Our Work

Blue Raster helps you tell your story through interactive
mapping technology. Make your message clear, exciting,
and user-friendly for both mobile and web platforms.

Development

Using GIS to Inform Workforce Development

We recently worked with the American Institutes for Research (AIR) to produce a national-level work-based learning map. Built using ArcGIS Online and the Esri JavaScript API, the map can be custom-tailored to specific state or local agency leadership teams. Using these customized maps, teams can better contextualize their workforce development initiatives and refine their understanding of resources and socioeconomic distribution across their region.

Workforce Development with GIS

Nearly five decades of research has demonstrated that the places where individuals live and learn have a dramatic impact on their opportunities and life outcomes. These place effects—the advantages and disadvantages that one inherits by simply living in a particular location—have a particularly strong impact on one’s access to high-quality education, workforce training, and employment, which are the key ingredients to upward economic mobility. It is vital that leaders in state and local education agencies are mindful of place effects as they help districts and schools to develop work-based learning (WBL) systems across diverse contexts.

Through this application, AIR can more easily identify areas of improved workplace development and analyze the factors that lead to this outcome. This could include factors such as education opportunities, health benefits, or a variety of social factors.

How do I use it?

Users are able to activate different layers that fall under categories such as Education, Health, and Social Factors. By looking across states and the country as a whole, we are able to understand which communities are at a disadvantage when it comes to these factors. As we explained earlier, these factors are vital to spark upward economic mobility. When viewing these different layers, we can have a higher understanding of where these lacking communities are located, and where resources need to be more readily available.

Here is a demo of the application in action.

You can view and use the application here.

ArcGIS Urban: Take City Development Further

Blue Raster Project Manager Megan Gottfried took her ArcGIS Urban skills to the next level at Esri’s "Deploying ArcGIS Urban" training. The training, held in San Diego just before Esri’s annual User Conference, included other Esri business partners, distributors, and advanced level users from around the world.

ArcGIS Urban is gaining significant attention in the GIS and City Planning & Development industries. The platform is a complete solution allowing municipal planning departments and development-focused NGOs to improve urban planning practices and decision-making on a city-wide scale. Users can use ArcGIS Urban to create 3D renderings of city landscapes, proposed buildings, and compare proposed site projects across key stakeholders.

ArcGIS Urban case study

Megan Gottfried used San Francisco as a study area for development and used ArcGIS Urban technology to assist the city’s urban planners with the growing issue of overcrowding. Key program features such as theoretical population and employment projections helped officials to understand the regional severity of the problem and work to find innovative solutions, while 3D building renderings with zoning and building setback details gave realistic building city scapes for user exploration.

San Francisco City
"Today's advanced GIS software can now model cities in 3D and integrate the full planning workflow, thereby dramatically enhancing efficiency and effectiveness."

- Scott Edmondson, Senior Strategic Sustainability Planner for the City of San Francisco

Other highlights of the training session included a product demo and an overview of the ArcGIS Urban system. in addition, Megan Gottfried was able to learn both the back-end and front-end ArcGIS Urban platform and provide clients with tips and best practices for deployment. Megan tested the many features of the ArcGIS Urban program and created sample projects & planning files for the San Francisco area. The event concluded with a Q&A session where Megan and her colleagues were able to ask questions about the program and troubleshoot some of their problems.

ArcGIS Urban Site Project

Learn More

Blue Raster is excited to begin offering ArcGIS Urban solutions for our clients. Are you interested in harnessing the power of informed planning for your business or municipality? Contact us today!

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Saving Wilderness Areas with the Wildlife Conservation Society (WCS)

African elephants

At the Wildlife Conservation Society (WCS), staff are using the Global Forest Watch MapBuilder platform to show their global impact. WCS works to conserve the world’s largest wild places in 16 priority regions. Their new MapBuilder platform is a powerful mapping tool for analyzing data in priority conservation areas.

WCS’ platform combines the use of remote sensing and GIS to visualize and monitor top priority regions for conservation. Through a combination of interactive mapping, data visualizations, and analytical reports, the platform provides staff with access to information on the current state of WCS protected areas around the world.

WCS' goal is to conserve the world's largest wild places in 16 priority regions, home to more than 50% of the world's biodiversity.

The platform incorporates a breadth of data on priority landscapes and sea- and coastal- scapes (known as “scapes”). In addition, it visualizes key project areas where WCS is working to have a conservation impact on species. By centralizing this data all on one platform, users can visualize overlap and patterns. For example, staff can overlay forest fragmentation, infrastructure development, and conservation areas to quickly see if wildlife movement is blocked between and within protected areas. This is especially important in Africa, where species like elephants, giraffes, and zebras travel long distances between wet and dry seasons to survive.

WCS Mapbuilder Platform

In addition to the data on the platform, the site also contains powerful analytics powered by MapBuilder’s custom functionality. Through a unique workflow built by our two teams, WCS can connect their API with the Global Forest Watch API to return time-series statistics within the application. This enables users to run specialized analyses to answer questions such as:

  • Which protected areas have experienced the greatest forest disturbance in recent years?
  • How have species population trends changed over time?
  • Where are the last unbroken swaths of intact forest?
Visualizing Results

WCS can also visualize their impact. For example, thanks to conservation efforts, Nouabalé Ndoki National Park is free from logging and contains no roads within its borders. The park covers more than 4,000 square kilometers of contiguous rainforest and is a stronghold for iconic species including forest elephants, western lowland gorillas, and chimpanzees.

 

 

WCS’ platform is built with the ArcGIS API for JavaScript, ArcGIS Enterprise, the Global Forest Watch API, and Google Earth Engine.

Check out the WCS MapBuilder platform today!

Explore the Indoors with ArcGIS

In July 2018, Esri announced a new product called ArcGIS Indoors. Expected to be available for widespread use this year, ArcGIS Indoors provides 3D maps, data, and location information for indoor spaces. With indoor maps, building operators can more efficiently coordinate resources with their facilities and explore their data to operate more competitively.

How does it work?

ArcGIS Indoors places people and objects inside buildings such as corporate facilities, event venues, education campuses, and more. The indoor mapping system uses a building’s floor plans, indoor sensor networks, and other data streams to build a comprehensive map of any indoor space. It is designed to work seamlessly with other parts of the ArcGIS platform, Powered by ArcGIS Enterprise and Portal, ArcGIS Indoors can be accessed and used for visualization and analysis with other Esri applications.

Examples of ArcGIS Indoors

Indoor Map of Campus

Workshop to Explore the Indoors

Project Manager Christina Phang and GIS Analyst Danny Cassiday had the opportunity to work with ArcGIS Indoors at a hands-on workshop by Esri in Redlands, CA. They learned about converting BIM and CAD into ArcGIS Indoors Information Models and extracting site plans from Aerial imagery to create complete site scale maps. In addition, they completed a technical deep dive into creating and generating routable indoor networks, as well as publishing web and mobile apps. The rest of the team are excited to see what Christina and Danny have learned!

Redlands collage

Get Started Today!

Let us help you deploy ArcGIS Indoors. Our team can assist with curating and preparing data for ArcGIS Indoors, authoring maps and scenes for ArcGIS Indoors Web and Mobile Apps, and configuration and deployment of Indoors Apps. We also provide custom solutions to extend ArcGIS Indoors, integrate it with third party systems, and customize the UI/UX (branding, colors, icons, images).

Learn more about how ArcGIS Indoors services and solutions can work for you.

 

 

Identifying Connectivity Across US Communities

Blue Raster recently collaborated with New America on a story map highlighting city and community connectedness across the US. The story map looks at 25 different community focused networks working to help cities and counties solve a wide-range of challenges including climate change, criminal justice, and homelessness. The story map was developed in conjunction with a larger publication by New America focusing on the contribution that community networking makes to renewal and revival.

New America Story Map

To better understand the factors that contribute to a city’s overall connectivity, New America asked our team to enrich their data with indicators such as population, Tapestry Segmentation, and MSA to determine if there were patterns and trends among the most networked communities. Population turned out to be one of the biggest contributing factors to a city’s overall connection.

Top 10 Most Connected Metro Areas (2018)

To visualize connectivity of both cities and communities simultaneously, the Blue Raster team used a combination of heat map cartography in addition to point and polygon data to show where overlaps occur between cities, communities, counties, and states.

Our team also built customized pop-ups through ArcGIS Online. Using SQL Query syntax we were able to make pop-ups that are customized to each network depending on the type of data in that network, whether it be cities, communities, counties, or any combination of geographies..

Check out the story map, and see how well connected your own community is by reading New America’s full report!


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