AI & Data Platform

AI Trading & Analytics Platform

Designed and built an automated trading platform with ML forecasting across multiple exchanges, achieving 45% ROI improvement with serverless architecture.

2018 - 2021 | Remote Product Architect & Lead Engineer
45%
ROI Improvement
Multi
Exchange Support
24/7
Automated Trading
<$200
Monthly Infra Cost
Tech Stack
PythonTensorFlowPyTorchAWS LambdaDynamoDBBinance APIDocker

The Challenge

Build a fully automated trading system that could operate 24/7 across multiple cryptocurrency exchanges, making data-driven decisions faster and more consistently than manual trading. The system needed to process real-time market data, run ML predictions, execute trades, and manage risk - all while keeping infrastructure costs minimal.

Our Role

Served as Product Architect and Lead Engineer, responsible for the full stack from ML models to production infrastructure:

  • ML pipeline: Built TensorFlow models for price prediction and PyTorch models for sentiment analysis, with automated retraining as market conditions changed
  • Architecture: Designed a serverless AWS architecture (Lambda + DynamoDB + SQS) that kept operational costs under $200/month despite processing millions of data points
  • Trading engine: Built multi-exchange integration with sophisticated risk management rules, automated portfolio rebalancing, and performance tracking
  • Product thinking: Made pragmatic decisions about which ML approaches were worth the complexity and which were better solved with simpler heuristics

Results & Impact

The platform achieved a 45% ROI improvement through ML-powered trading strategies. Fully automated 24/7 operation eliminated emotional decision-making - one of the biggest sources of loss in trading. The serverless architecture kept infrastructure costs negligible while handling real money in production.

Why this matters for our clients: This project demonstrates two things we bring to every engagement: first, the ability to apply AI/ML practically (not every prediction model worked - knowing when to simplify was as important as knowing when to use ML). Second, architecture decisions that optimize for operational cost and reliability, not just technical elegance.

How We Did It

01

ML Pipeline

  • TensorFlow price prediction models
  • PyTorch sentiment analysis
  • Automated model retraining cycles
  • Feature engineering from market data
02

Serverless Architecture

  • AWS Lambda for cost-efficient compute
  • DynamoDB time-series storage
  • SQS for reliable message processing
  • CloudWatch monitoring and alerting
03

Trading Engine

  • Multi-exchange API integration
  • Order management with risk controls
  • Portfolio rebalancing algorithms
  • Performance tracking and reporting

Ready to build something exceptional?

Let's discuss how we can apply these solutions to your project.