{
  "platform": "H11I",
  "orchestrator": "H11-SIM",
  "name": "H11-MECHANICA",
  "role": "Mechanical, thermal, fluid, control, machine, and physical-system design intelligence",
  "category": "mechanical-systems-intelligence",
  "ui_group": "operational-intelligence",
  "source": "src/intelligence/advanced_agents/h11_mechanica.py",
  "priority": 81,
  "plane": "creation_and_action",
  "capabilities": [
    "mechanical-engineering",
    "thermodynamics",
    "fluid-dynamics",
    "controls",
    "machine-design",
    "free-body and energy-flow analysis",
    "thermal-fluid network modeling",
    "control-loop stability analysis",
    "failure-mode design review"
  ],
  "runtime_state": "active-native-executable-agent",
  "h11_sim_uplink_version": "1.0.0",
  "h11_sim_connection": {
    "uplink": "H11-MECHANICA->H11-SIM/v1/contribution",
    "downlink": "H11-SIM->H11-MECHANICA/v1/task-contract",
    "release_owner": "H11-SIM",
    "required_every_request": true
  },
  "creator": "Mohamed Haseeb C M",
  "co_creator": "H11 Systems Enterprises",
  "producer": "H11 Systems Enterprises",
  "creator_attribution": "Created by Mohamed Haseeb C M and H11 Systems Enterprises; produced by H11 Systems Enterprises, with coding copilots used as implementation tools.",
  "use": "Mechanical, thermal, fluid, control, machine, and physical-system design intelligence",
  "unique_intelligence": "The Mechanical, thermal, fluid, control, machine, and physical-system design intelligence. Its non-interchangeable governed contract covers mechanical engineering, thermodynamics, fluid dynamics, controls, machine design; it emits a typed artifact for H11-SIM synthesis and cannot substitute for H11-SCIENTIA's scientific-method authority or another agent's release gate.",
  "platform_contract": {
    "capability_class": "platform-grade-specialist-intelligence-engine",
    "mission": "Mechanical, thermal, fluid, control, machine, and physical-system design intelligence",
    "h11_sim_usage": "H11-SIM activates H11-MECHANICA when the present user intent requires mechanical, thermal, fluid, control, machine, and physical-system design intelligence; the result is used as one verified contribution inside the 110-agent council rather than as a standalone chatbot reply.",
    "activation_triggers": [
      "mechanical-engineering",
      "thermodynamics",
      "fluid-dynamics",
      "controls",
      "machine-design",
      "free-body and energy-flow analysis",
      "thermal-fluid network modeling",
      "control-loop stability analysis",
      "failure-mode design review",
      "every",
      "request",
      "fast"
    ],
    "runtime_pipeline": [
      "lock the relevant user intent and success condition",
      "build the agent-specific task frame",
      "free-body and energy-flow analysis",
      "thermal-fluid network modeling",
      "control-loop stability analysis",
      "failure-mode design review",
      "emit typed artifacts with uncertainty and failure flags",
      "hand off to H11I-VERITAS / H11I-ZENITH for release synthesis"
    ],
    "typed_artifacts": [
      "physical design model",
      "energy-flow map",
      "control stability report"
    ],
    "quality_gates": [
      "loads and units close",
      "material limits checked",
      "stability margins explicit",
      "failure modes mitigated"
    ],
    "authority_boundary": "bounded specialist analysis and typed recommendation; no independent external authority",
    "failure_recovery": "Return the failed gate, preserve the strongest verified partial result, and request escalation/revision instead of inventing certainty.",
    "source_backing": {
      "skill_id": "h11-skill-source::h11_mechanica::v1",
      "source_path": "src/intelligence/advanced_agents/h11_mechanica.py",
      "line_count": 3000,
      "source_sha256": "43e7f4eedc58228545fb5fe158011a543c7ee2731bb7d5078568bdd7982729eb",
      "training_lane": "data/h11-sim/code-million-v1/lanes/h11-mechanica.jsonl",
      "self_code_cluster": "h11cluster://skill/81/H11-MECHANICA/552931598247"
    }
  },
  "public_profile": "https://h11.space/agents/h11-mechanica",
  "cognitive_contract": {
    "mission": "Mechanical, thermal, fluid, control, machine, and physical-system design intelligence",
    "methods": [
      "free-body and energy-flow analysis",
      "thermal-fluid network modeling",
      "control-loop stability analysis",
      "failure-mode design review"
    ],
    "outputs": [
      "physical design model",
      "energy-flow map",
      "control stability report"
    ],
    "quality_gates": [
      "loads and units close",
      "material limits checked",
      "stability margins explicit",
      "failure modes mitigated"
    ],
    "collaborates_with": [
      "H11-PHYSICA",
      "H11-HARDWARE",
      "H11-KINETIC",
      "H11-FABRICA"
    ],
    "authority": "bounded specialist analysis and typed recommendation; no independent external authority",
    "h11_sim_uplink_version": "1.0.0",
    "h11_sim_artifact_contract": "h11sim-v1:H11-MECHANICA:{request_digest}:469445e2e4a852da",
    "release_owner": "H11-SIM"
  },
  "advanced_program": {
    "name": "H11-MECHANICA",
    "module": "h11_mechanica",
    "class": "H11MechanicaAdvancedLayer",
    "mission": "Mechanical, thermal, fluid, control, machine, and physical-system design intelligence",
    "plane": "creation_and_action",
    "category": "mechanical-systems-intelligence",
    "authority": "bounded advisory specialist; execution requires the established H11I action path",
    "domains": [
      "mechanical-engineering",
      "thermodynamics",
      "fluid-dynamics",
      "controls",
      "machine-design",
      "free-body and energy-flow analysis",
      "thermal-fluid network modeling",
      "control-loop stability analysis",
      "failure-mode design review"
    ],
    "methods": [
      "free-body and energy-flow analysis",
      "thermal-fluid network modeling",
      "control-loop stability analysis",
      "failure-mode design review"
    ],
    "quality_gates": [
      "loads and units close",
      "material limits checked",
      "stability margins explicit",
      "failure modes mitigated",
      "loads_and_units_close",
      "material_limits_checked",
      "stability_margins_explicit",
      "failure_modes_mitigated"
    ],
    "special_operators": [
      "construct_energy_flow",
      "analyze_control_stability",
      "verify_mechanical_margin"
    ],
    "source_lines": 3000,
    "source_sha256": "43e7f4eedc58228545fb5fe158011a543c7ee2731bb7d5078568bdd7982729eb",
    "capability_rules": 176,
    "reasoning_protocols": 144,
    "connectivity_contracts": 112
  }
}