Tag Archives: Apps
By Mark Cygan – Industry Manager, Mapping, Statistics and Imagery at Esri, and David Watkins – ArcGIS Desktop Product Manager
At the International Map Industry Association (IMIA) Americas Conference this year, Esri took home three awards for its entry ArcGIS Apps for the Field. These apps included Workforce for ArcGIS, Operations Dashboard for ArcGIS, Collector for ArcGIS, Navigator for ArcGIS, and Survey123 for ArcGIS. All these apps work in conjunction to form a unified workflow and eliminate paper-based processes, enabling everyone in the field or office to work from the same data, in real time.
“It was a great honor for Esri to take home these awards,” said David Watkins, Esri ArcGIS Desktop product manager, who provided demonstrations of the apps to the judges and was present at the conference to accept the awards.
The awards Esri’s field apps won include the following:
Last week Esri attended #LATechSummit. The summit brings together over 900 LA technology companies, investors, incubators and startups. Los Angeles is the third-largest technology startup ecosystem in the US and is home to “Silicon Beach” on the west side of … Continue reading
Monday, August 29 marks the 11 year anniversary of Hurricane Katrina, the costliest disaster in American history. And while the category five storm caused unprecedented damage, the community has rebuilt the destroyed infrastructure, and has also taken new steps forward technologically.
The city of New Orleans now uses GIS extensively, and incorporates Esri’s ArcGIS platform into a series of enterprise applications. These help the public stay informed as well as enabling them to participate in making their city a better, safer place to live.
For instance, a new website called Where Y’at, is allowing citizens to access public data as easily as any common search engine. By typing in their address, people can find up-to-date information about property boundaries, garbage, and recycling pick-up days, polling locations, district representation, and more.
Story Maps let you combine interactive maps and scenes with rich multimedia content to weave stories that get noticed. Here are some things you should consider when creating story maps.
Think about your purpose and audience
Your first step is to think about what you want to communicate with your story map and what your purpose or goal is in telling the story. Who is your audience? Are you aiming your story at the public at large, or a more focused audience, like stakeholders, supporters, or specialists who would be willing to explore and learn about something in more depth?
Spark your imagination
Go to the Story Maps Gallery to see some examples handpicked by the Esri Story Maps team to inspire you and highlight creative approaches. You can filter and search the gallery to check out how authors have handled subjects and information that may well be similar to yours. Explore. Get a gut feel for what makes a good story.
Northeastern University Student’s Smart Communities GIS App Spurs Vision for New Company
By Kurt Daradics
At the 2014 Esri User Conference (UC), Northeastern University civil engineering student Salar Shahini presented his work on a research project that used a GIS web-based application to constantly monitor roadway conditions. Jack Dangermond, president and founder of Esri, encouraged Shahini to pursue the application beyond the research phase and leverage Esri resources to commercialize the technology. Dangermond emphasized that innovative hardware and software technologies such as Shahini’s would provide an immediate positive impact in society and help communities become smarter.
Guided by Esri’s staff, Shahini and his advisors translated these thoughts into an ArcNews article, Constant Pavement Monitoring without Disrupting Traffic. The article triggered a myriad of emails from cities and states around the globe, making the team realize the true need and potential impact of the technology. The flood of responses encouraged them to found the company StreetScan.
Information gathered from a distance
Remote sensing—the acquisition of information from a distance—has had a profound impact on human affairs in modern history. This image of British Beach (the WWII code name for one landing spot of the June 1944 Normandy invasion) taken from a specially equipped US Army F5, reveals rifle troops on the beach coming in from various large and small landing craft. Seven decades later—even as its application has expanded to unimaginable reaches—remote sensing remains the most significant of reconnaissance and earth observation technologies.
Many platforms, many applications
Modern imagery is captured from a broad range of altitudes starting from ground level to over 22,000 miles above earth. The images that come from each altitude offer distinct advantages for each application. While not meant to be an exhaustive inventory, let’s take a look at some of the most commonly used sensor altitudes.
Safe Communities Meet Up Features Senior Advisor to the White House, Program Lead from Department of Homeland Security
Law enforcement across the country are working to fulfill the President’s Police Data Initiative (PDI) to improve public trust and police legitimacy. GIS is an invaluable tool to help communities use open data to protect lives, property, and critical infrastructure. Esri has committed a vast amount of software and resources to help police departments across the nation access and understand information in order to keep communities safer.
The U.S. Department of Homeland Security’s Homeland Infrastructure Foundation Level Data (HIFLD) provides national foundation-level geospatial data that can be used to support community preparedness, resiliency, research, and more. Esri’s ArcGIS platform is the system that provides access to this information.
Your own GIS is simply your view into the larger system. It’s a two-way street. You consume information that you need from others, and in turn, you feed your information back into the larger ecosystem.
Geography is key for integrating work across communities
Modern GIS is about participation, sharing, and collaboration. As a Web GIS user, you require helpful, ready-to-use information that can be put to work quickly and easily. The GIS user community fulfills that need—that’s the big idea. GIS was actually about open data long before the term gained fashion because the people who were doing it were always looking for ways to deepen and broaden their own GIS data holdings. No one agency, team, or individual user could possibly hope to compile all the themes and geographic extents of data required, so people networked about this to get what they needed.
Pinellas County, Florida, has implemented a successful, innovative smart community governance model. Thanks to technological initiatives and innovations to deliver smart sustainable services, the county is better supporting its staff, municipalities, and the public. Because of its successful implementation, Esri nominated Pinellas County for the GCN dig IT 2016 Cloud and Infrastructure award.
GCN supports the public sector IT managers by providing technology assessments, recommendations, and case studies. For 28 years, the organization has showcased general excellence in government information technology by presenting the GCN dig IT (Discovery and Innovation in Government IT) awards. This year GCN is recognizing transformative technology that is truly reinventing government.
Some problems demand you go beyond exploring the data into quantifying relationships or formally testing hypotheses. This is where modeling comes in. Spatial modeling allows you to derive new data from values of existing data layers and to predict what might happen and where. Modeling often takes you into the realm of developing specialized workflows through programming. Creating scripts and automated workflows lets you efficiently query and process large amounts of data and implement more complex algorithms. Increasingly, the value of sharing methods and code through the web allows you to create complex workflows without the need to develop all the components. Knowledge is being shared by putting the real power of spatial analysis into the hands of more people.
With an understanding of the processes at work in the natural or human environment, additional features can be modelled from spatial data. Using an elevation surface, for example, you can derive information and identify features that were not readily apparent in the original surface, such as contours, angle of slope, steepest downslope direction (aspect), shaded relief (hillshade), and visible areas (viewsheds). You can model the flow of water across Earth’s surface, deriving runoff characteristics, understanding drainage systems, and creating watersheds.