⚡ AetherFlow v2.4 Released • Sub-millisecond P99

Distributed Stream Processing
Engine for Edge & Cloud

A resilient, memory-safe data plane built for high-throughput packet routing, streaming telemetry, and event-driven architectures with zero-copy I/O.

pipeline.rs — AetherFlow Pipeline Definition
Rust 1.80+
// Initialize low-overhead zero-copy stream collector use aetherflow::prelude::*; #[tokio::main] async fn main() -> Result<()> { let telemetry = PipelineBuilder::new() .bind("0.0.0.0:8080") .buffer_capacity(1024 * 1024) .compression(ZstdPreset::Fast) .build() .await?; telemetry.listen_with_graceful_shutdown().await }
4.2M
Events / Sec / Node
< 180μs
P99 Transport Latency
99.999%
Uptime Reliability
0-Alloc
Fast-Path Processing

Built for Mission-Critical Infrastructure

Engineered from the ground up to solve modern streaming telemetry challenges with predictable performance and zero dependencies.

⚡

Lock-Free Concurrency

Utilizes multi-producer multi-consumer ring buffers with cache-aligned atomics to deliver linear scalability across multi-core systems.

🛡️

End-to-End Integrity

Built-in cryptographic verification, mutual TLS authentication, and automated certificate lifecycle rotation across all edge relays.

🌐

Hybrid Edge Topology

Dynamic routing topology adapts in real time to network jitter, packet drops, and upstream congestion with intelligent backpressure control.

📦

Self-Contained Deployment

Compiled into a single static binary with no external runtime requirements. Docker, Kubernetes, and bare-metal ready in under 5 seconds.

📊

Prometheus & OpenTelemetry

First-class integration with standard observability stacks. Native counters, histograms, and distributed tracing spans out of the box.

🔄

Adaptive Multiplexing

Transparent stream pooling over resilient multiplexed transports with bidirectional frame validation and automatic fallback mechanisms.