Tradovate Is Cloud-Based — So Why Run It on a VPS?
Tradovate's pitch is that the platform lives in their cloud: your orders and OCO brackets rest server-side, and you can log in from anywhere. All true. But the parts of your trading that Tradovate's cloud does not hold — the live session that adjusts those brackets, the TradingView integration, custom API bots, and the discipline of an environment that is always on — still run on your hardware. Here is where a Chicago VPS fits into a Tradovate setup, and how to size one.
What Tradovate's Cloud Covers, and What It Doesn't
When you place an OCO bracket on Tradovate, the working orders rest on their servers — if your connection drops, the stop and target remain live. That is genuine protection, and it is more than MT4-style platforms offer. What it does not cover: trailing logic you manage manually, entries you still intend to place, alert-driven workflows, chart state, and anything driven through the API or TradingView. If your internet dies during a fast market, your protective orders survive but you are locked out of managing the position.
A VPS closes that gap. Your Tradovate session — desktop app or browser — runs on a server with redundant datacenter connectivity and stays logged in whether or not your home machine is on. You RDP in from a laptop, phone, or tablet; the session underneath never blinks. For traders in prop-firm evaluations, where a missed exit can end a paid attempt, this is the cheapest insurance available.
Latency: Chicago to Chicago
Tradovate's execution infrastructure serves CME Group futures — E-minis, micros, crude, gold — whose matching engines are in the Chicago area, and Tradovate's own systems are built around that ecosystem. Running your session from our facility at 427 S La Salle keeps the path from your click to Tradovate's edge on a metro-local route measured in fractions of a millisecond, instead of the 30–250ms a residential connection adds depending on where you live.
For manual bracket trading the difference shows up as fills closer to the price you clicked. For API-driven strategies it compounds: every REST call, every WebSocket market-data message, and every order acknowledgment makes the round trip. An automation reacting to market data from Europe pays the Atlantic twice per decision; the same bot in Chicago pays microseconds.
Hosting Tradovate API Bots and the TradingView Bridge
Tradovate exposes a REST and WebSocket API that supports full order management, and a growing share of our Tradovate customers run custom automations — Python or Node scripts, third-party bridges, or webhook executors that turn TradingView alerts into Tradovate orders. These need exactly what a VPS provides: a runtime that never sleeps, a stable IP for API sessions, and a clock that is actually synchronized (token refresh and rate-limit logic misbehave on machines with clock drift).
The TradingView route deserves its own note. Trading Tradovate through TradingView's built-in broker integration means your browser session is the execution surface — if the tab dies, the link dies. On the VPS, that TradingView tab runs in a persistent session alongside the Tradovate app, and both survive local disconnects. Our help center's TradingView guides below cover installing it on Windows Server and keeping its cache healthy.
Sizing a VPS for Tradovate and Evaluation Accounts
Tradovate's desktop app is an Electron (Chromium) application, and browser sessions are Chromium too — the workload is RAM-first. One Tradovate session with a TradingView tab and a data-heavy chart layout sits comfortably on our Swing plan (4 cores, 10GB DDR5, $45/mo). Running two or three evaluation accounts (Apex, Take Profit Trader, Bulenox) in separate browser profiles, plus TradingView, is Momentum territory (8 cores, 20GB, $85/mo). Flow (16 cores, 40GB, $175/mo) is for traders stacking many concurrent evaluations or running bots alongside a full charting stack.
Two operational details matter for unattended Tradovate sessions: add the app to Windows startup so a maintenance reboot brings your platform back automatically, and keep the RDP session configured to stay alive so Chromium tabs are not throttled in a disconnected session. Both are five-minute setups covered in the guides below.
