{
  "schema_version": 1,
  "operations": {
    "relativity_benchmarks": {
      "engines": [
        "PF production geodesics and clocks",
        "SciPy",
        "Gaussian spectral overlap"
      ],
      "operations": [
        "published_clocks_and_links"
      ],
      "limits": "Fixed source-traceable Schwarzschild/GPS clock, radial light-time and relativistic Gaussian-mode references. Published printed targets and equation consistency are labelled separately; no experimental or commercial qualification."
    },
    "portable_relativity": {
      "engines": [
        "PF portable vacuum BSSN",
        "NumPy",
        "SciPy and QuTiP for the metric-link study"
      ],
      "operations": [
        "minkowski",
        "gauge_wave",
        "gauge_wave_link",
        "numerical_plane_apparatus"
      ],
      "limits": "Bounded periodic vacuum evolution with zero shift and harmonic lapse. Numerical-plane apparatus workflows physically consume evolved fields in photon, clock, storage and gate calculations; Earth/TLE geometry and generic numerical-metric injection are excluded. Executes without Cactus or WSL. Separate implementation, not full Einstein Toolkit equivalence; no AMR, matter or black-hole mergers."
    },
    "numerical_metric_link": {
      "engines": [
        "Einstein Toolkit",
        "kuibit",
        "PF numerical-metric Hamiltonian ray solver",
        "QuTiP"
      ],
      "operations": [
        "gauge_wave_link",
        "metric_line_link"
      ],
      "limits": "Validated x-dependent diagonal ADM metric with x shift only; numerical metric, null rays, observer proper times and declared Gaussian receiver-mode channel. Gauge wave has flat curvature. Arbitrary 3D AMR Earth-metric injection remains unimplemented."
    },
    "quantum": {
      "engines": [
        "QuTiP"
      ],
      "operations": [
        "amplitude_damping",
        "collective_dephasing",
        "driven_correlated",
        "heom_pure_dephasing",
        "mission_memory"
      ],
      "limits": "Two/four qubits; bounded GKSL/commuting HEOM; actual two-qubit mission-memory replay. No unrestricted many-body or arbitrary Hamiltonian API."
    },
    "tomography": {
      "engines": [
        "Qiskit",
        "Qiskit Aer",
        "Qiskit Experiments"
      ],
      "operations": [
        "state",
        "process"
      ],
      "limits": "Two-qubit states, including actual mission density matrices; one-qubit process. Synthetic counts are labelled; no physical QPU execution or automatic SPAM calibration."
    },
    "network": {
      "engines": [
        "SeQUeNCe"
      ],
      "operations": [
        "native_reservations",
        "published_tutorial"
      ],
      "limits": "Declared stationary fiber/router model. Free-space orbital geometry and link losses are not silently translated into fiber attenuation."
    },
    "orbit": {
      "engines": [
        "Orekit",
        "JPype",
        "SGP4"
      ],
      "operations": [
        "two_body",
        "j2",
        "vallado_sgp4"
      ],
      "limits": "Bounded reference orbits and frozen Vallado vectors. Mission-derived osculating elements are reoriented to the reference orbit and do not reproduce its original epoch/trajectory."
    },
    "time_tags": {
      "engines": [
        "CSV recorded-event replay",
        "Swabian FileReader"
      ],
      "operations": [
        "coincidence_replay"
      ],
      "limits": "Explicit managed recordings only; Swabian requires installed vendor SDK. Integrity checks do not establish measured accuracy or synthesize missing detections."
    },
    "uncertainty": {
      "engines": [
        "PyMC",
        "SALib"
      ],
      "operations": [
        "memory_inference",
        "memory_sobol"
      ],
      "limits": "Declared pure-dephasing Bell-memory model and observations/distributions. No arbitrary mission posterior or implied empirical qualification."
    },
    "published": {
      "engines": [
        "SciPy",
        "PF production protocols"
      ],
      "operations": [
        "published_suite",
        "snspd_fixed_model",
        "published_quantum_limits",
        "published_bell_statistics"
      ],
      "limits": "Specific published equations, records and frozen data; source-specific validation scope retained."
    },
    "gr_reference": {
      "engines": [
        "EinsteinPy",
        "SymPy"
      ],
      "operations": [
        "schwarzschild"
      ],
      "limits": "Exterior spherical stationary metric/clock/radial-null references. No general Einstein-equation evolution or privileged-frame selection."
    },
    "fmu": {
      "engines": [
        "FMPy"
      ],
      "operations": [
        "dahlquist"
      ],
      "limits": "Pinned reference FMU only. No arbitrary FMU upload and no automatic identification of a mission control model."
    },
    "matlab": {
      "engines": [
        "MATLAB Engine",
        "Simulink"
      ],
      "operations": [
        "clock_relaxation",
        "simulink_clock_relaxation"
      ],
      "limits": "Fixed clock-relaxation ODE/model; dedicated licensed installation required. MATLAB Runtime alone is insufficient."
    },
    "numerical_relativity": {
      "engines": [
        "Einstein Toolkit",
        "kuibit"
      ],
      "operations": [
        "gauge_wave",
        "analyze",
        "registered_run",
        "gw150914_reference"
      ],
      "limits": "Only explicitly implemented execution/import/analysis experiments are exposed; no claim that every thorn, solver, AMR topology or kuibit analysis is supported. Metric-to-mission coupling requires a validated coordinate/unit/trajectory adapter."
    },
    "relativistic_quantum": {
      "engines": [
        "PF null-geodesic solver",
        "QuTiP",
        "SciPy"
      ],
      "operations": [
        "satellite_link",
        "saved_ray_channel"
      ],
      "limits": "Declared Schwarzschild worldlines, measured frequency ratio and Gaussian spectral receiver modes. Deterministic frequency shifts are not automatic decoherence."
    }
  },
  "applicability": [
    {
      "workflow": "simulation",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "portable_relativity",
      "status": "supported",
      "reason": "Physical coupling only when spacetime=numerical_plane: evolved BSSN fields drive the prescribed apparatus null links, proper clocks, storage and detector gates. Earth/SGP4 configurations retain contextual-reference scope; benchmark verification does not establish mission accuracy.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "numerical_metric_link",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "quantum",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_memory"
      ]
    },
    {
      "workflow": "simulation",
      "integration": "tomography",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_state_tomography"
      ]
    },
    {
      "workflow": "simulation",
      "integration": "network",
      "status": "reference_only",
      "reason": "A stationary fiber reservation study can inform component assumptions; its channel model is not the orbital free-space link.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "orbit",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_orbit_reference"
      ]
    },
    {
      "workflow": "simulation",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "gr_reference",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_schwarzschild"
      ]
    },
    {
      "workflow": "simulation",
      "integration": "fmu",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "matlab",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "numerical_relativity",
      "status": "unimplemented",
      "reason": "Engine execution and kuibit analysis are available as research studies; generic numerical-metric injection into satellite worldlines is not implemented.",
      "companion_ids": []
    },
    {
      "workflow": "simulation",
      "integration": "relativistic_quantum",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_spectral_channel"
      ]
    },
    {
      "workflow": "comparison",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "portable_relativity",
      "status": "supported",
      "reason": "Physical coupling only when spacetime=numerical_plane: evolved BSSN fields drive the prescribed apparatus null links, proper clocks, storage and detector gates. Earth/SGP4 configurations retain contextual-reference scope; benchmark verification does not establish mission accuracy.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "numerical_metric_link",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "quantum",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_memory"
      ]
    },
    {
      "workflow": "comparison",
      "integration": "tomography",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_state_tomography"
      ]
    },
    {
      "workflow": "comparison",
      "integration": "network",
      "status": "reference_only",
      "reason": "A stationary fiber reservation study can inform component assumptions; its channel model is not the orbital free-space link.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "orbit",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_orbit_reference"
      ]
    },
    {
      "workflow": "comparison",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "gr_reference",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_schwarzschild"
      ]
    },
    {
      "workflow": "comparison",
      "integration": "fmu",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "matlab",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "numerical_relativity",
      "status": "unimplemented",
      "reason": "Engine execution and kuibit analysis are available as research studies; generic numerical-metric injection into satellite worldlines is not implemented.",
      "companion_ids": []
    },
    {
      "workflow": "comparison",
      "integration": "relativistic_quantum",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_spectral_channel"
      ]
    },
    {
      "workflow": "precision",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "portable_relativity",
      "status": "supported",
      "reason": "Physical coupling only when spacetime=numerical_plane: evolved BSSN fields drive the prescribed apparatus null links, proper clocks, storage and detector gates. Earth/SGP4 configurations retain contextual-reference scope; benchmark verification does not establish mission accuracy.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "numerical_metric_link",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "quantum",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_memory"
      ]
    },
    {
      "workflow": "precision",
      "integration": "tomography",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_state_tomography"
      ]
    },
    {
      "workflow": "precision",
      "integration": "network",
      "status": "reference_only",
      "reason": "A stationary fiber reservation study can inform component assumptions; its channel model is not the orbital free-space link.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "orbit",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_orbit_reference"
      ]
    },
    {
      "workflow": "precision",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "gr_reference",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_schwarzschild"
      ]
    },
    {
      "workflow": "precision",
      "integration": "fmu",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "matlab",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "numerical_relativity",
      "status": "unimplemented",
      "reason": "Engine execution and kuibit analysis are available as research studies; generic numerical-metric injection into satellite worldlines is not implemented.",
      "companion_ids": []
    },
    {
      "workflow": "precision",
      "integration": "relativistic_quantum",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_spectral_channel"
      ]
    },
    {
      "workflow": "assurance",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "portable_relativity",
      "status": "supported",
      "reason": "Physical coupling only when spacetime=numerical_plane: evolved BSSN fields drive the prescribed apparatus null links, proper clocks, storage and detector gates. Earth/SGP4 configurations retain contextual-reference scope; benchmark verification does not establish mission accuracy.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "numerical_metric_link",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "quantum",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_memory"
      ]
    },
    {
      "workflow": "assurance",
      "integration": "tomography",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_state_tomography"
      ]
    },
    {
      "workflow": "assurance",
      "integration": "network",
      "status": "reference_only",
      "reason": "A stationary fiber reservation study can inform component assumptions; its channel model is not the orbital free-space link.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "orbit",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_orbit_reference"
      ]
    },
    {
      "workflow": "assurance",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "gr_reference",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_schwarzschild"
      ]
    },
    {
      "workflow": "assurance",
      "integration": "fmu",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "matlab",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "numerical_relativity",
      "status": "unimplemented",
      "reason": "Engine execution and kuibit analysis are available as research studies; generic numerical-metric injection into satellite worldlines is not implemented.",
      "companion_ids": []
    },
    {
      "workflow": "assurance",
      "integration": "relativistic_quantum",
      "status": "supported",
      "reason": "Derived from saved effective settings and actual selected mission outputs; per-job prerequisites are checked.",
      "companion_ids": [
        "mission_spectral_channel"
      ]
    },
    {
      "workflow": "benchmarks",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "portable_relativity",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "numerical_metric_link",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "tomography",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "network",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "orbit",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "gr_reference",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "fmu",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "matlab",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "numerical_relativity",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "benchmarks",
      "integration": "relativistic_quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "portable_relativity",
      "status": "inapplicable",
      "reason": "Standalone quantum component benchmarks have no spacetime or satellite trajectory to transfer.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "numerical_metric_link",
      "status": "inapplicable",
      "reason": "Standalone quantum component benchmarks have no spacetime or satellite trajectory to transfer.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "tomography",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "network",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "orbit",
      "status": "inapplicable",
      "reason": "Standalone quantum component benchmarks have no spacetime or satellite trajectory to transfer.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "gr_reference",
      "status": "inapplicable",
      "reason": "Standalone quantum component benchmarks have no spacetime or satellite trajectory to transfer.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "fmu",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "matlab",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "numerical_relativity",
      "status": "inapplicable",
      "reason": "Standalone quantum component benchmarks have no spacetime or satellite trajectory to transfer.",
      "companion_ids": []
    },
    {
      "workflow": "quantum_benchmarks",
      "integration": "relativistic_quantum",
      "status": "inapplicable",
      "reason": "Standalone quantum component benchmarks have no spacetime or satellite trajectory to transfer.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "portable_relativity",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "numerical_metric_link",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "tomography",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "network",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "orbit",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "gr_reference",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "fmu",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "matlab",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "numerical_relativity",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "micius_reference",
      "integration": "relativistic_quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "portable_relativity",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "numerical_metric_link",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "tomography",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "network",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "orbit",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "gr_reference",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "fmu",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "matlab",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "numerical_relativity",
      "status": "inapplicable",
      "reason": "The fixed published-reference experiment has no compatible control-system or numerical-spacetime inputs.",
      "companion_ids": []
    },
    {
      "workflow": "micius_integration",
      "integration": "relativistic_quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "relativity_benchmarks",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "portable_relativity",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "numerical_metric_link",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "tomography",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "network",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "orbit",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "time_tags",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "uncertainty",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "published",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "gr_reference",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "fmu",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "matlab",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "numerical_relativity",
      "status": "unimplemented",
      "reason": "Independent-acquisition validation does not yet consume kuibit metric/grid output through a validated observation model.",
      "companion_ids": []
    },
    {
      "workflow": "research_validation",
      "integration": "relativistic_quantum",
      "status": "reference_only",
      "reason": "Explicitly configured contextual reference; no automatic mission parameter or result conversion.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "relativity_benchmarks",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "portable_relativity",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "numerical_metric_link",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "quantum",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "tomography",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "network",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "orbit",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "time_tags",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "uncertainty",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "published",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "gr_reference",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "fmu",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "matlab",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "numerical_relativity",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    },
    {
      "workflow": "research_integrations",
      "integration": "relativistic_quantum",
      "status": "supported",
      "reason": "Direct bounded scientific study; backend validation and runtime availability remain separate.",
      "companion_ids": []
    }
  ],
  "interpretation": "Supported denotes an implemented operation/bridge, not full upstream API coverage, an installed runtime, successful validation, or an experimental/commercial outcome."
}