TLDR: UMT Automator, software that connects TradingView strategy signals to supported broker platforms for automated trade execution, has been updated to v1.99.27. The release improves TradingView order execution speed, position tracking, entry and exit reliability, and synchronization between a TradingView strategy and the broker-side position. The update also introduces stronger safeguards against duplicate entries, stale position expectations, and corrective orders firing during an exit. New users can try the updated UMT Automator with a free 7-day trial.
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What is new in UMT Automator v1.99.27?
UMT Automator v1.99.27 is a major reliability update for traders who automate TradingView strategy signals. The release focuses on the parts of automation that matter most during live execution: how quickly a signal becomes an order, how UMT tracks the trade that created a position, and how entries, exits, and position corrections interact.
The result is a faster and more controlled execution lifecycle across a wider range of TradingView strategies and signal patterns.
Faster order execution from TradingView signals
Version 1.99.27 reduces the delay between a new TradingView strategy signal appearing and UMT submitting the corresponding order. Entry handling was specifically optimized so UMT can respond more quickly when a new trade is detected.
This update also improves execution timing across strategy types. The official changelog wording is: Updated execution timing and reliability for strategy types.
Different TradingView strategies can present signals and trade-history changes in different patterns. The new timing logic is designed to make UMT behave more consistently across those variations without changing the strategy itself.
Smarter, trade-specific position tracking
UMT now ties its expected position to the specific trade ID that created it. This is an important change to the position lifecycle because it prevents an old position expectation from carrying forward and affecting a newer trade.
In practical terms, UMT has more context about why it expects a position to exist. That context helps the Automator distinguish the current trade from stale lifecycle information left behind by a previous entry or exit.
Trade-specific tracking strengthens synchronization between the position reported by the TradingView strategy and the actual broker-side position.
More reliable entries and exits
The entry and exit workflow now includes several safeguards that coordinate UMT's actions before an order is submitted or the TradingView interface is processed.
Duplicate-entry protection
New entries are now claimed before asynchronous order or DOM work begins. This prevents multiple monitoring cycles from trying to execute the same TradingView trade at the same time.
By establishing ownership of the entry earlier in the process, UMT reduces the chance of duplicate orders caused by overlapping monitoring activity.
Protection against accidental re-entry during exits
Once an exit is accepted, UMT immediately enters an authoritative exit state. While UMT is flattening or closing the position, its position-correction logic is blocked from submitting a BUY or SELL order.
This addresses a specific failure mode that could occur during an exit. If the account became flat while UMT was still processing the close, an older correction process could interpret that flat position as something that needed to be restored. Version 1.99.27 makes the active exit authoritative so a corrective order cannot conflict with the intended close.
Exit processing now takes priority
Exit activity now takes priority over conflicting entry or correction activity. The exit state is established immediately, which tells other UMT processes that the position is intentionally being closed.
This tighter coordination improves exit reliability and reduces the chance of separate automation processes working against one another during a position transition.
Safer automatic position correction
Automatic position correction is useful when the TradingView strategy position and the broker-side position no longer match, but corrections must not react to temporary states created by normal order processing.
In v1.99.27, position correction is blocked while any of the following is taking place:
- An exit or flatten operation
- Entry execution
- A position-lifecycle transition
- An uncertain TradingView DOM state
UMT also requires two stable TradingView position observations before it can act on a mismatch. This confirmation step reduces the chance of a corrective order being triggered by a temporary or transitional position state.
Better handling of TradingView trade-history changes
TradingView has changed how trade information appears in its strategy trade list, including the presentation of Entry, Exit, and Open information and the role of the Signal column.
UMT v1.99.27 updates its trade-history handling for this newer behavior. These changes improve trade detection following TradingView interface changes and help UMT interpret strategy activity more consistently.
More reliable TradingView position synchronization
The broader lifecycle update adds stronger safeguards around keeping the TradingView strategy position aligned with the actual broker-side position. The Automator now has better protection against stale state, duplicate execution, and inappropriate corrective orders during entries and exits.
These improvements work together as one coordinated system:
- Signals reach order execution faster.
- Each expected position is linked to the trade that created it.
- Entries are claimed before asynchronous work begins.
- Exits take priority and immediately establish an authoritative state.
- Position correction waits for stable observations and avoids lifecycle transitions.
For automated TradingView strategies, reliability depends on more than detecting a signal. The Automator also needs to understand which trade is active, whether an exit is intentional, and when a position difference is stable enough to correct. Version 1.99.27 strengthens that full lifecycle.
Automating TradingView strategy orders with UMT Automator
TradingView strategies can generate entries and exits automatically, but executing those strategy signals in a brokerage account requires a bridge between the TradingView strategy and the broker.
UMT Automator is designed to handle that execution workflow. It monitors supported TradingView strategy activity, identifies new entries and exits, submits the corresponding broker-side orders, and monitors the resulting position for synchronization.
Version 1.99.27 improves several parts of that process, particularly the transition between detecting a TradingView trade and executing or closing the corresponding broker position.
This means the update is relevant not only to existing UMT users, but also to traders researching how to automate TradingView strategies and execute TradingView strategy signals through a brokerage account.
Try UMT Automator free for 7 days
The updated UMT Automator is available with a free 7-day trial. New users can connect a supported TradingView strategy, see how Automator translates strategy signals into broker-side orders, and evaluate the complete automation workflow before deciding whether UMT fits their trading setup.
Learn more about UMT Automator for TradingView and start your free 7-day trial.
If you are new to UMT, review the getting started guide before connecting a strategy. Existing users can follow future releases on the UMT Automator changelog.
UMT Automator v1.99.27 FAQ
What is the biggest improvement in UMT Automator v1.99.27?
The release combines faster signal-to-order execution with major position-lifecycle reliability improvements. It also adds safeguards against duplicate entries, stale position expectations, and corrective orders that could conflict with an active exit.
Does v1.99.27 improve TradingView strategy execution speed?
Yes. Entry handling was optimized to reduce the delay between a new TradingView strategy signal and UMT submitting the corresponding order.
How does the update prevent duplicate entries?
UMT now claims a new entry before asynchronous order and DOM work begins. This prevents multiple monitoring cycles from attempting to execute the same TradingView trade simultaneously.
How did position correction change?
Position correction is blocked during exits, flatten operations, entry execution, lifecycle transitions, and uncertain DOM states. UMT also requires two stable TradingView position observations before acting.
Can TradingView strategies automatically place trades?
TradingView strategies can generate automated entry and exit signals. UMT Automator is designed to detect supported TradingView strategy activity and translate those signals into corresponding orders on a supported broker platform.
How can I automate my TradingView strategy?
UMT Automator provides a bridge between supported TradingView strategies and broker-side trade execution. It monitors strategy activity in TradingView, detects entries and exits, submits corresponding orders, and monitors position synchronization throughout the trade lifecycle.
Is there a free trial for UMT Automator?
Yes. New users can try the updated UMT Automator free for 7 days.
Ultra Mega Trader is trading automation software. It does not provide personalized financial or investment advice and does not guarantee trading results. Automated trading involves risk. Test your strategy and settings carefully before using live funds.
