Recently I spoke with Mosaik Solutions’ John Gilmer, VP, Data Integrity, Brian McNamara, product manager, Todd Cotts, director, Product Management and Matt Oak, manager GIS department regarding their business and recent announcements.
Posts Tagged ‘imagery’
Satellite imagery has undergone a paradigm shift in the past couple of years.
PDF3D 3D PDF conversion and publishing software has released their latest version update with more features of their advanced PRC technology for GIS users. The development timeframe has been speeded up to bring this technology to market early.
Laurie Jordan, Esri director of Imagery, talked about their long time relationship with Exelis at Esri UC, a top business partner. Esri has 2800 business partners. With Exelis Esri has seamless integration. “The meaning of platform has changed in a positive way,” said Jordan. “We positioned ArcGIS to disseminate imagery and to take imagery and turn it into useful information. This platform is now moving from just a desktop mobile and server, and cloud and focusing on this term Cloud based GIS. With the move to cloud the definition of platform has changed. The platform is an ecosystem of relationships of everything you can do with it. Through this platform we’ll be offering services, and it will be the new home for services and content including analytics – tools from ENVI are at the top of the list.”
The following is an interview with David Gonzales, software engineer for Exelis:
Big data and services to manage big data were among the hot topics of Esri UC 2013. Companies that provided these opportunities were in large part Esri partners.
As a result of the cloud and mobile/location intelligence, we can now ingest data that previously required an enormous amount of effort to be made usable. The question still remains as to who is qualified to access the data, but data now breaks out of its previous stagnancy with the growth of technology potential.
Who can use GIS now? Just about everyone.
Although the federal government was not well represented at the conference because of steep cutbacks, the products and services showcased catered to the federal, state and local governments, with disaster response, emergency preparedness, intelligence and other related fields. There is not a geospatial company out there that doesn’t tailor their application/server platform to that market.
Some of the companies visited that fall within these categories include:
Pictometry International Corp., inventor of measurable, aerial oblique imagery and analytics tools, launched Pictometry Integration for Autodesk AutoCAD Civil 3D 2013 and 2012 products at Autodesk University the last week of November. Now users’ high resolution geo-referenced aerial imagery can be accessed from directly within the AutoCAD Civil 3D workspace, enabling users to visualize and take measurements of real-world field environments, helping reduce the need for field visits. AutoCAD Civil 3D use has grown phenomenally over the past two-three years, and continues to climb, according to experts in the field. It will also certainly benefit Pictometry to gain access to Autodesk’s millions of users.
One of our most popular posts has been the announcement of the integration of Pictometry with AutoCAD Map 3D in 2011. Pictometry Integration for AutoCAD Map 3D 2012 allows users to plan and design assets without leaving the Map 3D environment.
At Autodesk University 2011, GISCafe’s Sanjay Gangal interviewed Kevin Reilly, president of Pictometry Business Solutions, Pictometry, about the company’s focus and what new products they were introducing at the event.
Sanjay: How long has Pictometry been around?
Kevin: Pictometry has been around for a little over ten years. It is a disruptive technology company. We have a dataset that’s unique, we fly aerial imagery, we collect oblique images as well as ortho images, which is a rich dataset, and then we have an analytics platform that allows you to mine information from the imagery. What’s unique is every pixel has three dimensional elements to it, so you can measure anything you see on the image from height, distance, measurement, area. Every pixel has a lat long, so you can also measure elevation, and we can also bring GIS layers onto the imagery so you can displayed things like hazard layers, parcels, any other GIS layers can be displayed on the Pictometry platform.
According to a press release issued by NASA and the U.S. Geological Survey (USGS) November 18, the Landsat 5 Mission may no longer remain in operation. The reason for this is the USGS has stopped acquiring images from the 27-year-old Landsat 5 Earth observation satellite due to a rapidly degrading electronic component.
A Landsat 5 image of the Wallow Fire acquired on June 15, 2011. Landsat imagery courtesy of NASA Goddard Space Flight Center and U.S. Geological Survey
When Landsat 5 was launched in 1984 it was designed to last 3 years. The USGS assumed operation of Landsat 5 in 2001 and managed to rescue the aging satellite back from the brink of total failure on several occasions following the malfunction of key subsystems.
“This anticipated decline of Landsat 5 provides confirmation of the importance of the timely launch of the next Landsat mission and the need for an operational and reliable National Land Imaging System,” stated Anne Castle, Assistant Secretary for Water and Science at the U.S. Department of the Interior. “The USGS is committed to maintaining the unique long term imaging database that the Landsat program provides.”
The amplifier that is in jeopardy is essential for transmitting land-surface images from the Landsat 5 satellite to ground receiving stations in the U.S. and around the world. In the past 10 days, amplifier problems have significantly diminished the satellite’s ability to down load images.
Now USGS engineers have suspended imaging activities for 90 days so that they can explore possible options for restoring satellite-to-ground image transmissions.
The USGS-operated Landsat 7 is actively in orbit collecting global imagery. Launched in 1999 with a 5-year design life, Landsat 7 has experienced an instrument anomaly which reduces the amount of data collected per image. A new satellite, Landsat 8, currently named the Landsat Data Continuity Mission, is now scheduled to be launched in January 2013.