When fantasies and Innovative technologies mix and gel together, the result would always be a magic to witness. Yes, Google has always been leading in bringing a lot of inventions that not only give us a wow factor but also make our day-today activities much easier. One such invention is PROJECT SOLI. It's a futuristic interface that will forever change the way we use all the technological devices, and not just wearable. A smartphone or a device with a Soli Chip would allow you to just wave your fingers in the air to naturally interact and get things done. What is Project Soli? Soli is a creation of Google's research and development lab, ATAP (Advanced Technology and Projects). Project Soli has a millimetre-wave radar chip that can detect "very fine" gestures with your fingers and hands in front of your phone – without touching it. It can then be used for anything from games to web browsing using hand gestures on mobile devices, computers, and electronics. Project Soli is having

Annually since 2016, Google has released a pair of flagship Pixel smartphones designed to showcase the very best of Android. This year was like any other with the debut of the Pixel 4 and Pixel 4 XL, which ship running Android 10. But what's unusual this time around is that the newest duo's hardware is perhaps just as compelling as their software. Gone is the two-tone rear cover that featured prominently on the original Pixel, Pixel 2, and Pixel 3 series, replaced with polished and grippy Corning Gorilla Glass 5. It's easier to grasp ahold of than that of the Pixel 3 and Pixel 3 XL, and it's more resistant to oily fingers and pocket lint. The Pixel 4 series is IP68 certified to withstand up to five feet of water for half an hour, which puts it on par with the outgoing Pixel 3 series. But both the Pixel 4 and the Pixel 4 XL are a good deal heavier than the Pixel 3 (5.71 The Pixel 4 series' frame is coated with a soft-touch material that's jet black on all three of the colorways -- Clearly White, Just Black, and the limited edition Oh So Orange. The haptics, which Google characterizes as "sharp and textured," feel great.

During a session at Google's I/O 2015 conference headlined by the Advanced Technologies and Projects Group (ATAP), engineers demoed what they called Project Soli, a novel gesture-recognition technology bound for handheld devices. The promise of the tech was that you could interact with things without actually touching them, which ostensibly would open up all manner of new ways of performing tasks. After a little over four years in development, it emerged in the Pixel 4 series as the gesture-detecting Motion Sense. So was it worth the wait? We used the Pixel 4 for a week to put Motion Sense through its paces.

As a futurist, some patents really stand out. Here is one I'm really bullish on, as we enter a post-mobile world of Voice-AI controls and hand gestures. What if there was an invisible button between your thumb and index finger, what could it do? What AI-assistant or dashboard could it summon? Alphabet's Google unit won approval from U.S. regulators to deploy a radar-based motion sensing device known as Project Soli.

Google has received approval from US regulators to deploy a futuristic technology that allows smart devices to be controlled by hand gestures alone. The Federal Communications Commission (FCC) approved Project Soli, which was first announced by Google four years ago, saying that it would "serve the public interest" to push forward with development of the technology. The interactive control system uses radar-based motion sensors to detect and track hand movements with millimetre accuracy. This allows people to interact with devices without the need for any form of physical controls. The idea is that people will be able to control everything from TVs to smart watches in an intuitive, touch-free way.

Nearly two decades after its release, "Minority Report" still seems to be as prescient as the film's eerie crime-fighting "precogs," offering a clarifying vision of the future that continues to manifest in the real world. Though it debuted way back in 2002, the film highlighted technologies like driverless cars, hyper-targeted advertising and robotic insects -- all of which exist in 2019. Now, it appears Steven Spielberg's cinematic premonition may have included another technology that is potentially one step closer to reality: gesture-controlled sensing technology. Translated to English: technology that would allow us to control televisions, smartphones and computers without touching them, not unlike Tom Cruise's character, John Anderton, manipulating floating digital images like a conductor directing an orchestra (though he uses gloves instead of a baton). For years, Google's Advanced Technology and Projects (ATAP) lab has been seeking to create motion sensors that might be used in similar technology, an effort the company dubbed Project Soli.

The folks at [Design I/O] have come up with a way for you to play the world's tiniest violin by rubbing your fingers together and actually have it play a violin sound. For those who don't know, when you want to express mock sympathy for someone's complaints you can rub your thumb and index finger together and say "You hear that? It's the world's smallest violin and it's playing just for you", except that now they can actually hear the violin, while your gestures control the volume and playback. The first is Google's Project Soli, a tiny radar on a chip. Project Soli's goal is to do away with physical controls by using a miniature radar for doing touchless gesture interactions.

Playing the world's saddest song on the world's tiniest violin is no longer just a sarcastic dream. Using a tiny-radar based chip, the team at Design I/O built a device that detects the movements of this unsympathetic gesture and transforms them into a violin solo. This innovation is based on Google's Project Soli, which uses invisible radar emanating from a chip to recognize finger movements and broad beam radar to detect movement, velocity and distance. Using a tiny-radar based chip, the team at Design I/O has built a device that detects movements of the unsympathetic gesture and transforms them into a violin solo. This invention is based on Google's Project Soli - a tiny radar chip that detects hand gestures Using a tiny-radar based chip, the team at Design I/O has built a device that detects movements of the unsympathetic gesture and transforms them into a violin solo.

Almost two decades ago, Google was just a search engine with a textbox and a promising algorithm that curated the ever growing internet into a list of blue links. As technology paced further, the Mountain View based company invested in a bunch of rising platforms and ideas that revolved around the future of the World Wide Web. Spreading across soon enough, their growth skyrocketed eliminating major tech leaders from the market. Moreover, industry's dependencies grew more on Google when they inhibited the responsibility of improving 80% of the smartphones around the globe. However, in the past year or so, smartphone manufacturers have been unable to maintain the wow factor in their products.