Enterprise Work Order Management System

Vendors to implement a robust, modern Enterprise Work Order Management System tightly integrated with a Geographic Information System (GIS).
- GIS Integration and Functionality
• Asset Autofill: System must support bidirectional GIS integration to select assets and autofill multiple fields into a work order. This must be customizable by asset or work
order type.
• Multi-Asset Selection: Users must have the ability to select multiple and various GIS assets simultaneously for a single work order.
• Database Read/Write: System must actively read from and write to the primary GIS database.
• Geolocation: Mobile and map interfaces must geolocate the user's active position in real time.
• Ad-Hoc Pin Dropping: Users must have the ability to drop a map pin to locate work when no formal GIS asset or address is available.
• Historical Map Insights: Selecting an asset directly on the map must display its recent work order history and comprehensive asset information.
• Map-to-Work-Order Creation: Users must be able to initiate and create a work order directly from a selected asset on the map.
• Spatial Heat Mapping: System must possess spatial analysis capabilities to generate heat maps based on work order types and geographical frequency.
• Freeform Locations: System must provide an additional freeform location text field for use if specific location information is missing from the GIS database.
• Layer Visibility Control: Users must have the ability to turn specific GIS asset layers on and off on the map. Layer visibility must dynamically reflect and govern asset selectability.
• Multi-Address Support: Work orders must allow for the entry and assignment of multiple addresses.
• Split or Multiple Screen: Utilize split or multiple screen functionality for use by mobile users