Pictometry to Offer Free Next-Gen 9-1-1 Credit Course for FutureView 2008 Attendees

ROCHESTER, NY – August 4, 2008 – Pictometry International Corp., a leading provider of geo-referenced aerial image libraries whose proprietary technology is used globally to capture oblique image libraries, announced today that it is offering a free seven-hour course for 9-1-1 professionals at its upcoming FutureView conference October 27-29 in San Antonio.

The course, called Introduction to Next Generation 9-1-1, will be presented by the National Emergency Number Association (NENA) on October 27, prior to the start of the FutureView Conference. The course will focus on the impact Next Generation 9-1-1 will have on the 9-1-1 community as popular new technologies, such text and video messaging, are integrated into emergency call answering capabilities.

Up to 50 FutureView registrants will be able to register. Upon completion, attendees will earn one credit toward ENP (Emergency Number Professional) certification or recertification. FutureView attendees from 9-1-1 or public safety are eligible and can register at www.pictometry.com.

“As a proud member of NENA’s Next-Gen Partner Program, we are thrilled to offer this unique opportunity to our FutureView customers,” said Pictometry’s Dante Pennacchia , Chief Marketing Officer. Earlier this year, Pictometry provided NENA’s ongoing Next-Gen proof of concept project with oblique imagery from selected PSAPs across the country. “Helping 9-1-1 operations respond better and faster has been one of Pictometry’s missions from the start. As a result, we have become the leading provider of imagery to 9-1-1 and are integrated with every major CAD system. We fully support NENA’s efforts to further enhance future 91-1 operations. This unique course offering will help us meet that goal and will also enable us to enhance the value of attending FutureView for our customers.

About Pictometry
Pictometry International Corp. is a leading provider of geo-referenced, aerial image libraries and related software. Pictometry has captured over 50 million digital aerial images in over 600 counties in the United States covering over 70 percent of the United States population. Using its proprietary imaging process, Pictometry® captures geo-referenced, high-resolution oblique (at an angle, producing a 3-D like view) and orthogonal (straight down) Intelligent Images®, within which structures and land features can be measured. Pictometry customizes and markets these technologies for government and commercial applications, offering non-traditional software solutions to aerial imaging needs. Pictometry’s imagery and software enables users to “See Everywhere, Measure Anything, Plan Everything”® using a patented digital information system. Pictometry has its headquarters in Rochester , NY and an office in Europe . Pictometry is a second order visualization tool that does not produce authoritative or definitive information (surveying) from its digital, aerial images. For more information on Pictometry, visit www.pictometry.com 


Contact:

Tami Bacon
Pictometry Public Relations Manager
Tel: (585) 487-1488
E-Mail: Email Contact

Featured Video
Jobs
Business Development Manager for Berntsen International, Inc. at Madison, Wisconsin
Senior Principal Mechanical Engineer for General Dynamics Mission Systems at Canonsburg, Pennsylvania
Mechanical Test Engineer, Platforms Infrastructure for Google at Mountain View, California
Equipment Engineer, Raxium for Google at Fremont, California
Mechanical Manufacturing Engineering Manager for Google at Sunnyvale, California
Senior Principal Software Engineer for Autodesk at San Francisco, California



© 2024 Internet Business Systems, Inc.
670 Aberdeen Way, Milpitas, CA 95035
+1 (408) 882-6554 — Contact Us, or visit our other sites:
AECCafe - Architectural Design and Engineering EDACafe - Electronic Design Automation TechJobsCafe - Technical Jobs and Resumes  MCADCafe - Mechanical Design and Engineering ShareCG - Share Computer Graphic (CG) Animation, 3D Art and 3D Models
  Privacy PolicyAdvertise