Spectades Planning & Scheduling – Employee Planning (SPS EP) Release 1.0 now available!

We are proud to announce the release of Spectades Planning Suite – Employee Planning (SPS EP) Version 1.0. This new solution provides a simple and intuitive way to schedule work order activities while offering real-time visibility into workforce availability and capacity on a daily basis.

Real-Time Visibility into Resource Availability

SPS Employee Planning leverages intelligent work schedules to provide immediate insight into available time slots for each employee. Absences such as vacation leave can be easily managed directly within SPS, creating a complete and up-to-date overview of both availability and non-availability.

This enables planners to make informed decisions faster and improves the overall efficiency of the scheduling process.

Easy Scheduling with Drag & Drop

Work order activities can be scheduled quickly and easily using intuitive drag-and-drop functionality. Activities are assigned directly to available time slots, while estimated work order hours automatically determine the required duration of the scheduled task.

The employee panel also includes advanced filtering and grouping options, making it easy to identify available and qualified personnel for specific activities.

Seamlessly Integrated with Attune EAM

SPS Employee Planning is fully integrated with Attune EAM, eliminating the need to switch between applications. Users can perform all scheduling activities directly within their familiar EAM environment.

Through a direct connection to the Attune EAM database, data is read and written in real time without the need for intermediate databases or synchronization processes. All planning information is stored in the standard EAM tables, ensuring seamless integration with mobile applications used for work order execution in the field.

With SPS Employee Planning, organizations gain a powerful and user-friendly solution to optimize workforce utilization, improve planning efficiency, and streamline work order scheduling.