We are excited to announce a massive architectural leap in how our edge nodes process incoming connections. By migrating our deep packet inspection pipeline to utilize eXpress Data Path (XDP), we can now evaluate and route traffic directly within the network card driver-before it even reaches the operating system's standard network stack. This guarantees sub-millisecond processing latency even under extreme global concurrency.
Under the hood, we have completely rewritten our connection-tracking engine to use a zero-allocation memory model, eliminating garbage collection pauses. Coupled with new autonomous heuristics, the network now dynamically analyzes transport-layer connection physics (such as OS-level TCP signatures and TLS handshake behaviors) to intelligently shape traffic and mitigate routing anomalies in real-time.
We have completely re-engineered our edge packet processing pipeline, introducing eXpress Data Path (XDP) technology and a deterministic memory model for sub-millisecond traffic analysis.
Highlights
- eXpress Data Path (XDP) integration for wire-speed packet processing
- Zero-allocation memory architecture for deterministic low latency
- Autonomous heuristic analysis of transport-layer (TCP/TLS) connection physics
- Dynamic, topology-aware neighborhood flow control