• Added Alternate Announcement trigger type for rules that should only be posted through trip transformation suppression alternate mappings.
• Added feature to filter services for whole feed based on Regex.
• Added Real-time change recording feature for a particular stop in Analyze Trip utility screen.
• Updated UI for Analyse Trip screen and Trip Transformation for business rules.
• Updated trip transformation, UI improvements and added feature for announcing alternative business rule(s).

Trip Transformation & Suppression

• Added support for multi-trip and service-pattern suppression mappings, alternate announcement rule exceptions, and duplicate conflict validation.
• Introduced manual trip transformation mapping with suppression UI, validation, and runtime suppression for headsign changes, splits, and joins.
• Added headsign change detection and announcement suppression using block_id, vehicle_id, or both.
• Improved platform refresh so stale platform IDs are rebound against the current timetable feed (including after feed replacement or app restart).
• Added platform refresh action for linked services so dropdowns can be reloaded without leaving Create/Edit screens.

Delayed & Repeat Announcement Rules

• Fixed delayed departure repeat rules that were triggering before the configured evaluation window, while still allowing late real-time requalification.
• Repeat scheduling now only schedules the next announcement, refreshes real-time data on each callback, rebuilds from the latest stop time, and stops/reschedules the chain when no longer valid.
• Allowed repeats to start when a qualifying real-time delay arrives after the original evaluation window (provided departure is still before the stop-before cutoff).
• Delayed departure rules now correctly use the delayed departure time for evaluation.
• Fixed repeat scheduler dispatch and prevented duplicate multi-announcement scheduling.
• Fixed Process Next Service Only tolerance for delayed arrival rules and Delayed Arrival > 0 handling.

Real-time Handling & On-Time Logic

• Simplified and refactored the real-time memory cache (per-trip instance container) with improved DB fallback diagnostics and old-feed cleanup.
• Restricted delayed, prior, and timetable-change triggers to direct stop-level real-time updates only; backtracked data is used for logging only.
• Added schedule relationship filtering so on-time, delayed, prior, and timetable-change rules respect valid SCHEDULED relationships and ignore cancelled/skipped/invalid cases.
• Improved on-time fallback and suppression logic (including 3-minute suppression scoped to the same StopId/TripId/mode, and protection against conflicting recent delayed/prior announcements).
• On-time rules can fall back to the timetable only under controlled conditions (feed unavailable or confirmed SCHEDULED).

Loop X Enhancements

• Automatically prefixes “due” / “due in” for Loop X triggers (e.g. “due in 3 minutes” or “due now”).
• Loop X services are now sorted by due arrival time so multiple destinations are handled correctly.
• Added new Loop X actions: ArrivalScheduledTime and ArrivalLastStop.
• Process only the relevant action types present in the rule.
• Various ordering and action-related bug fixes.

Request-Stop Support

• Request-stop stations are now included in GTFS stopping patterns.
• Request-stop services (GTFS pickup/drop-off types 2 and 3) are eligible for on-time, prior, delayed, and timetable-change rule evaluation.

Analyse Trips, UI & Logging

• Analyse Trips improved with faster queries, advanced filters, trip auto-filtering, and updated UI.
• Updated UI text and added checkboxes for business rule create/edit screens.
• Significantly improved order and application logging (real-time status detail, feed name, cycle information, priority/blocking reasons, dynamic parameters for repeats, etc.).
• Optimised GTFS application log filtering and performance.

Other Fixes & Improvements

• Fixed processing of trips that span multiple days.
• Fixed missing or out-of-order content in orders.
• Various smaller stability, logging, and performance improvements (including rule processor tuning and separation of clean-up from feed fetch tasks).