Motorola launched the G7 series last month with an all-new design. The smartphones were first from the company to sport a waterdrop notch. In a fresh patent listing, the parent company of Motorola, Lenovo has filed for new designs that might make its way into future devices from the company.
Motorola Patent Listing
The patents were registered on the World Intellectual Property Office (WIPO) website on the 5th of March. These show the all-new designs Motorola is working on. All the designs show a waterdrop notch like the one last seen on the Moto G7 and Moto G7 Plus. But unlike G7 devices, some of the images show a smartphone with minimal or no chin. There is also a new, more trimmed notch size which will increase the screen to body ratio substantially. The camera placement on the devices seems to be the same as the current generation, two cameras placed horizontally with an LED Flash underneath. The fingerprint sensor seems to be located in the rear mounted Motorola Batwing logo.
More images from the Motorola patent show different camera placements in the smartphones. There is a vertically aligned camera sensor which is reminiscent of the Moto One Power launched last year. The second image shows a horizontal dual camera placement, but unlike the G7 it is placed on the top left corner at the back of the device. The third variation shows a single camera sensor and what possibly could be a Time of Flight (ToF) sensor underneath it. This may be used to capture 3D and depth information. Below it there is a standard LED Flash followed by a fingerprint sensor.
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The designs discovered in the latest Motorola patent may make its way into the next generation of smartphones by the company. It is expected to announce the next generation of its flagship Moto Z device in a few months, which may end up exhibiting a few of the design characteristics.
As per users, the desktop version of Gmail even recommends the names of the recipients whenever necessary. The Gmail Android App plays it safe and just helps users finish their sentences. Since this is AI-powered, the feature is likely to improve over time. For instance, if a user is typing “Will my shipment arrive-“, Smart Compose will automatically recommend “Will my shipment arrive tomorrow” or whatever is more relevant to the context of the conversation. Some users may find this to be unnecessary, but it can be very beneficial for others.
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On January 23 2019, Gujarat’s government wrote to the Central Government to impose a ban over the aforementioned game. On March 7, Rajkot Police Commissioner issued a notification to ban PUBG. As per the notice, the ban will be implemented from March 9 to April 30. If someone sees a person or a group of people playing PUBG, he/she can inform the police regarding their whereabouts and the associated authority will take necessary action. Furthermore, The Chairperson of Gujarat Child Rights Body sent a circular to the National Commission for the Protection of Child Rights (NCPCR) of all states to help keep PUBG addiction in check.
PUBG was not the only game which was banned by the authorities. A similar ban was imposed on the “Momo Challenge”, which is a series of challenges that the user must complete in order to achieve victory and meet an imaginary character called “The Momo”. According to reports, the game involved self-harming acts that eventually led to suicide. Games that brainwash children and teenagers are not new since a similar game called “Blue Whale” gained popularity in 2017-18.
However, it is possible that the smartphone count may plummet sharply. Not because people will stop using smartphones. Because alternatives to smartphones are taking over the world. Wearables. This upcoming generation of technology could dethrone smartphones, once and for all. Wearables are defined as an electronic gadget that can be worn/clipped on the body. It’s a vast category, but the most common ones are
As per a survey, over 51 percent of the youth uses some form of a fitness tracker to monitor daily health and activities. Smartwatch sales are booming day by day, clearly showcasing the fact that people are looking towards making their lives easier and faster-paced to catch up with the rest of the world. Hence, in a world where winning matters to a significantly larger chunk of the population, smartphones are slowing them down while speeding things up at the same time.
What makes a smartphone so special? Is it the CPU of the device? Or is it the fact that you can make calls via your smartphone? You can listen to music whenever you want, view pictures, get directions to a place you’re going to, or simply tell your smartphone voice assistant to book a taxi while you read an e-book.
In the not-so-distant future, a combination of swanky sunglasses/spectacles and a pair of earbuds will be able to do all of the aforementioned tasks, and so much more. A lot of companies are working on smart earbuds that will contain CPUs as powerful as smartphone processors and more efficient than them too. For instance, Here One earbuds from Doppler Labs have a feature that allows you to filter out what you hear. You’re probably thinking, “Hey, I heard about this feature some time back, didn’t I?” Well, these earbuds allow you to filter out selective sounds from your environment, like the crying of a baby, a person playing the piano or just some old fashioned crowd chatter. It wouldn’t be wrong to say that these earbuds are more powerful than some of the early computers. Sadly, the company stopped producing the earbuds because of the lack of funding.
Just like adaptive filtering, a lot of other technologies are being implemented in wearables which can make a huge difference in the way we live our life. Motion sensing earbuds turn on when a user inserts them in his/her ears. Smartwatches detect almost every activity of the wearer, analyze them with the help of the chipset present on the device and provide analytics regarding the same. Wearable cameras click an image every time a catchphrase is detected or when a special gesture is recorded.
With technology reaching a point where all the components of a device can be placed on a chipset which measures smaller than a fingernail, possibilities are endless. Projects like 
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Like the original Versa, the Fitbit Versa Lite has a battery life of 4 days, an SPO2 sensor (for measuring oxygen saturation levels) and a heart rate monitor. The Versa Lite is waterproof, which means that users can take it for a swim, but it lacks the automatic lap counting feature of the original Fitbit Versa. Also, the smart band is unable to count the number of stairs because of the lack of a barometer. Furthermore, if users are planning to store music on this device, they cannot do so because of no built-in storage in the Versa Lite.
The original Fitbit Versa was priced at US$200 (~Rs. 14,000), whereas the Fitbit Versa Lite is priced at $159.95 in the US and Rs. 15,999 in India. It is available in White, Lilac, Mulberry, and Marina Blue colour options.
Fitbit also launched its new Inspire smart bands, which can last up to five days after a 2-hour charge. They support sleep tracking and relax guided breathing techniques. Furthermore, the bands track the period during which the user is actively moving and then provides information regarding the same. The bands are water resistant up to 50m, with built in timer and stopwatch to measure your laps (and much more). The Inspire band also features a grayscale OLED display for displaying notifications and calendar information. It is priced at $69.95 in the US and Rs. 6,999 in India.
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The company stated that the installation of the first batch of V3 Superchargers will roll out in the second quarter of 2019. The consumers in the European and Asian-Pacific regions, however, will have to wait until the fourth quarter of the year to gain access to the V3 Superchargers. As of now, the first Supercharger V3 station is only accessible to members of Tesla’s early access program.
As mentioned before, the Tesla V2 Superchargers were rated to a maximum output of 150 kW. However, Tesla users found that they were actually capped at 120 kW. The company later confirmed that the V2 Superchargers will be updated to 145 kW peak charge rate soon. Also, the company is rolling out a new feature called “On-Route Battery Warmup”, which will ensure that the car’s battery will automatically start heating up to the optimal temperature as the car is en route to a Supercharger. Doing so will reduce average battery charging times by 25 percent. 
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