NorthSouth GIS LLC (NSGIS) helps water utilities on their path towards greater utilization and benefit of all geospatial technologies. Our services range from master plans, system architecture and upgrades, and software implementation and configuration, to system integrations, software development, and staff augmentation.
For utilities with limited or no GIS, we help design and implement a practical and gradual introduction to the technology, focusing on demonstrable return on investment. For utilities with well-established departmental use of GIS, we help lift GIS and other geospatial tools and capabilities to the enterprise level, where modern software architecture can have a much greater impact on the utility’s business imperatives. And for mature enterprises, we provide expert strategies for upgrading geospatial technologies to take advantage of the latest capabilities and deployment patterns.
NSGIS is an expert at integrating GIS with other core utility systems like work order management and ERP, hydraulic and network modeling, inspection and reporting, mass notifications and public information portals. We preach and practice the concept that GIS is no longer just a System of Record, but also a System of Engagement, a technology that often presents a more effective front-end to users than other systems’ own interfaces, because of the intuitive map interface. We also leverage GIS as an enabling Information Management technology, one that can connect other systems that are difficult or impossible to connect if not for the use of their common spatial component.
NSGIS also provides software solutions for helping water utilities manage, query and retrieve their documents spatially – just the right document for the right place at the right time.
Our success is based on our ability to think like water and wastewater utility professionals, forming strong and long-lasting bonds with our clients. While our goals are guided by your business drivers our methods are based on deep enterprise IT experience, and tight partnerships with our software suppliers, especially Esri® and Latitude Geographics®.
Eastern Municipal Water District (EMWD)
EMWD provides water, sewage collection, water desalination and water recycling for about 758,000 residents within a 542-square mile service area in western Riverside County. NSGIS has been supporting EMWD’s GIS efforts since 2013, performing a wide range of technical support activities, including the upgrade of Esri server technology, optimization of multi-user GIS editing environments, deployment of web GIS based apps like Collector, and the upgrade and improvement of web viewers.
The Fleet web mapping application created by NSGIS is used by EMWD maintenance staff to learn more about the water, sewage and recycled water pump stations, lift stations and tanks that needed maintenance and repair before traveling to that destination. The Integrated Operations Center (IOC) web mapping application is used by EMWD operations staff to easily see customer reported issues, such as water pressure, water quality, etc., based on specific time (last 24-hours, last week, last month, etc.). NSGIS has deployed robust Cathodic Test Station and Water Valve collection and inspection via ArcGIS Collector for the infield Water Operations staff; Water Operations management can immediately view the field crew progress and perform powerful Geocortex Essentials reports deployed by NSGIS into the web viewer in moments, saving them weeks of tedious and error prone manual calculations. NSGIS upgraded the enterprise geodatabase permissions approach and entire versioning process, ensuring that all users have the right access while protecting the data and ensuring the multi-user editing process is smooth and increases data integrity. NSGIS is now in the process of overhauling over 500 data processing scripts to use the latest ArcPy technology for better performance, tracking, and error logging.
Anchorage Water and Wastewater Utility District (AWWU)
AWWU awarded NSGIS the contract to create and present its five-year GIS Master Plan. AWWU is one of the oldest implementers of Esri GIS in the water utility sector, but as with many other veteran customers, had reached a plateau in its use of GIS, and brought NSGIS’s subject matter experts to help propel it to the next level of efficiency and broad use of geospatial technologies. NSGIS conducted extensive in-depth interviews to reveal current processes, needs, and experience; reviewed existing spatial data both digital and paper,; researched all current integrations as well as any systems that could be integrated in the future; and carefully reviewed the existing and planned IT infrastructure. Working closely key stakeholders at AWWU, NSGIS delivered a detailed plan covering its Assessment of Current Conditions, Gap Analysis, Needs Assessment, Benefits, and its Recommendations for Governance, Staffing, Process, Budget, and more. With this plan, AWWU has a clear direction for moving GIS forward with balanced and logical steps that are closely aligned with the organization’s vision and budget, and has a roadmap for ensuring that GIS remains an integral and vital enterprise information management system that supports AWWU’s core mission.
Water Replenishment District of Southern California (WRD)
WRD is the largest groundwater agency in the State of California, managing and protecting local groundwater resources for four million residents in a 420-square-mile region of southern Los Angeles County. This service area uses about 250,000 acre-feet (82 billion gallons) of groundwater annually which accounts for approximately half of the region’s water supply. WRD is responsible for monitoring and testing groundwater throughout the region using effective management principles.
WRD publishes its well data to the public via a web viewer and NSGIS is in the process to upgrade and improve that viewer and its reports to the latest Esri ArcGIS Enterprise architecture and Geocortex Essentials web technology. The reports are now more comprehensive with up-to-date and detailed maps, vital well data and metadata, and intelligent hydrographs.