🌱 Inference Efficiency Analysis

{
  "service": "InferenceLatency.com",
  "endpoint": "/efficiency",
  "timestamp": "2026-08-29T05:32:43.057399Z",
  "efficiency_analysis": {
    "providers_analyzed": 1,
    "most_efficient_provider": "OpenAI",
    "least_efficient_provider": "OpenAI",
    "average_energy_wh": 0.4,
    "average_carbon_g": 0.128,
    "grid_carbon_intensity": 320
  },
  "provider_efficiency": [
    {
      "provider": "OpenAI",
      "model": "GPT-4o",
      "latency_ms": 3436,
      "energy_wh_est": 0.4,
      "carbon_g_est": 0.128,
      "carbon_per_1k_tokens": 128.0,
      "efficiency_score": 0.07,
      "grid_gco2_per_kwh": 320,
      "methodology": "estimated"
    }
  ],
  "methodology": {
    "energy_source": "vendor_disclosures_and_estimates",
    "carbon_calculation": "(energy_wh / 1000) * grid_gco2_per_kwh",
    "grid_intensity_source": "global_average",
    "scope": "online_inference_only",
    "accuracy_note": "Estimates based on available vendor data and industry benchmarks"
  },
  "sustainability_insights": {
    "greenest_choice": "OpenAI",
    "carbon_savings_potential": null,
    "recommendation": "Choose providers with lower energy consumption for high-volume inference workloads"
  }
}