I am an expert-level Linux Infrastructure & Quantitative Engineer specializing in adversarial networking (L3–L7) and ultra-low-latency execution.
Due to the proprietary nature and strict NDAs of my previous high-net-worth projects, my core engineering resides in hardened, closed-source binaries with zero public GitHub footprints. I don't build standard web apps; I engineer high-performance systems operating within the Linux kernel and automated dark pools.
WHAT I DELIVER:
1. Kernel-Level Adversarial Networking (eBPF/XDP)
- Stateful egress IP hot-swapping infrastructure using eBPF TC and custom routing runtimes (e.g., sing-box).
- Kernel-level LPM Trie synchronization for protected domain isolation.
- 3–5s "Quarantine Window" via kernel SYN DROP mechanisms to prevent account bans during IP rotation.
- Transport-layer fingerprint morphing (TTL rewrite, MSS clamping) and uTLS ClientHello profile alignment to bypass advanced DPI and strict CDN anti-bot algorithms.
2. Sub-Second Copy-Trading & Automation Infrastructure
- High-concurrency whale-tracking and concurrent multi-account order routing systems for CEX/DEX.
- Production-grade optimization eliminating network jitter and WebSocket buffer bottlenecks.
- Distributed proxy swarms and kernel-accelerated ring buffers to bypass aggressive API rate limits.
- Millisecond-level end-to-end execution ensuring zero slippage under high-frequency market regimes.
ENGAGEMENT TERMS:
I prioritize absolute data privacy and robust security. I deliver hardened, deterministic binaries (.o ELF bytecodes or standalone CLI executables) ensuring your IP and mine remain secure. Milestone-based escrow payments via platform only.
If your infrastructure is hitting a wall with CDN risk controls, burned IPs, or execution latency—let's build a hardened engine to break through.
