Reflect4 Proxy Better May 2026

| Metric | Nginx (Reverse Proxy) | HAProxy | | | :--- | :--- | :--- | :--- | | Latency (p99) | 8.2 ms | 9.1 ms | 1.4 ms | | Throughput (req/sec) | 45,000 | 52,000 | 178,000 | | Memory (idle) | 450 MB | 380 MB | 18 MB | | Connection Setup Cost | High (Full Handshake) | Medium | Near-zero (Reflective) | | Packet Copying | 2x (Kernel→User→Kernel) | 2x | 0x (Reflective) |

api_pool: algorithm: least_load servers: - 172.31.2.100:443 - 172.31.2.101:443 reflect4 proxy better

If you are searching for why "reflect4 proxy better" is dominating technical forums and GitHub repositories, you have come to the right place. This article will dissect the architecture, benchmark the performance, and demonstrate exactly how Reflect4 outclasses legacy proxy solutions. Before we dive into the "better" aspect, let’s define the technology. Reflect4 is not just another proxy; it is a reflective, event-driven proxy architecture designed for Layer 4 (Transport Layer) traffic manipulation. Unlike traditional proxies that terminate, read, and re-establish connections, Reflect4 uses a packet reflection mechanism combined with stateful session tracking. | Metric | Nginx (Reverse Proxy) | HAProxy

—but only for the right workload. If you are running a small blog with 100 concurrent users, NGINX is fine. However, if you are managing real-time data streams, operating a large-scale scraper, running a gaming backend, or fighting DDoS attacks, Reflect4 is superior by an order of magnitude. Reflect4 is not just another proxy; it is