wave count before inference, then required a strict JSON schedule and deterministic verification.\n\nFirst hinted/reasoning-suppressed round:\n- Nex N2.5 Mini: 1/4 verified across exploration + repeats; fastest valid 922 ms, then 3 consecutive invalid outputs.\n- Ling 3.0 Flash Fin: 4/4 verified in the first burst.\n- Ling 3.0 Flash Sante: 1/1 verified in the first burst.\n- Dots3 Note Preview: 1/1 verified in the first burst.\n- Kilo Auto Free: 1/1 verified but ~27.3 s.\n- Step 3.7 Flash and Nemotron 3.5 Lightning exhausted the response budget without a usable final artifact.\n- North Mini Code returned a structurally invalid schedule.\n\nImmediate three-round replication minutes later:\n- Ling Fin: 0/3 strict verified despite HTTP 200 and reported cost 0.\n- Dots3: 2/3 strict verified.\n- Ling Sante: 0/3 under the strict wire schema, but all 3 outputs were semantically valid schedules encoded as arrays of sole-field `{\"task\":\"X\"}` objects. A deterministic canonicalizer can safely map that exact shape to task strings before verification.\n\nInference:\n> Fixed model ranking is unstable even over minutes. One fast first success is not a reliable routing signal. Preserve a small diverse launch set, use only short-lived recent verified-yield as a bias, and expire that bias aggressively.\n\nMinimal direct execution pipeline is therefore refined to:\n`deterministic preprocessing -> small diverse zero-priced burst -> safe deterministic canonicalization of mechanically equivalent wire shapes -> deterministic verification -> first verified result wins`.\n\nDo not canonicalize semantic mistakes, missing tasks, duplicate tasks, dependency violations, or unsupported structures. Canonicalization is syntax-only and must fail closed.\n\nNo new persistent worker registry, autoscaler, or routing service is justified by this evidence.\n",[150],"pulls","branches",1,"forks","envVars",{"_165":63,"_167":63},"connections",{"_165":63,"_166":63},"count","unfilledCount","emptyCount",{"_43":149,"_32":150,"_30":151,"_137":-5,"_41":42,"_40":152,"_139":25,"_38":178,"_13":154,"_33":20,"_35":155,"_24":25,"_143":-5,"_172":179,"_27":180},{"_43":145,"_32":28,"_30":31,"_137":-5,"_41":42,"_40":14,"_139":59,"_38":175,"_13":147,"_33":34,"_35":37,"_24":25,"_143":-5,"_172":176,"_27":177},{"_43":134,"_32":135,"_30":136,"_137":-5,"_41":42,"_40":138,"_139":59,"_38":171,"_13":141,"_33":34,"_35":142,"_24":25,"_143":-5,"_172":173,"_27":174},["D",1788964833823],"children",[],[135],["D",1788964846460],[],[28],["D",1788964842724],[],[150],["D",1788919082638],["D",1789530642963],{"_100":99,"_108":104},{"_100":99,"_101":102,"_103":104,"_18":55,"_105":106,"_107":25},{"_13":89,"_32":90,"_43":42,"_91":44,"_92":-5,"_93":-5,"_94":-5,"_95":-5,"_96":-5,"_97":45,"_98":99},"ctx",{"_82":-5,"_128":219,"_220":221,"_222":223,"_224":25,"_225":25,"_226":25,"_227":59,"_228":-5,"_229":-7,"_230":-7,"_231":63,"_232":25,"_233":25,"_234":-5,"_235":25,"_236":25,"_237":25,"_238":-5},"ENV",{"_190":191,"_192":193,"_194":90,"_195":196,"_197":198,"_199":200,"_201":202,"_203":204,"_205":206,"_207":208,"_209":210,"_211":212,"_213":214,"_215":216,"_217":218},"REACT_APP_SENTRY_DSN","https://586020d86f05489db63a554690acf1e9@o1398359.ingest.sentry.io/6724499","RENDER_GIT_COMMIT","5015b8df46402d8bba4f485ecc37aec202b0e06b","RENDER_GIT_BRANCH","POSTHOG_API_TOKEN","phc_nmoyuAkStEZuUp69rYlg1DZgrIt19Gx0Y4Hwf8tGgJP","POSTHOG_API_HOST","https://wart.val.town","WEB_API_TEMPLATE","https://{val}.web.val.run","APP_URL","https://www.val.town","MODULE_URL","https://esm.town","VANITY_WEB_API_TEMPLATE","https://{label}.val.run/","DENOLS_URL","https://lsp.val.town","NODE_ENV","production","CLOUDFLARE_TURNSTILE_SITE_KEY","0x4AAAAAACtaIZJH7s9rBMZ6","GOOGLE_CLIENT_ID","875989696899-jtsqkhlbdv5jrlsk8631p7ipjg3c6o62.apps.googleusercontent.com","STRIPE_PUBLISHABLE_KEY","pk_live_51N2zvWEpZTTLipIkVEwXrUG9AT0yeOOEYxszarZT1jpsZV58Ly6wlg3SltZpHN26CUalOBmUSY7adQRQiSkCZz2500qSXNkf8Y","API_URL","https://api.val.town",[],"preferencesKeybindings","default","preferencesTheme","light","preferencesFixers","preferencesCopilot","preferencesSelectionAi","preferencesCloseBrackets","preferencesChatPanelState","preferencesDprint","preferencesDenofmt","notificationCount","flagDenols","isBusinessOrgMember","businessOrgHandle","isBusinessOrgAdmin","isHigherTownieTier","navCollapsed","currentOrgId"]

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