Case Study Trading platform

A thousand AI trading bots on one real-time engine.

This platform runs automated crypto strategies at scale. You configure a strategy, spin up many bots at once, and let them execute against live market data the moment it moves. We engineered the real-time core so the feed stays fast and the bots keep running, even when a thousand of them work the market together.

Client
Crypto Trading Platform
Sector
Trading platform
Engagement
Engineering
Stage
Built · internal testing
Platform
Web app
The crypto trading platform with AI bots: a live market dashboard with price charts, running bots and real-time order execution
One engine: live market data, running bots, and order execution in real time.
By the numbers
−60%Latency in testing, optimized WebSockets
1,000+Concurrent trading bots in testing
99.9%Uptime in internal testing
Real-timeExecution

Automated strategies break when the market moves faster than the system.

Running automated crypto strategies at scale puts two hard demands on one system: pull fast-moving market data without falling behind, and run many bots at the same time without breaking.

Crypto prices change by the second. A bot decides on the data it has, so a feed that lags by even a moment makes the bot act on a price that no longer exists. Stretch that across a thousand bots and the lag compounds.

Scale brings the second problem. One bot is simple. A thousand bots, each holding a live connection and reacting to the same market, will overwhelm a backend that was built for a handful. When one connection drops or one strategy throws, the system has to absorb it and keep the rest trading.

A real-time core tuned for scale, built to stay up.

We engineered the platform for real-time scale from the data feed inward. We tuned the WebSocket connections that carry live market updates; in testing, that cut latency by 60% from the pre-optimization baseline, so bots act on prices that are still true. In the same tests the backend ran 1,000+ trading bots at once, and the error handling held uptime at 99.9% when a connection or a strategy failed.

What that meant in practice

  • Optimized WebSocket connections that cut market-data latency by 60% in testing
  • A backend that ran 1,000+ concurrent trading bots in testing without falling behind
  • Robust error handling that held 99.9% uptime in testing, through dropped feeds and failed strategies
  • Real-time execution against live market data, with strategies you configure per bot
The crypto trading platform dashboard showing live price charts, market data and the status of running trading bots
Dashboard

Live market data and every bot in one view.

The dashboard reads the optimized feed and shows prices as they move. You watch the market and the bots side by side, see which strategies are running, and check how each one is doing without leaving the page.

−60% latency · live market feed
Inside the product
The engineering challenge

A thousand bots each want a live, low-latency view of the same market, and one failed connection cannot be allowed to take the rest down. We tuned the WebSocket layer to shave 60% off the feed latency, then built error handling around it that isolates a failure to the bot that hit it.

Ego Eimi Engineering note · the build

Built, in internal testing, and holding under load.

The platform is built and runs in internal testing. The numbers describe how the engine behaves under pressure, not how the market sits.

Under test it runs 1,000+ concurrent trading bots against live data, with the optimized feed holding 60% lower latency than the pre-optimization baseline and the error handling keeping uptime at 99.9%. The next step is a wider rollout. For now the build carries the case: a real-time core that stays fast and stays up while a thousand bots trade on it at once.

The client is unnamed here while the product is pre-launch.

Web app WebSockets Node Real-time Cloud
Our role
Engineering
Team
Lead + specialists
Model
Product build
Status
Built, internal testing
Project partner Jimit Raval

Want a build like this? Start with a software audit, see how we build, or read the guide to building software without a tech team.

In testing, this engine ran 1,000+ concurrent bots with 60% lower feed latency. For engineering with the same discipline, see the fixed-price software build or read our reviews.

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