TradingView + Interactive Brokers
TradingView to Interactive Brokers Automation
TradeLuma sits between a TradingView alert and a supported Interactive Brokers account connected through TradeLuma's first-party OAuth workflow. The platform receives the alert, validates the configured strategy and account rules, routes approved live or paper orders when the required permissions and controls allow them, and records what the broker reports back.
Execution architecture
One visible route from TradingView signal to broker truth.
Signal
TradingView
Alert payload
Control layer
TradeLuma
Authentication · mapping · limits · duplicate checks
Broker
IBKR OAuth
Submit · status · fills
Truth loop
Reconciliation
Orders · positions · broker state
From chart alert to broker order
The workflow starts when TradingView sends an alert to a TradeLuma webhook. TradeLuma parses the message, identifies the strategy and broker connection, and checks the configured execution rules before an order can move forward.
Approved instructions are sent through the supported Interactive Brokers OAuth connection. TradeLuma then records submission, broker status, fills, cancellations, and any reason an instruction was blocked.
First-party OAuth broker connection
TradeLuma's current Interactive Brokers workflow uses a first-party OAuth connection rather than requiring the legacy TradeLuma Bridge on a user-managed computer or VPS. Authentication, exact account selection, broker-session readiness, and permitted execution state remain explicit parts of the workflow.
Live and paper connections remain separately controlled. A connected OAuth session does not by itself authorise an order: account mode, strategy permissions, platform safety gates, and broker readiness still have to allow the instruction.
Live execution with a separate paper validation mode
TradeLuma supports live execution through eligible broker connections while keeping paper mode available for validating symbol mapping, order direction, quantity, alert formatting, bracket behaviour, and broker status handling without live capital.
TradeLuma keeps live and paper execution modes separate so account mode is explicit throughout validation, routing, monitoring, and reconciliation.
Execution controls remain between the signal and the broker
A TradingView alert is not treated as an unconditional command. Strategy permissions, duplicate protection, allowed direction, position capacity, daily limits, account mode, and broker readiness can all be checked before routing.
Those controls do not remove trading risk. Their purpose is to make the automation workflow more explicit and easier to monitor.
Broker status and reconciliation
Automated trading can fail after submission as well as before it. Network interruptions, session state, rejected orders, and broker-side changes can create differences between a local application and the brokerage account.
TradeLuma tracks broker responses and uses reconciliation workflows so unresolved orders and positions can be identified rather than silently assumed to be correct.
TradingView and Interactive Brokers remain separate platforms
TradingView provides charting and alert generation. Interactive Brokers provides the brokerage account and broker execution. TradeLuma provides the automation and control layer between supported workflows.
TradingView and Interactive Brokers are third-party services and are not affiliated with TradeLuma. Availability and behaviour can depend on account type, market, permissions, broker session state, and each provider's own systems.
Frequently asked questions
Does TradeLuma require a VPS or local bridge for its current Interactive Brokers OAuth workflow?+
No. The current supported first-party OAuth workflow does not require the legacy TradeLuma Bridge on a user-managed computer or VPS. Broker authentication, account mode, permissions and TradeLuma safety controls still determine what the connection can do.
Can TradingView alerts place Interactive Brokers orders through TradeLuma?+
When a supported Interactive Brokers connection is linked and automation is enabled, TradeLuma can route eligible live or paper TradingView alert instructions after the configured checks pass.
Can the workflow be tested in paper mode first?+
Yes. Paper mode remains available to validate alert formatting, symbols, quantities, entries, exits, and broker status handling before enabling a new or materially changed live workflow.
Does TradeLuma provide the trading strategy?+
No. TradeLuma is execution technology for self-directed traders. Users remain responsible for their own strategy and trading decisions.
Primary documentation
Platform-specific details on this page are checked against current documentation from the relevant providers.
Related TradeLuma guides
TradingView
How to automate TradingView alerts to a broker safely
A practical TradingView automation guide covering webhook design, symbol mapping, paper testing, risk gates, broker acknowledgements, and recovery.
TradingView
TradingView webhook trading: how alerts become controlled broker orders
Learn how TradingView webhook trading works, what a secure alert should contain, and how TradeLuma controls execution before orders reach a broker.
Reconciliation
Broker reconciliation: keeping automated trading records aligned
Broker reconciliation compares local trading records with broker state, helping identify mismatches after fills, cancellations, partial fills, or manual broker actions.
Safety
Why paper trading should come before live trading automation
Paper trading is not just practice. It is the safest way to test alerts, broker mapping, quantity logic, and order lifecycle before live automation.
