Two weeks have passed

[Rakhirandiseo]

- Rita, you are a genius! We urgently need to test this approach in the test lab. What else can we collect?

— Let's try to collect data on IP networks and Wi-Fi connections and compare them with publicly available Wi-Fi network databases, and then put them on a map.

— What if we also use data from gyroscopes, accelerometers and altitude sensors to determine the speed, direction of movement, stopping of the object and the current altitude? And then combine everything and use a special algorithm to determine the owner’s mode of movement, for example, whether he walked, rode a train, drove a car or flew on a plane?

— What does weather information have to do with it?

— You can use the readings from temperature, humidity and atmospheric pressure sensors, comparing the information obtained with weather forecast service reports to verify and confirm previously obtained results.


— What did the experiment show?

— The detection accuracy is satisfactory. The main ivory coast mobile database is that third-party services provide correct data. Otherwise, we will end up with the same thing as with the weather sensor. Remember, Mark!

- Yeah. The weather map lied. And we spent two days wondering what was wrong with the program.

- Good. Have you figured out how to infect?

- This is the simplest task. We came up with it.

Did you think that by disabling GPS you would become invisible? Don't be fooled! Security researchers from Princeton University have developed a PoC application called PinMe that allows you to track the exact location of a user even if GPS is disabled on the device. It was installed on three test phones - Samsung Galaxy S4 i9500, Apple iPhone 6 and Apple iPhone 6S. The program managed to track the movements of the test subjects without access to the devices' geolocation data.