There are many challenges facing utilities today. Among them are managing critical infrastructure, regulatory reporting, planning new service and operating in an efficient manner to meet customer expectations. Location intelligence allows utilities to manage and distribute larger location depend workflows while maintaining constant data integrity and providing transparencies throughout the enterprise. Utilities can remove silos of mission critical information and thereby reduce operating costs, data redundancy, and increase benefits of investments built over years of operation.
Within the Utilities industry, Location intelligence is being used to:
- Enhance data transparency and effectively dissolve data silos
- Manage regulatory compliance requirements
- Enhance emergency notification and education programs
- Understand market penetration levels
- Launch aggressive market acquisition programs in deregulated markets
- Improve responsiveness to business development opportunities
Enhanced address management capabilities within Utilities companies can significantly increase profitability, reduce exposure to risk and accelerate compliance to growing regulatory standards. The Common Address service offering is specifically designed to reconcile the differences between location centric records of information across the enterprise including customer billing, work management systems, engineering infrastructure databases and stakeholder relations. This address management service has been developed for the Utilities industry and effectively cancels the “silo-effect” of mission critical information typically found in many operational environments.
Location intelligence applied to the Utilities industry employs a combination of software, geographic data and professional services. DMTI Spatial leverages our Location Hub that contains a near-100% Canadian validated address database and other landscape features in the built and natural environments. This allows our clients to benefit from having a complete view, with extreme currency and positional accuracy.
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