Features
Service types and capabilities
Humus provides four distinct service types, each optimized for different use cases.
Service Types
Build OpenAPI-compliant HTTP APIs with automatic schema generation and type-safe handlers.
Best For:
- Web APIs and microservices
- Public-facing services
- Services requiring OpenAPI documentation
Key Features:
- Automatic OpenAPI 3.0 generation
- Built-in health endpoints
- Type-safe request/response handling
- Path parameter and query validation
Get Started with REST →
Create high-performance gRPC microservices with automatic instrumentation and health checks.
Best For:
- Internal microservices
- High-performance service-to-service communication
- Services with strongly-typed contracts
Key Features:
- Automatic gRPC health service
- Built-in interceptors for OTel
- Service registration
- Protocol Buffers support
Get Started with gRPC →
Build one-off job executors for batch processing, migrations, and scheduled tasks.
Best For:
- Database migrations
- Batch processing
- Scheduled tasks (with external scheduler)
- One-time operations
Key Features:
- Simple Handler interface
- Full observability support
- Same lifecycle management as long-running services
- Context-aware execution
Get Started with Jobs →
Process messages from message queues with flexible delivery semantics and automatic concurrency management.
Best For:
- Event-driven architectures
- Message queue processing (Kafka, RabbitMQ, etc.)
- Asynchronous workloads
- Stream processing
Key Features:
- At-most-once and at-least-once delivery semantics
- Pluggable queue runtimes
- Automatic concurrency management (Kafka: goroutine-per-partition)
- Built-in OpenTelemetry instrumentation
Get Started with Queues →
Common Features
All service types include:
- OpenTelemetry Integration - Automatic traces, metrics, and logs
- Graceful Shutdown - Clean shutdown on SIGTERM/SIGINT
- Configuration Management - YAML with template support
- Panic Recovery - Automatic panic recovery in handlers
- Lifecycle Management - Managed by Bedrock framework
Building OpenAPI-compliant HTTP APIs
Building high-performance microservices
Building batch processors and one-off tasks
Processing messages from queues with flexible delivery semantics