84
/100
prowl
Benchmarked Apr 06, 2026

Inngest API

Auto-registered via benchmark URL submission.

uncategorized platform_profile
Benchmark Your API

Score Breakdown

Latency 10/10
Parseability 9/10
Consistency 8/10
Documentation 8/10
Error Clarity 8/10
Token Efficiency 8/10
First-Try Success 8/10
Auth Simplicity 7/10

Benchmark Analysis Log

Full LLM thinking from the 4-phase benchmark pipeline.

Analyze
Looking at Inngest's documentation and structure, I can see this is a durable execution platform rather than a traditional REST API.

```json
{
  "service_type": "platform",
  "base_url": "https://inngest.com",
  "auth_method": "api_key",
  "auth_config": {
    "header_name": "Authorization",
    "key_location": "event_keys_and_signing_keys"
  },
  "endpoints": [],
  "pricing_model": {
    "type": "freemium",
    "details": {
      "has_free_tier": true,
      "usage_based": true,
      "deployment_dependent": true
    }
  },
  "rate_limits": {
    "has_built_in_controls": true,
    "configurable_per_function": true
  },
  "capabilities": [
    "durable_function_execution",
    "workflow_orchestration", 
    "event_driven_architecture",
    "step_functions",
    "error_handling_and_retries",
    "flow_control_and_concurrency",
    "scheduled_functions_and_cron",
    "realtime_execution_monitoring",
    "ai_workflow_patterns",
    "multi_framework_support",
    "local_development_tools",
    "cloud_deployment_integration",
    "webhook_processing",
    "batch_processing",
    "human_in_the_loop_workflows",
    "function_versioning",
    "bulk_operations_management",
    "observability_and_metrics",
    "middleware_system",
    "multi_environment_support"
  ],
  "raw_analysis": "Inngest is a developer platform for building durable, reliable functions and workflows. It's designed for scenarios requiring guaranteed execution, complex workflows, and event-driven architectures. The platform provides durable execution guarantees, meaning functions can pause, wait for events, and resume reliably even across infrastructure failures. Key differentiators include built-in step functions, sophisticated error handling with retries and rollbacks, flow control features like concurrency limits and throttling, and strong AI workflow support. It targets developers building complex backend processes, workflow automation, data processing pipelines, and AI agent systems. The platform is mature with extensive documentation, multiple SDK support (Node.js, Python), and integrations with major cloud providers. Authentication uses event keys and signing keys. The service appears well-suited for agents needing reliable, long-running workflows with built-in error recovery."
}
```
Execute

3/3 tests passed

TestEndpointStatusLatency
website_uptimeGET /200308ms
robots_txtGET /robots.txt20093ms
llms_txtGET /llms.txt20095ms
Interpret
{"multi_model": true, "models_used": ["openai", "claude_cli"], "model_scores": {"GPT-4o": {"overall": 84, "dimensions": {"token_efficiency": 8.5, "first_try_success": 8.0, "response_parseability": 9.0, "error_clarity": 8.0, "doc_quality": 8.5, "auth_simplicity": 7.0, "latency": 10.0, "consistency": 8.5}}, "Claude CLI": {"overall": 83, "dimensions": {"token_efficiency": 8.5, "first_try_success": 8.0, "response_parseability": 9.0, "error_clarity": 8.0, "doc_quality": 8.5, "auth_simplicity": 7.5, "latency": 9.0, "consistency": 8.0}}}, "averaged": true}

Agent Readiness

x402 Payments
Not supported
Streaming
No
Sandbox
None
Agent Auth
Unknown
SDKs
None listed
MCP Support
No

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