Esri Partners Work Smarter with Web GIS
Esri partners around the world are assisting our users in implementing the Web GIS pattern. Their efforts are helping organizations work smarter by migrating to a services-focused platform that facilitates connecting everyone, applying web-based analytics and visualization, and dynamically integrating disparate systems into a single platform. Bringing the various parts of an organization together fosters understanding and helps employees be aware, alert, and responsive in real time.
To help manage its wide-reaching pipelines and processing stations, Williams reached out to Earth Analytic, Inc., whose SmartFootprint solution is integrated with the ArcGIS platform.
Managing Pipeline Infrastructure with Integrated GIS
Williams, one of North America's leading energy companies, owns and operates large-scale infrastructure that connects the continent's significant natural gas supplies to growing natural gas markets. To help manage its wide-reaching pipelines and processing stations, Williams reached out to Earth Analytic, Inc. (EAI), which specializes in scientifically based geospatial solutions for energy and conservation projects.
EAI's SmartFootprint solution—which is integrated with ArcGIS for Server, ArcGIS for Desktop, and ArcGIS Online—provides Williams with custom tools and datasets. It analyzes variables such as environmental sensitivity, population density, geomorphology, hydrology, and landownership to create least-cost paths (routes that cost the least amount of money to develop) for energy transmission lines.
Using the SmartFootprint tools in Williams' planning workflows has radically reduced the time it takes to put together a proposed route. Previously, planning a proposed 500-mile pipeline route could have required three to four months of staff time. But with the SmartFootprint Route Finder app, which uses custom cost surface datasets, staff time has been reduced to 18 hours. And the complete SmartFootprint solution enables Williams to calculate an optimal 100-mile route in approximately 20 minutes.
Since Williams no longer has to pay engineers to perform preliminary route analysis, the SmartFootprint system is saving the company millions of dollars annually.
To improve how it documents the location and condition of traffic assets, the City of Colorado Springs' Traffic Engineering department implemented Cartegraph, which requires users to log in using the ArcGIS Identity.
Tracking Assets and Recouping Costs
The City of Colorado Springs needed to improve how it documented the location and condition of its traffic assets. So the Traffic Engineering department implemented Cartegraph to start electronically tracking signs, traffic signals, and other assets. Cartegraph requires all users to log in to its asset management system using the ArcGIS Identity, which brings the spatial analysis capabilities of the ArcGIS platform into direct play. This allowed the division to visualize its asset inventory and streamline the maintenance process, including work orders.
It wasn't long until other teams within the city recognized the benefits of using Cartegraph's ArcGIS Identity and began to follow suit. Now, 10 of the city's 17 departments have made the move from a paper environment (in many cases) to a web-based operations management system that allows them to visualize data both in the office and out in the field.
According to Andy Richter, the city's asset management supervisor, "Colorado Springs has seen a $2 million [return on investment] since implementing Cartegraph and ArcGIS. The city relies on the software integration when recovering from natural disasters, such as wildfires and flooding. Using the systems together, they can accurately track lost assets, calculate expenses, and justify the costs to FEMA for restitution."
It is also helpful for routine asset damage. Prior to using Cartegraph with ArcGIS, Richter said the city was lucky to recoup $1,000 a year for damaged signs. With the software, it recouped $70,000 in the first quarter of 2016 alone.
The software assists with citizen awareness as well. For example, Colorado Springs' Cone Zones program informs the public of roadwork in the area. The data from these zones is fed directly into ArcGIS Online, populating a map for citizens to view on the Internet.
Using high-resolution aerial imagery from Nearmap, the District Department of Transportation in Washington, DC, has reduced the time it spends on field inspections by 30 percent.
Reducing Field Inspection Time Ahead of Presidential Inauguration
The District Department of Transportation (DDOT) maintains a complex web of roads, paths, and bridges throughout Washington, DC, where planning and security are vital. DDOT has to regularly assess pavement and traffic conditions, as well as emergency vehicle access, all while overseeing as many as 70 large-scale construction projects at once.
"DDOT is challenged every day to identify changes in our road system and react quickly," reported José Colón, DDOT's chief information officer. "Each year, we're involved in helping plan and manage resources for some of the largest events in the [United States], including nearly 500 block parties, 400 TV and film permits, 20 marathons, and 60,000 public space permits."
At the beginning of 2017, close to 1 million visitors are expected to descend on the US capital for the inauguration of the country's 45th president. Attendees will anticipate both convenience and security at the event. As usual, this will require DDOT to integrate dozens of data sources. But oftentimes, imagery is outdated.
To address this, DDOT is accessing high-resolution aerial imagery from Nearmap and using the geoanalytics capabilities available throughout the ArcGIS platform to identify features, measure distances precisely, and detect change with confidence.
This unique level of accuracy has allowed DDOT to reduce the time it spends on field inspections by 30 percent. At the same time, it gives DDOT insight that it can easily share with staff, citizens, and security agencies across the region.
With SafeCityGIS from Geographic Technologies Group, officers and command staff at the Roswell Police Department can see pertinent data for any scenario they may encounter, such as an armed robbery.
Making Cities Safer with Real-Time GIS
The City of Roswell, in the metro-Atlanta area, is ranked one of the safest cities in Georgia by SafeWise. Part of Roswell's safety plan is to ensure that its public safety agencies have access to effective and efficient data and analytics. The city connected with Geographic Technologies Group (GTG) to make sure this was happening.
GTG conducted a needs assessment for the city, revealing that the GIS apps it used for policing needed enhancements. The company also developed an enterprise GIS strategy for Roswell. From there, Roswell became the first city to implement GTG's SafeCityGIS solution.
"Public safety agencies often adopt GIS tools that are insufficient, resulting in underuse and disappointment," said GTG president Curtis Hinton. "GTG created SafeCityGIS to enable public safety agencies with an integrated suite—including GTG solutions combined with the ArcGIS platform—to serve the entire public safety organization with software that is intuitive and easy to use."
At the Roswell Police Department, officers and command staff can now see pertinent data for any scenario they may encounter, whether it involves proactive policing or officer safety, according to Kelly Hooper, a criminal intelligence analyst with the department.
SafeCityGIS includes GTG's Vantage Points Public Safety Analyst (PSA), SafeCityGIS Mobile Viewer, and SafeCityGIS Dashboard. Together, these tools provide users with access to interactive maps, better crime data, incident tracking and trends, real-time location tracking, analytical tools, and an intuitive dashboard available to all levels of staff.
When Washington, DC's offices of zoning and planning needed to update their zoning regulations, they had Blue Raster develop an interactive, mobile-friendly mapping app.
Interactive, Mobile-Friendly Zoning and Planning
Zoning professionals in city, county, and state agencies need to be able to visualize, use, and share accurate and timely data to make informed decisions and engage with other agencies.
When the Washington, DC, offices of zoning and planning realized that their zoning regulations and maps were long overdue for some revisions, they reached out to Blue Raster to develop an interactive, mobile-responsive mapping app that would empower the government, citizens, and developers to make better informed decisions using reliable data. Blue Raster created the new interactive map using the ArcGIS platform.
"The new ZR16 Zoning Map application and the Zoning Handbook are generating a greater active interest in zoning by presenting visual data and content in a clear and concise manner," said Nyambi A. Nyambi, chief technology officer for the District of Columbia Office of Zoning (DCOZ). "Blue Raster effectively worked to translate DCOZ's vision into an application we are all proud of."
The new Zoning Map, which features responsive design for mobile devices, includes customized reports for zoning and planning information, high-resolution cartographic printing and documents, and open data from the capital city's Office of the Chief Technology Officer.
"The Zoning Map and Handbook help residents in the DC area understand and use the updated zoning regulations," said Anthony Puzzo, Esri's business development team lead for state government. "Blue Raster created an intuitive, interactive map app to make the vast amount of important zoning information that is associated with properties in this area more accessible."
Esri's more than 2,200 global partners provide customer-focused, geoenabled solutions that span dozens of industries. Products and services range from configured apps and custom-built solutions to complete ArcGIS system implementations and content. To search and discover partners, solutions, and services that meet your needs, visit the Esri Partners page.