All Access


ARINC’s NGWC mesh tracks 200 vehicles, passes test at Army Depot in Kuwait

ANNAPOLIS, Md., 25 March 2011. ARINC Engineering Services LLC’s NGWC wireless mesh solution for tracking military assets has been demonstrated and reviewed by the U.S. Army Sustainment Command (ASC). ARINC and partners Cubic Global Tracking Solutions (CGTS) and Lunarline conducted a Proof-of-Principle (PoP) demonstration, tracking 200 vehicles through the Army’s Camp Arifjan Wash Rack in Kuwait, a primary trans-shipment point for U.S. materiel.

The NGWC solution, based on advanced mesh network technology from Cubic, has been developed and demonstrated under a series of task orders from the U.S. Army Logistics Innovation Agency as part of the Agency’s Next Generation Wireless Communications for Logistical Applications (NGWC) program.

“The Army Sustainment Command has determined our NGWC mesh network tracking solution improves their wash rack process,” says Robert Higginbotham, senior director, ARINC Advanced Systems. “We expect to hear soon that ASC wants to expand the use of our technology at Camp Arifjan, other Kuwait locations, and possibly into Afghanistan. We are anticipating another task order for this work.”

“Lunarline appreciated the opportunity to support the secure design, implementation, and testing of the DoD Information Assurance (IA) requirements for the program,” says Waylon Krush, CEO of Lunarline.

The NGWC demonstration at Camp Arifjan accurately tracked a sample of 200 vehicles in near real time, from their initial storage locations at incoming Lot 58, through complete cleaning and processing, to outgoing sterile storage lots. The demonstration hardware included rugged battery-powered asset tags with GPS sensor technology and advanced wireless “mesh network” capability that is self-forming and self-healing.

In use, each asset tag transmits its own precise location, and a group of asset tags will self-assemble into a local mesh network to relay all tag locations efficiently. This wireless data is collected by local gateways and sent to a Device Management Center that keeps a central database of all tags and locations. An operator can search for individual assets by their serial numbers and find their locations in a matter of seconds.

The incoming lot at Camp Arifjan can hold 10,000 vehicles; therefore, a full-scale application of ARINC’s NGWC tracking technology would greatly simplify inventory and tracking.

Font Sizes:

Easily post a comment below using your Linkedin, Twitter, Google or Facebook account.


Aerospace & Defense Trivia Challenge

How well do you know your aerospace history? In this month's M&AE trivia challenge you can find out - and then pit your knowledge against friends and colleagues!

Take the quiz and you'll be entered in a drawing for a $25 Visa gift card, courtesy of this month's sponsor, Sparton.

Here's a sampling of the questions you'll need to answer:

Up for the challenge? TAKE THE QUIZ!

Most Popular Articles

Wire News provided by   

Webcasts

Upcoming

Thermal Design in Military Embedded Computing Applications

This webcast sponsored by Advanced Cooling Technologies will investigate and improve the thermal path from source to sink with the goal of minimizing the temperature rise in your electronics.

( 06/06/2013 / 02:00 PM Eastern Daylight Time / 01:00 PM Central Daylight Time / 11:00 AM Pacific Daylight Time / 18:00 GMT )

On Demand

The DNA Marking Controversy

John Keller, chief editor of Military & Aerospace Electronics, brings his 30-plus years of experience covering the aerospace and defense industry to this interactive webcast.

Protect Your Embedded Systems: The Key to Platform Security

Join Wind River’s AJ Shipley, Senior Security Architect as he unveils the key to platform security, discussing how embedded device security requirements should be addressed with multiple levels of hardware a...
Sponsored by:

Mil & Aero Magazine

April 2013
Volume 24, Issue 4
file

Download Our Free Apps



iPhone

iPad

Android

Follow Us On...



M&AE Article Archives

Click here for past articles