I will build a low latency python algorithmic trading engine
About this Gig
Are you losing money to slippage because your TradingView webhooks are too slow? Are your Python scripts freezing when market volatility spikes?
I am a Quantitative Systems Architect. I build low-latency, institutional-grade algorithmic trading engines in Python. Most retail developers write basic sequential scripts that block during API calls. I build asynchronous, lock-free infrastructure.
What I engineer:
- High-Frequency Data Pipelines: WebSocket integrations (Tradovate, Databento, Interactive Brokers, KiteConnect) using O(1) in-memory buffers to bypass Pandas latency.
- Multi-Threaded Execution: Actor Model architecture ensuring your order execution never blocks your live data feed.
- Machine-Code Math: Numba JIT compilation for real-time Greeks, Implied Volatility, and Net GEX calculations without triggering the CPython GIL.
- Resilient State Management: SQLite (WAL mode) database integration so your bot recovers instantly from VPS crashes without losing track of open trades.
Whether you need a simple webhook bridge or a massive quant infrastructure, I engineer it to survive live market conditions.
Please message me before placing an order so we can discuss your broker.
Platform:
Custom
Development technology:
Python
•
Cpp
•
Node.js
My Portfolio
FAQ
Do you provide the trading strategy?
No. You provide the trading logic (Entry, Exit, Risk parameters). I build the high-performance infrastructure to execute your mathematical logic flawlessly.
Which brokers and data feeds do you support?
I integrate with any platform offering a robust REST/WebSocket API. This includes Tradovate, Interactive Brokers, Zerodha (KiteConnect), Alpaca, Databento, and major crypto exchanges.
Why shouldn't I just hire someone to build a $50 bot?
A $50 bot uses simple while-True loops that freeze during network requests, causing massive slippage and missing trades. My engines use the Actor Model and Numba JIT compilation for asynchronous, zero-latency execution. You are paying for institutional reliability.
