I will build ultra low latency cpp systems for hft and algo trading


About this gig
IN HFT, MICROSECONDS COST MILLIONS. NANOSECONDS WIN.
Most trading systems use bloated frameworks. In the live order book, they become liquidity for faster players. I build ultra-low latency, bare-metal C++ architectures exclusively for algorithmic trading that eat those systems for breakfast.
CORE ENGINEERING:
- Bare-Metal C++: No library overhead. Absolute clean critical path.
- Lock-Free Concurrency: Custom SPSC/MPMC queues. Zero thread context-switching.
- Memory Management: Custom allocators. Zero heap allocations during live trading.
- Hardware Optimization: Strict cache-line alignment to prevent L1/L2 misses & SIMD data parsing.
- OS Tuning: Cross-platform optimization (Linux, Windows, macOS), CPU pinning, and latency reduction.
DISCLAIMER: I am a Systems Architect, not a Quant. I DO NOT write trading strategies. You provide the math; I engineer it into a microsecond-precision execution engine.
- MESSAGE ME BEFORE ORDERING to discuss your hardware & latency goals. Let's build it fast.
Get to know Zyreniee
Graphics and Systems Developer
- FromTurkey
- Member sinceAug 2024
- Avg. response time1 hour
- Last delivery1 month
Languages
English, Turkish
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FAQ
Do you write the trading strategy or financial algorithm?
No. I am a Systems Architect, not a Quantitative Analyst. You must provide the mathematical logic, strategy, or API endpoints. My expertise is building the ultra-fast C++ engine that executes your logic faster than your competitors.
Can you speed up my existing Python trading bot?
Python is fundamentally unsuited for true high-frequency trading due to its Global Interpreter Lock (GIL) and garbage collection overhead. I only build or rewrite systems in bare-metal C++ where memory allocation and CPU cycles can be strictly controlled.
What operating systems do you develop and optimize for?
I develop cross-platform, high-performance engines for Linux, Windows, and macOS. Whatever your hardware environment is, I will optimize the OS and compile the engine natively to ensure absolute maximum execution speed.
How exactly do you achieve microsecond execution?
By eliminating OS overhead in the critical path. I use lock-free multithreading (SPSC/MPMC queues), custom memory allocators (zero heap allocations during live trading), strict cache-line alignment, and SIMD hardware acceleration.
Do I need to give you access to my server or computer?
If you purchase the deployment extra, yes. I need remote access (SSH/AnyDesk) to your Linux, Windows, or Mac environment to tune the OS, pin CPU cores, and compile the C++ engine directly tailored to your specific hardware.
