Operations Performance, Stability & Reliability Improvements

This release focuses on improving overall system stability, performance, and reliability across Operations and Driver workflows. Dispatchers and operations teams will experience smoother real-time updates, faster screen performance, reduced system slowdowns during long sessions, and fewer unexpected issues during daily operations.

Key Highlights

• Improved stability for real-time trip updates
• Faster and lighter Operations screens
• Reduced memory usage during long-running sessions
• More reliable system behavior when performing frequent operational actions

Improved Stability for Real-Time Trip Updates

Deployed an Improvement that could cause errors during real-time trip updates, especially when dispatchers were actively working across multiple browser tabs or monitoring trips as they were being executed.

What’s Improved:

• Real-time trip updates now function more reliably during active operations.
• System behavior remains stable even when multiple tabs are open.
• Trip execution updates are processed smoothly without unexpected interruptions.

Value Delivered:

• More dependable real-time visibility for dispatchers.
• Reduced risk of operational disruptions during peak hours.
• Improved confidence when monitoring live trip activity.

Faster and Lighter Tooltips on Operations Screens

We improved how informational tooltips behave across Operations screens to make the interface faster and more responsive, especially in areas with dense data like lists and cards.

What’s Improved:

• Tooltips now use a simpler, browser-based approach where advanced behavior is not required.
• Operations screens load and respond faster, especially when working with large datasets.
• Overall screen performance has improved without changing the user experience.

Important Note:

Some tooltips (such as ETA details and driver vehicle configuration) continue to use enhanced behavior where required to support operational accuracy.

Value Delivered:

• Faster screen performance and smoother navigation.
• Reduced system slowdowns during extended operational use.
• No change to usability or accessibility.

Improved Stability When Performing Operational Actions

Deployed an Improvement for a bug that could cause the system to use more memory than necessary when confirmation dialogs were repeatedly used during operations.

What’s Improved:

• Confirmation dialogs now close cleanly after use.
• Repeated operational actions no longer increase system load over time.
• All common operational confirmations have been thoroughly tested.
• Examples include:
• Trip removal confirmations
• Driver unassignment actions
• Route and run updates
• Booking confirmations and updates
• Vehicle switches and shift updates

Value Delivered:

• More stable Operations screens during long dispatch sessions.
• Reduced chance of slowdowns or browser issues.
• Improved reliability when performing frequent operational changes.

Better Performance for Large Scrolling Lists

We optimized how large lists behave when scrolling through trips, routes, and other operational data.

What’s Improved:

• The system now releases unused data views while scrolling.
• Memory usage is reduced during long or frequent scrolling sessions.
• Performance remains consistent even with large or changing datasets.

Value Delivered:

• Smoother scrolling experience.
• Improved responsiveness in data-heavy screens.
• Better performance during extended use.

Configurable Real-Time Updates for Driver Workflows

We introduced a more controlled approach to real-time updates for driver-related workflows to improve performance and resource usage.

What’s Improved:

• Real-time updates for drivers can now be enabled or disabled through configuration.
• System resources are used only when real-time updates are required.
• Clean handling of real-time updates prevents unnecessary system load.

Value Delivered:

• Improved performance and responsiveness in driver workflows.
• Reduced system resource usage during long-running sessions.
• Greater operational control over real-time behaviour.