Instagram reported post iOS 14 beta started alerting that the app activated the iPhone camera without permission from users - The news came in late July, when several users were testing the beta version of iOS 14 —which was rolled out in its final version this week -. The new iPhone operating system update puts some marks on the phone screen whenever an app has the camera or microphone turned on.

What is expected is that a photo app like Instagram will show that brand when the user is taking a photo. The problem is that the icon appeared on the terminal as soon as the application was opened, which invited many users to suspect that Instagram opened the camera of the device as soon as it was running. In other words: there was a fear that Instagram was accessing the users ' camera without them knowing it.

Then Instagram Instagram officials said that the operating system icon appeared on Instagram because of a bug - a computer error - that they were already working on, and that in no case would the camera be activated without permission or recorded to anyone.

But these explanations have not convinced Brittany Conditi, an Instagram user who has filed a complaint against this social network in a federal court in San Francisco, in the United States. In the statement of complaint, Conditi asserts that Instagram's use of the camera was intentional and for the purpose of collecting "valuable and lucrative data from its users, to which it would not otherwise have access."

Facebook and Instagram are able to make" valuable hypotheses and market research "by obtaining extremely personal and intimate personal data, such as the privacy of their own homes, Conditi points out.

Instagram reported post iOS 14 beta started alerting

Instagram owner Facebook has declined to comment on the lawsuit, according to Bloomberg. At the time, Instagram officials said that the application did not open the camera without permission from its users.

"We only access the camera when users tell us." "We found a bug in the iOS 14 beta that we are already fixing, and that mistakenly indicates to some users that the camera is in use when it is not in fact," defended then a spokesman for media such as The Verge.

Now these explanations will have to be given and defended before American justice. Instagram Facebook has been accused last month of using facial recognition technology to illegally collect biometric data from more than 100 million users of the social network. Facebook denied Instagram's accusation and argued that Instagram does not use any facial recognition technology, Bloomberg recalls.

Facebook Facebook recently paid more than 500 million euros to prevent another lawsuit from thriving against its main social network —Facebook-for collecting biometric data from its users.

End of Instagram reported post iOS 14 beta started alerting


Monitoring your postures while you sleep could be beneficial to health, according to MIT

The dream has been a constant case study for many years and, still, there are many unknowns around it.

Now, a new invention created by MIT researchers could clear many doubts about the population's sleeping habits and their impact on health.

It is a wireless and private system, based on radio frequency, capable of monitoring the sleep postures of a person that provides very accurate data.

BodyCompass will allow you to collect information, regardless of whether you sleep on your back, side or side, without the need for cameras or sensors connected to the person's body, as radio signals are reflected from a small device placed on the wall of the room.

Shichao Yue, a young PhD student and specialist in sleep and insomnia stages, has been responsible for presenting this innovative device to the whole world at the UbiComp 2020 conference on September 15th, under the supervision of Dina Katabi, professor of Artificial Intelligence and Computer Science Laboratory at MIT.

"We think sleep posture could be another shocking application of our system for medical monitoring," Yue argues.

BodyCompass works like Wi-Fi: it connects to a wall and the device sends the signals as they bounce into different objects, including the body. Then it is necessary to rewind In order to map the signals from the reflections. This is how you know what position the person was in.

These reflexes that reach the device are analyzed by a personalized neural network to know how the body tilts during sleep, being able to know if the person is lying on his right side or is simply a little inclined towards that direction.

To verify its accuracy, the team conducted a research monitoring 26 healthy people for more than 200 hours. First, they performed a test with sensors attached to the body of the individuals, but when using BodyCompass, this revealed much more accurate information, specifically managed to predict body posture 94% of the time.

This represents a breakthrough in the world of Medicine and science, especially for people with diseases such as epilepsy, because depending on the position in which the people who suffer from it are, it could be deadly.

"Unfortunately, many patients are completely unaware of how they sleep at night or in what position they end up after a seizure," says Dong Woo Lee, an epilepsy neurologist at Brigham and women's Hospital and Harvard Medical School. "A body monitoring system like BodyCompass would advance our field by allowing baseline monitoring of our patients to assess their risk, and when combined with an alert or intervention system, could save patients from unexpected sudden death from epilepsy."

BodyCompass would also mean a before and after in other diseases such as Parkinson's or in the treatment of patients vulnerable to pressure ulcers and sleep apnea, since in all of them influences posture at bedtime.

In addition, it provides very significant advantages, since the fact of not having sensors or cameras near the individual, does not occur a violation of privacy at any time.

"Clearly, patients don't like to use devices, forget to use them, decrease comfort, battery life is short and data transfer can be difficult," Lee explains. "A non-usable contactless device like BodyCompass would solve these problems," Lee explains.

Looking ahead, this device could be used to track your own sleep habits or to control the sleep of babies.

” Researchers are working on mattresses that can slowly rotate the patient to avoid dangerous sleeping positions, " Yue adds. "Future work can combine our sleep posture detector with such mattresses to move a patient with epilepsy to a safer position if necessary."

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