Tag Archives: GIS
Recently, my wife had heart surgery. It was the most amazing technological procedure imaginable. Talk about digital transformation. Robots, fiber optic cables, micro cameras, and digital imagery made it possible for surgeons to go inside her heart and make the necessary repairs. It was easy for me to imagine that the surgeon could have performed the operation at home, miles away from the hospital. There was no cutting. She had no scars other than a couple of tiny pin holes.
My wife came through just fine. That was the good news. The bad news was that although the surgery itself was a miracle of modern technology, the work flow and procedures getting her in and out of the hospital were right out of the 20th century.
By Matt Ball, Esri Writer
The Salt Lake City Department of Public Utilities has transitioned from an analog to an entirely digital workflow to manage and maintain its water, storm water, and streetlight operations. While it’s hard for some office personnel to remember working with paper maps, some field personnel clearly recall their experiences.
Try riffling through paper on a cold snowy morning, looking for the right mapbook to locate a meter. If the meter was installed less than six months ago, it likely hasn’t made it into your book. If you do find the location in one book, you’ll need to grab another book for more detail.
The first book gives you the block and the side of the street, while the second measures the distance from the curb. Unfortunately, the meter you need to service isn’t showing up in the second book. Work needs to be done, so days can’t be wasted getting an updated map. It isn’t long before you exit the cozy cab of your truck and start digging.
Written by Mike Dyer, Business Development Lead
Where? This is perhaps the most common question in government. Where informs our decision-making. Where improves our operational efficiency and quality of service to citizens. Where also enhances civic engagement.
Governments of all sizes recognize the critical role that spatial data plays in developing smart communities. Most governments have had GIS implementations in place for years, but CIOs today are looking for the practical knowledge they need to modernize those implementations that help enable smarter government.
If you have ever camped, hiked, or fished in a national forest, you probably picked up a visitor map at the forest’s office. The first-rate cartography of these pocket maps is sure to get you to your favorite campground or … Continue reading
Esri participated in the first UN World Data Forum , which took place January, 15–18, 2017, in Cape Town, South Africa. This forum convened to explore innovative ways to measure global progress and inform evidence-based policy decisions on the 2030 Agenda for Sustainable Development, which is a plan of action agreement among heads of state and government. Esri joined data statistics experts from government, national statistical offices, the private sector, academia, civil society, and international organizations to discuss interactive platforms that improve the use of data for sustainable development.
At Esri’s 2017 Federal GIS Conference in Washington, D.C., Esri President Jack Dangermond received a small medal for having made a big difference, and two local organizations were very happy.
The Youth Environmental Science (“YES”) Award is given annually by Youth Learning as Citizen Environmental Scientists (“YLACES”), a non-profit organization that supports science education for youth. The award includes a $10,000 grant to an organization engaging youth as active citizen environmental scientists, and Esri chose the Jane Goodall Institute’s “Roots & Shoots” program.
The focus of YLACES is getting students engaged in inquiry-based, experiential science. “For 25 years, Esri has helped K12 students gather, analyze, interpret, and present data about the world, thereby equipping students to better learn science by doing science,” said YLACES president Dr. Dixon Butler. “Esri has made powerful tools available for free for educators around the world, from ArcVoyager to public ArcGIS Online, and provided training so teachers could do this. This commitment has made a difference.”
Many businesses have gleaned great returns by looking at operations through the lens of geographic science. The largest wins take on mythical status, as the impacts can be so profound that users want to keep the secret behind these rewards from competitors.
A few eye-opening anecdotes have come to light, including ones about the following:
- A global parcel delivery company that eliminated left-hand turns and implemented other distance- and time-saving measures for better routing that saved thousands of miles across the company’s fleet and hundreds of millions of dollars annually
- A national home repair service that improved its efficiency to the point that it could consolidate the number of call centers by two-thirds with an initial cost savings of $9 million and ongoing yearly savings of close to $50 million
- The chain of coffee shops that scrutinizes the link between store location and performance and finds per-store improvements with effects that are compounded across the chain’s network, including such results as how moving one store just one mile would gain a $10 million increase in yearly sales
At the heart of these wins, and many more, is an enterprise location strategy with Esri’s geographic information system (GIS) mapping software at the hub. GIS integrates with existing customer and enterprise systems, bringing location data, proven algorithms for analysis, and tailored applications to extend insightful information to the front lines of decision-making. Businesses use this powerful platform to reveal deeper understanding of their data.
The recently launched Esri Location Strategy for Business web pages contain information and tools to give every business user a taste of the kinds of spatial analysis available. The new Discover Local Insights application gives visitors a free ZIP code search for some of the key local psychographic variables that help reveal the values, opinions, interests, and lifestyles of customers.
“The application falls into our strategy of providing actionable information for business,” says Robby Deming, Esri marketing program manager. “It helps to show how Esri’s vast business and demographic data can provide even greater insight when combined with data that businesses already hold.”
Esri Tapestry Segmentation provides the power behind this application. Tapestry data contains the classification of all US residential neighborhoods, broken down into 67 unique segments based on demographic and socioeconomic characteristics. This data, along with more than 10,000 added Esri data variables, conveys a wealth of local insight.
In addition to presenting the psychographic segments, both the 15-minute drive-time area and five-mile-ring buffer area around the ZIP code can be overlaid on the map. These geoenriched polygons give users a greater sense of place while illustrating the intuitive and interactive nature of geospatial business analysis.
This free tool is available as a web application to any interested business. Work is under way to create a mobile-friendly version as well as to enable this application to be embedded in any website. Some of the functions being planned for development include the ability to compare ZIP codes side by side and generate drive times or buffers from any point on a map.
Many businesses have used these kinds of tools for decades to better understand their customers. The early adopters are now combining what they already know with new data feeds from in-store sensors, customer relationship management (CRM) systems, and other sources. Live information, such as weather conditions or social media mentions, can also be visualized to get up-to-date insight into factors that impact local business decisions.
“We’re using the Discover Local Insights application to give businesses a practical example of the powerful knowledge they can access through a location strategy,” says Deming. “Any commercial business that wants to know more can sign up for a free location strategy assessment, which includes a half-hour conversation with our technical and commercial business experts. We want to help people understand how their peers are driving business benefits from location technology. In addition, we’ll also provide them with a potential road map for developing their own location strategy that matches their business objectives and needs.”
During rush hour on August 1, 2007, sections of the Interstate 35W bridge in Minneapolis, Minnesota, began to collapse and fall into the Mississippi River, killing 13 people and injuring another 145. This was only one of a series of high-profile bridge failures that have resulted in lives being lost. The cause, according to many experts, is that the United States has been systematically underinvesting in infrastructure and maintenance for some time. In fact, recent figures indicate that state and local spending on infrastructure is at a 30-year low.
Effectively addressing America’s infrastructure needs begins with knowing where to make the most strategic investments. And that is where GIS can play an important role in understanding the condition of our infrastructure, where the largest bottlenecks occur, and where dollars should be targeted for the greatest benefit to the nation’s economy.
City Website Empowers Citizens and Businesses with Open Data and Apps
Long Beach, California, just launched a comprehensive data hub called DataLB, which makes the city’s data available to the public online. Using Esri’s geographic information system (GIS) platform, DataLB enables citizens, businesses, and academic institutions to use civic data to improve decision-making.
Since 2014, Long Beach mayor Robert Garcia has been committed to implementing Esri technology within the city to display data in maps and make information easily discoverable and shareable between departments over the web. DataLB extends these capabilities to the public with an easily accessible website that connects people with the civic initiatives that benefit them. For instance, in the case of Measure A, which invested $150 million in Long Beach infrastructure, parks, and public safety, the hub has made all the data on the initiative available via a public story map. This visual tool includes interactive maps showing where funds will be used for specific improvements. And BizMap, a new application, allows the public to look up and export business license information in Long Beach’s business improvement districts and areas.
“DataLB will make huge amounts of city data accessible to the public, staff, and anyone who is interested in learning about or improving our community,” said Garcia. “Long Beach is doing more than just making data public. We are actually making it easy for people to see data in maps and use the site and apps to track public works, open new businesses, and find other resources.”
As a public engagement tool, DataLB reveals city data that was previously only accessible to internal staff. The hub also contains apps specifically designed to enable citizen engagement. For instance, Long Beach is working on an initiative to gather data using Esri’s Survey123 for ArcGIS that may be used in a future information product in order for the hub to visualize the impact of homelessness in Long Beach. This will help public safety and welfare agencies better allocate resources.
By Frits van der Schaaf – Head of Business Development, Automotive
The National Safety Council estimated that in 2015, approximately 38,300 people were killed on U.S. roads and 4.4 million sustained injuries. These tragic statistics are compelling car makers to add connectivity to their safety designs. Their cars will connect to an ecosystem of cloud-based networks that share information to make drivers more aware of their environment and avoid accidents.
Equipped with sensors that create a 360 degree awareness field, a connected vehicle gathers road hazard data. A geographic information system (GIS) processes the real-time data and transforms it into useful information. Using live weather data and historical incident data, for instance, GIS can predict the risk of an accident occurring on a specific section of road when it is raining or when fog will make the road hard to see.
GIS will also play an important role in vehicle and infrastructure sensor systems that share real-time data with each other. While drivers are traveling down the road, their vehicles are “talking” with various roadside structures. A geofence around a school and elderly housing can alert a car’s system to tell the driver to slow down inside the zone. Car sensors detect treacherous potholes and report the locations to other drivers and the city. Roadside sensor systems can capture real-time data about highway traffic conditions in the lane ahead and automatically relay it to the car’s dashboard to forewarn the driver.