Apache Iggy

Apache Iggy is a high-performance, persistent message streaming platform written in Rust. It is designed for ultra-low latency and high-throughput workloads, capable of processing millions of messages per second per node. Built for modern distributed systems, Iggy supports multiple transport protocols, multi-language SDKs, and advanced observability features, making it ideal for real-time data pipelines and event-driven architectures.

Features

• Written in Rust for performance and memory safety
• Processes millions of messages per second with sub-millisecond latency
• Zero-copy serialization for efficient memory usage
• Supports QUIC, TCP, and HTTP protocols with TLS encryption
• Built-in support for consumer groups and partitioning
• Multi-language SDKs including Rust, Java, Go, Python, C#, Node.js, and Elixir
• Personal Access Tokens for secure authentication
• Built-in monitoring with OpenTelemetry, Prometheus, and benchmarking tools
• Multi-tenant stream abstraction with retention policies and S3-compatible backups

Capabilities

• Enables real-time message streaming across distributed systems
• Scales horizontally with partitioned topics and consumer groups
• Offers flexible deployment with support for various protocols and environments
• Provides observability and performance insights through integrated metrics and tracing
• Supports secure, fine-grained access control and multi-tenant isolation
• Facilitates integration with modern cloud-native and edge computing platforms

Benefits

• Delivers ultra-fast message processing for latency-sensitive applications
• Reduces operational overhead with built-in monitoring and benchmarking
• Enhances developer productivity with multi-language SDKs and simple APIs
• Improves system reliability and scalability through efficient resource usage
• Open-source and community-driven, ensuring transparency and extensibility