Utiviti is a suite of smart, multi-platform solutions to make your workforce more productive, and your utility processes more efficient.
Utiviti Theft Detector is a unique tool available on the Utiviti platform which empowers every utility employee to become the eyes and ears of the Revenue Protection department, and to immediately report suspicions of energy theft or tampering.
• Makes it easy to file theft reports
• Collect photographic evidence on site
• Automatically alert investigation teams
• Monitor ongoing status of reports, as well as resolution and outcome
Key Elements
The Mobile Theft Detector form contains the data fields necessary to file a theft report. These are accessed via links on the field workers device. These link work on all ordinary cell phones, smart phones, tablets and PC’s that are on-line with internet connectivity.
The Web Portal is where theft detection forms are set-up, theft reports are monitored and analysed; and report history tracked.
Benefits
• Provide a consistent mechanism for all utility staff to report suspicions of theft or tampering
• Dramatically increase the number of field reports, which results in increased revenue recovery
• Ability to collect photographic/video evidence before it can be destroyed
• Supports voice memo’s for easier and more comprehensive reports
• Geo-stamped with date/time stamps to maximise data integrity
• Easy to use – maximises adoption and therefore reports filed
• Reduce your energy losses and increase revenue recovery
• Provides a central repository of tamper reports for ongoing analysis
• Automates workflow which improves turnaround times from initial theft suspicion to report resolution
Try it for yourself
If you would like to see and experience a sample of how Utiviti works, either click here, or use your smartphone to go straight through via the QR code or MSTag:
DownloadDownload this comprehensive (2 page pdf) whitepaper:
Using low cost mobile phone technology to enhance operational effectiveness by Rudi Leitner
As presented at and published by the 23rd AMEU Technical Convention 2011