Integrating interactive web maps with other digital content will make “nextgen” textbooks come alive.
Textbooks are changing, and so is the textbook industry, which accounted for almost $14 billion in US sales in 2013. The high cost of printed texts is driving the change. The Student Public Interest Research Group estimates that full-time US college students spend nearly $1,200 per year on textbooks, on average. Mounting public concern about the high cost of education in general, and textbooks in particular, is forcing publishers away from printed books toward a new generation of less expensive digital products. Esri is interested in the future of textbooks because they affect millions of young people every year, and because of the potential to make textbook maps come alive. Continue reading
Location analytics lets you visualize your key performance indicator data on maps.
Russ was one of my favorite bosses. He was the president of the utility I worked at. I ran electric operations. Russ was an accountant, a bean counter by training. I was (and am) an electrical engineer. Yet we agreed on almost everything about running a gas and electric utility.
Russ once told me that there are only four things you have to do to be successful at running a utility. Only four? Yes. Make money, keep customers happy, keep employees happy and safe, and stay out of trouble. Continue reading
Everybody gather around the map and make better decisions in real time.
You might think of spatial analysis as a process that can help you make sense of large amounts of current and/or historical information. And you’d be right about that. But spatial analysis works equally well in real time.
Imagine a metropolitan police department working to stay on top of everything that happens in a big city. Crimes, accidents, and traffic, along with all the mobile and stationary assets that they need to track come together to create an overwhelming task of real-time data collection and analysis.
But in law enforcement, time is of the essence. They need to get a handle on all of this data—and fast. They need to respond in the moment. The real-time data coming into their system needs to be understood and acted upon in real time. Continue reading
Content, Open, and Managing GIS make Big Splashes
Esri Insider provides a platform for Esri’s thought leaders and visionaries to share with you the new ideas and trends that they see in GIS. As 2015 kicks into high gear, we’d like to take a moment to stop and take a look back at the stories that struck a chord with you. These are the ten most popular posts of the Esri Insider blog for 2014.
10. Strengthening the Link between GIS and Science, by Matt Artz, November 5, 2014
This interview with Kevin Butler, Product Engineer with the Geoprocessing and Analysis team, details the integration of ArcGIS with SciPy, a Python-based ecosystem of open source software for mathematics, science, and engineering.
9. Attention GIS Managers: New Strategies for New Times, by Adam Carnow, September 22, 2014
This post, from our Managing GIS series, outlines the skills and strategies required to be a successful manager of today’s modern GIS department. Continue reading
Enterprise implementations typically include a mix of software technology and data sources carefully selected to satisfy specific operational business needs.
[Note: This is latest post in our series about Managing GIS.]
The ArcGIS platform includes an integrated mix of software developed to satisfy a full range of GIS user requirements. All of these components are designed as a system to work together within an integrated enterprise GIS environment. This is the big picture of what ArcGIS has to offer in building an enterprise GIS. ArcGIS is the overall platform, and the components of this platform work together to satisfy a variety of specific business needs.
An overview of the ArcGIS platform component architecture.
Esri’s 2015 Resolution for Vertically Integrated Gas Companies
This time of year, it’s customary to settle on a New Year’s resolution. That resolution often leads to a wish list.
Companies—especially vertically integrated gas companies—have asked Esri to prioritize a special wish. Vertically integrated gas companies need a pipe-network feature that enables both a linear-referencing network and a geometric, or facility, network.
We have some good news. Esri is rolling out two solutions:
Here are three reasons we need ALRP and UPDM. Continue reading
Context is crucial in making big data useful, and the key to that context is often location.
Move over, smart grid. A new buzz phrase has bumped you out of first place in utility IT: big data.
As with smart grid, no one really knows what big data means. We know it’s big in information technology, though. And I’m even not sure that the term “big data” is even grammatically correct.
I recently interviewed a candidate for a job and asked him what he knew about GIS. In his response he mentioned big data perhaps 10 times and smart grid only seven. I concluded that big data was now bigger in the utility IT space than smart grid. Continue reading
Annual Event to Showcase 3D Visualization and Design Solutions for a Complex World
3D visualization and design using GIS technology will be one of the main themes at the Geodesign Summit, which returns later this month to Esri headquarters in Redlands, California.
People are visual creatures who see the world in three dimensions. It makes sense that 3D technology should play an increasing role in making the complex easy to understand. The complexity of the many layers of spatial and non-spatial information that can go into a geodesign workflow requires that information be communicated in intuitive media so people understand it more easily. When 3D technology is used with intuitive media, both non-technical and technical observers can better grasp the behavioral and aesthetic impacts of proposed change in the context of the world around them. Continue reading
Four Guidelines for the New GIS Professional
The GIS platform helps you visualize, question, analyze, and interpret data to understand relationships, patterns, and trends. As a GIS professional, you make the GIS platform valuable and successful. You are the champion of geography-based decision making across your organization. You define and drive the adoption and application of spatial technologies.
From tightly scripted software code to the cloud, understanding our history can help guide us in building the technology of the future.
[Note: This is latest post in our series about Managing GIS.]
There is much we can learn from our past. Each technology advance has been a tradeoff between heavier processing loads and deploying software that was easier to build and maintain. Faster hardware processors and improved network bandwidth provide opportunities for more software innovation. As platform and network capabilities improve, new advances in software move technology forward at an increasingly rapid pace.
Software development history gives us insight into the basic principles that guide us in building the technology of the future. The figure below provides a high-level overview of the major GIS technology changes over the past 20 years. Continue reading