Platform

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Improvements to LiveOps

• Users can navigate with on-screen joysticks
• Pan, tilt, zoom functions via virtual trackpads

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Customisable widgets

• Introduced support for multi-stream content
• Feature matching with charts

• Video Detection Pipeline: Development started on real-time object detection and classification within live video streams
• Live Command Foundational Capabilities: Operators to take manual control or override automated drone actions during a live mission via virtual controllers

• UI Component Library Update: Refreshed UI elements to support the new widget system and improve overall visual consistency

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Custom tags

• Creation of colllections: A group of tags that can be associated with areas of interest
• Tags on Images: Make edits to images for model training scale up
• Filter Large Scale Images: Simplify the list of items on the GIS layer

• iPad and Mobile Web Responsiveness: The platform interface is now fully optimized for use on iPads and other mobile web browsers, ensuring a consistent user experience on the go.
• Base Filtering for Labels: Added the ability to filter and search for custom labels specific to the Base you are currently working in.
• Improved Touchscreen Interactions: Refined drag-and-drop and map navigation controls for better performance on touch-based devices.

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Scene Reconstruction

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2D Orthophoto

• Supports up to 300 images per session
• Automated tiling service for web-based rendering directly on the map layer

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3D Point Clouds

• Capabilities to render detailed 3D point clouds from uploaded image sets for advanced analysis and visualization

• Processing job queue & notifications: User-facing queue to track the status of reconstruction jobs and receive notifications upon completion

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Feature flagging

• Introduced a modular system to enable or disable features based on user subscription plans, roles, or for canary releases with pilot users
• Administrative UI for managing feature access

• Improvements to live telemetry data sync for multiple simultaneous operations
• Added functionality to access and remotely debug DJI drone systems through the platform, speeding up troubleshooting

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Multi-Drone Operations Command & Control

• Video streams
• Map-based pins for live drone locations
• Remote control of automated dock systems, including mission initiation and monitoring.

• KML Data Imports: Functionality to designate project data as independent data layers on the map
• Optimised web stream protocol: Significantly reduced latency on live video feeds for improved real-time command and control during critical operations
• Hardware Support Matrix: Expanded tested and validated support for the M300 RTK with H20T payload, ensuring reliable data ingress

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Geofencing

• 3rd party APIs for airspace data layers: Integrated third-party data sources to provide up-to-date information on controlled and restricted airspace
• User-defined restricted and fly-zones map based polygons

• Map rendering performance: Optimized map tile loading when multiple complex polygon layers (geofences) are active

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Team Management

• Role assignments
• Training hours

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Asset & Fleet Management

• Image viewer panels are no longer fixed and can be moved, resized, or stacked, allowing for more flexible data comparison
• User profiles now include fields for logging certifications and total flight hours

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Object Detections

• Semantic Search Capability: Users can now use natural language to search for data. For example, a search for “vehicle” will intelligently return results for cars, boats, and trucks
• Contextual AI-Based Filtering: Search filters are now enhanced to include AI-detected classifications, allowing users to rapidly sift through massive datasets.

• General UX Refinements: Introduced more interactive visual elements, improved button states, and refined layout flows for a more intuitive user experience

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Sensor-aware Projections

• Interactive Geospatial Image Projections: Images are now projected onto the map view, allowing users to click a location to see the corresponding image and its metadata
• Manual Object Tagging: Users can now manually draw bounding boxes on images and apply tags to classify objects, events, or points of interest
• Basic Search & Filter by Tag: Implemented a search functionality allowing users to filter the dataset based on their manually created tags and classifications

• Image Metadata Display: The image viewer now clearly displays all key EXIF data, including GPS coordinates, timestamp, and camera settings

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Introduction to Bases

• Multi-Tenant Workspaces (Bases): Introduced the core concept of ‘Bases’ to segment data, projects, and users, enabling secure, multi-tenant use of the platform
• New: Temporal Timeline View: Datasets are now automatically organized and visualized on a timeline, providing a clear view of data distribution over time

• Data Clustering Algorithm: Improved the logic for how datasets are clustered on the map and timeline for more intuitive grouping
• Base Creation & Management UI: Built the initial interface for creating, naming, and switching between different Bases

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Core GIS Engine

• Drag-and-Drop Data Import: The foundational feature allowing users to easily drag and drop image and data files directly into the platform for ingestion
• Initial Data Processing Core: Established the backend service for handling initial data uploads, extracting basic metadata, and storing files
• Geospatial Data Visualization: Datasets with location data are now automatically clustered and displayed as points on a world map

• File Type Support: Initial support for common image formats (JPG, PNG) and associated metadata files