Gone are the days when it was just your computer that was connected to the internet. Now, many more devices are able to access the internet and exchange data, creating what's known as the 'Internet of things'.
With the continuing growth of the ‘internet of things', Jenrick IT found this article from gizmodo featuring a map that shows where in the world the devices are situated and was compiled by simply sending a ‘ping’ to each device.
THE INTERNET WORLD OF THINGS – A MAP OF THE WORLD'S DEVICES
This fascinating article from gizmodo.com has mapped where every device is located by simply sending a 'ping' to each device. Where is the internet? This map might explain it better than any statistics could ever hope to: The red hot spots show where the most devices that can access the internet are located. A MAP OF EVERY DEVICE IN THE WORLD THAT'S CONNECTED TO THE INTERNET
(please click on the thumbnail image to enlarge)
This map was made on August 2 by John Matherly, the founder of Shodan, a search engine for internet-connected devices. Matherly, who calls himself an internet cartographer, collected the data to put it together by sending ping requests to every IP address on the internet, and storing the positive responses. A ping is a network utility that sends an echo-request message (known as a packet) to an IP address—the internet's version of "hey, are you there?" That part was relatively easy compared to the visualization process, says Matherly.
"It took less than five hours to gather the data, and another 12 hours or so to generate the map image." For that, he used the matplotlib plotting library in the programing language Python.
With its rainbow of connectedness, the map is similar to one produced last year anonymously—which was illegal—and also to this project by CAIDA (these links and the credit to CAIDA has been updated). Although Shodan is well-known for its potentially shady practices that prey upon insecure networks, ping requests—the same thing your internet provider uses to test speed and data loss—are completely benign, Matherly says.
"We've just advanced enough in technology where we can do it on internet-scale."
Basically, Shodan is now able to send and receive the requests fast enough that the world can be queried in just a few hours. Armed with the new process, Matherly plans to track the changes in the globe's internet connectivity over time. With the proliferation of the Internet of Things, we're bound to see some of those black holes slowly colorize over the next few years.
FURTHER INFORMATION For more information on emerging technologies such as the 'internet of things', please contact Jenrick IT on 01932 245 500.