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Aeron - High-Performance Reliable Messaging Library
Aeron is a high-performance, low-latency messaging library designed for efficient and reliable transport over UDP unicast, UDP multicast, and Inter-Process Communication (IPC). It is ideal for high-throughput data streams and distributed systems.
Java
Added on 2025年5月12日7,743
Stars925
ForksJava
LanguageProject Introduction
Summary
Aeron is a messaging system built for performance. It provides reliable message transport over UDP and IPC, designed to handle high volumes of data with minimal delay, making it suitable for applications where speed and efficiency are critical.
Problem Solved
Traditional messaging systems often suffer from high latency, low throughput, or insufficient reliability guarantees over network transports like UDP, particularly in demanding environments like financial trading or high-speed data processing. Aeron addresses these challenges with a focus on performance and reliability.
Core Features
High Performance & Low Latency
Achieves extremely low end-to-end latency and high throughput via kernel bypass and efficient data structures.
Reliable Transport
Provides reliable delivery semantics over unreliable transports like UDP, handling loss and reordering.
Inter-Process Communication (IPC)
Supports efficient communication within a single machine using shared memory.
Tech Stack
Java
C++
C
C#
Python
Rust
Media Driver
Shared Memory
Use Cases
Aeron's capabilities make it suitable for various applications requiring high-speed and reliable data transport:
Financial Market Data Distribution
Details
Distribute market data or trading signals to multiple subscribers with minimal latency and guaranteed delivery.
User Value
Enables faster trading decisions and reliable data feeds.
Inter-Process Communication (IPC) for High-Performance Applications
Details
Efficiently send and receive large volumes of data between processes running on the same machine using shared memory.
User Value
Reduces overhead and latency compared to network-based IPC mechanisms.
IoT Data Streaming and Communication
Details
Transport data from sensors or devices in IoT systems where bandwidth might be limited but reliability is required.
User Value
Provides reliable transport over potentially lossy networks like UDP.
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