Intel builds sensor grenade for firemen

Intel builds sensor grenade for firemen

Summary: Intel has shown off prototype machine-to-machine sensor devices designed for use by firefighters, sanitation workers and in the oil and gas industries

SHARE:
TOPICS: Emerging Tech
0

 |  Image 1 of 5

  • Thumbnail 1
  • Thumbnail 2
  • Thumbnail 3
  • Thumbnail 4
  • Thumbnail 5
  • Fireball sensor

    Intel's Rapid Prototyping Group has been working on technologies in the field of machine-to-machine (M2M) communications. On Monday, at its Intel Developer Forum in San Francisco, the chipmaker gave ZDNet UK a look at some of the results, including a throwable sensor for firefighters, a device for studying water quality, and a module for monitoring the stability of large structures such as oil rigs.

    The prototype Fireball throwable sensor (pictured) is able to monitor air quality by studying the levels of specific gases in the air around it — ammonia, nitrogen, oxygen and carbon dioxide — along with the air temperature. Data from the sensor is sent to a server located in the fire engine, and then sent on to smartphones and other devices that display the information to the firefighters. Multiple sensors can be used at once and their data aggregated and browsed.

    The Fireball is due to go into trials with a US-based fire department soon, according to Intel senior principal engineer Terry O'Shea. The device took six weeks to make, he said. 

    In the next generation of the device, the Fireball will be able to feed its location back to the server. This will be done via radio triangulation between the separate fireballs and their main receiver on the fire engine, O'Shea said. 

    Weight-wise, the device felt about as heavy as a 500g bag of sugar.

    Photo credit: Jack Clark

  • Fireball components

    The Fireball consists of five main components. Two hemispheres (pictured, top left and top right) form the enclosure for the sensor board (bottom left) and the processor board (bottom right), while the battery sits below a ceramic enclosure (top right). Intel expects the Fireball to withstand temperatures of up to 2,200° F.

    Photo credit: Jack Clark

Topic: Emerging Tech

Jack Clark

About Jack Clark

Currently a reporter for ZDNet UK, I previously worked as a technology researcher and reporter for a London-based news agency.

Kick off your day with ZDNet's daily email newsletter. It's the freshest tech news and opinion, served hot. Get it.

Talkback

0 comments
Log in or register to start the discussion