Scale & orchestration
Explore the hyperstructure scenario and its operator-facing architecture.
A CLOSER LOOK
For mission designers: inspect this scenario’s task graph and operator runbook, then connect it to a related executable local workflow.
Read task identities, dependencies, budgets and acceptance descriptions. A project plan is an input artifact; its targets are not evidence of completed work.
demo/OMNIPHOENIX-ASCENDANT-HYPERSTRUCTURE/project-plan.hyperstructure.json ↗Follow the scenario-specific runbook and separate plan generation, owner diagnostics and contract execution. Some steps require a configured environment.
demo/OMNIPHOENIX-ASCENDANT-HYPERSTRUCTURE/RUNBOOK.md ↗This related local demo provides concrete executable job specifications. Compare the mission plan with the jobs actually selected by a launcher before claiming scenario-specific execution.
demo/asi-takeoff/config/mission@v2.json ↗REAL REPOSITORY MATERIAL
Reading the exact source at revision 5b4cebb3.
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demo/OMNIPHOENIX-ASCENDANT-HYPERSTRUCTURE/project-plan.hyperstructure.json
Select a walkthrough step to explore its source.
{
"initiative": "Omniphoenix Ascendant Hyperstructure",
"objective": "Coordinate resilient planetary supply, climate stabilisation, and knowledge labor through the AGI Jobs v2 autonomy stack without bespoke extensions.",
"budget": {
"currency": "AGIALPHA",
"total": "1250000"
},
"governance": {
"owner": "0xOMNIPHOENIX-COUNCIL",
"pauseAuthority": "SystemPause",
"treasury": "0xTREASURY-HYPERSTRUCTURE",
"thermostat": {
"initialTemperature": "0.22",
"emergencyTemperature": "0.38",
"updateScript": "scripts/v2/updateThermodynamics.ts"
}
},
"participants": {
"agents": [
{
"handle": "atlas.agent.agi.eth",
"role": "Atlas Coordination Desk",
"capabilities": [
"Macroeconomic modelling",
"Multi-region supply orchestration",
"Thermodynamic scenario design"
]
},
{
"handle": "celerity.agent.agi.eth",
"role": "Transcontinental Logistics Collective",
"capabilities": [
"Autonomous freight routing",
"Port & rail integration",
"Disruption forecasting"
]
},
{
"handle": "aegis.validator.agi.eth",
"role": "Global Assurance Cooperative",
"capabilities": [
"Validator quorum",
"Stake-weighted auditing",
"Dispute arbitration"
]
},
{
"handle": "harmonia.agent.agi.eth",
"role": "Climate Resilience Guild",
"capabilities": [
"Carbon market execution",
"Renewable balancing",
"Geo-spatial sensing"
]
},
{
"handle": "codex.agent.agi.eth",
"role": "Knowledge Stewardship Assembly",
"capabilities": [
"Data governance",
"Open research verification",
"Credential attestation"
]
}
],
"validators": [
{
"handle": "aegis.validator.agi.eth",
"stake": "180000",
"mandate": "Global compliance, integrity attestations"
},
{
"handle": "aurora.validator.agi.eth",
"stake": "150000",
"mandate": "Energy balancing, thermodynamic audits"
},
{
"handle": "civic.validator.agi.eth",
"stake": "120000",
"mandate": "Human-impact oversight across polities"
},
{
"handle": "safety.validator.agi.eth",
"stake": "110000",
"mandate": "Infrastructure resilience and fail-safe drills"
}
]
},
"jobs": [
{
"id": "GLOBAL-INPUT-LEDGER",
"title": "Harmonised supply input registry across continental corridors",
"reward": "145000",
"deadlineDays": 21,
"dependencies": [],
"energyBudget": "52000",
"thermodynamicProfile": {
"expectedEntropy": "0.14",
"adjustmentOnDelay": "raise-temperature"
}
},
{
"id": "CLIMATE-SWARM-DEPLOY",
"title": "Deploy adaptive climate stabilisation swarm",
"reward": "210000",
"deadlineDays": 45,
"dependencies": ["GLOBAL-INPUT-LEDGER"],
"energyBudget": "87000",
"thermodynamicProfile": {
"expectedEntropy": "0.19",
"adjustmentOnDelay": "increase-agent-share"
}
},
{
"id": "PAN-PAYMENTS-NETTING",
"title": "Cross-currency settlement and treasury routing drill",
"reward": "175000",
"deadlineDays": 18,
"dependencies": ["GLOBAL-INPUT-LEDGER"],
"energyBudget": "46000",
"thermodynamicProfile": {
"expectedEntropy": "0.09",
"adjustmentOnDelay": "double-validator-bonus"
}
},
{
"id": "KNOWLEDGE-SAFEGUARD",
"title": "Open research verification and attestation cycle",
"reward": "120000",
"deadlineDays": 30,
"dependencies": ["GLOBAL-INPUT-LEDGER"],
"energyBudget": "33000",
"thermodynamicProfile": {
"expectedEntropy": "0.07",
"adjustmentOnDelay": "trigger-pause-check"
}
},
{
"id": "INFRA-REGEN-DEPLOY",
"title": "Autonomous infrastructure regeneration across megacities",
"reward": "245000",
"deadlineDays": 120,
"dependencies": ["CLIMATE-SWARM-DEPLOY", "PAN-PAYMENTS-NETTING"],
"energyBudget": "158000",
"thermodynamicProfile": {
"expectedEntropy": "0.23",
"adjustmentOnDelay": "raise-temperature"
}
},
{
"id": "GLOBAL-AUDIT-SYNTH",
"title": "Planetary assurance synthesis and dispute resolution dry-run",
"reward": "98000",
"deadlineDays": 20,
"dependencies": ["KNOWLEDGE-SAFEGUARD", "PAN-PAYMENTS-NETTING"],
"energyBudget": "28000",
"thermodynamicProfile": {
"expectedEntropy": "0.05",
"adjustmentOnDelay": "trigger-pause-check"
}
},
{
"id": "EQUILIBRIUM-REBALANCE",
"title": "Thermodynamic equilibrium calibration and treasury rebalance",
"reward": "135000",
"deadlineDays": 25,
"dependencies": ["INFRA-REGEN-DEPLOY", "GLOBAL-AUDIT-SYNTH"],
"energyBudget": "41000",
"thermodynamicProfile": {
"expectedEntropy": "0.11",
"adjustmentOnDelay": "increase-agent-share"
}
}
],
"reporting": {
"artifacts": {
"dryRun": "reports/asi-takeoff/dry-run.json",
"thermodynamics": "reports/asi-takeoff/thermodynamics.json",
"missionControl": "reports/asi-takeoff/mission-control.md",
"summary": "reports/asi-takeoff/summary.md"
},
"dashboards": [
"reports/asi-takeoff/mission-control.md",
"reports/asi-takeoff/thermodynamics.json",
"reports/asi-takeoff/summary.json"
]
}
}
SHA-256 051c27f8a50321306dbab30b8c0bca281bf42a8473d66bf7c0217a981630e765
FROM READING TO A REPRODUCIBLE RUN
From the repository root, use nvm install, nvm use and npm ci with the pinned Node/npm versions. The local driver uses mock assets; its owned development node stops at the end. If port 8545 is occupied, use DEMO_PORT=18545.
Complete environment setup ↗npm run demo:asi-takeoff:localThe related ASI Take-Off workflow generates local contract evidence. It demonstrates the execution mechanism; it does not itself execute every task in this scenario’s project plan.
The source inspector above reads bundled repository material. Local commands run separately on your computer. Recorded examples may contain historical timestamps, placeholders and simulated metrics.
MAKE IT YOUR OWN
Choose one task from this plan and specify its real input, acceptance test, validator evidence and settlement condition. Identify what the related local demonstration covers.
THE SYSTEM, MADE VISIBLE
flowchart LR
Operators((Mission Owners)) --> demo_OMNIPHOENIX_ASCENDANT_HYPERSTRUCTURE[[Demo → Omniphoenix Ascendant Hyperstructure]]
demo_OMNIPHOENIX_ASCENDANT_HYPERSTRUCTURE --> Core[[AGI Jobs v0 (v2) Core Intelligence]]
Core --> Observability[[Unified CI / CD & Observability]]
Core --> Governance[[Owner Control Plane]]WHEN SOMETHING DOESN’T MATCH
Choose DEMO_PORT=18545 before the command. Do not connect a demo to an unrelated or valuable chain.
Read the first failed transaction or validation step. Compare the effective mission, committee thresholds and report scope; a partial report is not a completed run.
TRACE THE CHECKS
This directory has no standalone test source files. Follow the shared implementation and its behavioral tests before making correctness claims.
For live commissioning, consult the production readiness record.
EVERY VARIANT, PRESERVED
REPRODUCE & INSPECT
Run commands from the repository root after following this demo's guide. Network and owner actions require their documented setup.
No root-level launch command is associated with this source path. Follow the guide or source directory for its own entry point.