This Hand-Made Portable Radar Detects Black Cats for Your Convenience

Who doesn’t love black cats? The answer: those of us who value our luck. It’s common knowledge amongst the superstitious that the presence of black cats can only precede a string of misfortunes… depending on where you live. Some cultures consider them good luck, whereas others disagree. Regardless of your opinion on the, shall I say, aetheric attunement of black cats, you’ll want to take a look at this clever hand-held radar created by Kinky Kashayam — a small team of industrial and creative designers based in New York City and Toronto. Called the “Portable Black Cat Radar,” or the “BCR” for short, this rather unusual project is part of a series of conceptual inventions the team has dubbed “Machines that Respond to Superstitions”.

Designer: Shashwath Santosh, Nithin Eluvathingal (via Kinky Kashayam)

According to Kinky Kashayam, “Many of us have encountered the ideology that crossing the path of a black cat will bring calculated misfortune. If only there were a machine that could show you all the black cats in your vicinity, so you could avoid crossing their paths and protect your luck.”

The parallel childhood experiences of the founders — who’d both developed their own thorough distrust of black cats for different, albeit similar reasons — formed the project’s innermost inspirations. Recalling the incidents of their youth to Yanko Design, black cats crossing their paths seemed the likeliest culprits behind a strange encounter at an airport and less-than-stellar grades on a final exam. Developing the Portable Black Cat Radar together has essentially become the Kinky Kashayam team’s way of reconnecting with their childhood imaginations while tinkering with advanced gadgetry — and, as unconventional as it may seem, this really does work like a radar of sorts.

Indeed, the existing Portable Black Cat Radar prototype is packing some interesting stuff. Its custom-printed red circuit board is sandwiched between see-through acrylic plates, containing a GPS, gyroscope, and magnetometer. Those are all necessary to project the user onto a virtual map relying on real coordinates to feed it live information — in fact, the radar’s built-in software works much like a Niantic game, like Pokémon Go. The display on the center of the radar shows the user’s location while “fictional black cats” appear as encounters on the aforementioned virtual map, and it sounds like there’s a gameplay element behind the user’s choice to avoid or interact with them.

While there’s no production schedule in place yet, it sounds like this is due to change soon; a few devices could get produced and distributed through the studio’s social media channels. Whether or not a final model of the Portable Black Cat Radar will be able to truly detect any real black cats is another matter altogether, though it’s unlikely — unless, perhaps, the BCR is reconfigured to look for microchips or RFID tags.

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Google announces new radar software that reads and responds to human body language

Google’s Advanced Technology and Products division recently announced a new round of research that aims to refine the radar technology of Soli, sensor-integrated software that responds to human behavior and movement.

Proxemics is the study of human use of space and how changes in population density can affect behavior, communication, and social interaction. More specifically, proxemics inform branches of design that deal with ergonomics and space mediation. On one hand, proxemics aid in the configuration of floor plans to harmonize instinctive human behavior with spatial experiences. In a different light, proxemics further develop technology to respond to our behavior and needs with human-like responses. Google’s Advanced Technology and Products division (ATAP) recently took to proxemics to refine the Soli sensor, a sensor with embedded radar technology that uses electromagnetic waves to pick up on even subtle human body language and movements.

Designer: Google’s Advanced Technology and Products (ATAP)

Used in modern appliances like the Nest Hub smart display and Google Pixel 4, Soli’s radar has contributed to sleep-tracking and contactless, remote control technology. This new round of research spearheaded by Google’s ATAP team finds the sensor data gathered by Soli being used to enable computers to recognize and respond to our daily movements. Leonardo Giusti, head of design for ATAP, says, “We believe as technology becomes more present in our life, it’s fair to start asking technology itself to take a few more cues from us.”

In response, the team at Google hoped to develop Soli to capture the same energy as your mom turning the television off and covering you in a throw after you doze off on the couch. The integrated radar software is designed to detect a user’s proximity to computers and personal smart devices, turning off as we walk from its screen and turning back on once we’re in front of it again. In addition to proximity sensors, the radar technology recognizes changes in body orientation, which signals to the device whether a user will soon interact with it.

While we may not wake up swaddled in a warm blanket, this new round of research finds computers and smart devices acknowledging and responding to when we are in front of the screen and when we walk away from it or doze off for a bit. Noting the process behind this, Lauren Bedal, senior interaction designer at ATAP, explains, “We were able to move in different ways, we performed different variations of that movement, and then—given this was a real-time system that we were working with—we were able to improvise and kind of build off of our findings in real-time.”

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Bell & Ross’s aircraft radar-inspired timepiece will make you look like an international Bond villain!





Ever seen a watch that’s fascinating yet unsettling at the same time?

The Red Radar Ceramic from Bell & Ross looks absolutely stunning with its aircraft control radar-inspired dial. Designed in a sinister black-and-red color-way, the watch features a dial with multiple concentric circles and a sweeping seconds hand to make it look like the radar’s in the process of scanning. To tell the time, the dial comes with two airplanes that indicate the hours and minutes respectively as they rotate around in circles. It’s a treat to watch time go by, and I’m sure the next time you’re passing through an airport, the TSA’s going to really think you’re a cool cat!

As its name suggests, the Red Radar Ceramic comes with a 42mm wide ceramic body. The watch itself runs on Bell & Ross’ own BR-CAL.302 automatic movement, and is housed in a casing that’s water-resistant up to 100 meters. To top things off, the watch obviously comes with a sapphire crystal glass on top, but for added appeal, the glass is tinted red too, giving the watch its crimson radar-inspired design.

The watch is a part of a limited release, with just 999 units up for sale. If you fancy yourself a slick Bond villain-type and you’ve got $4,300 to spare, you could probably get your hands on a piece.

Designer: Bell & Ross

Ducati is producing a motorcycle with built-in radar

Ducati has started production on what it claims is the “world's first motorcycle equipped with front and rear radar technology.” The company worked with Bosch on the radar system, which allows the Multistrada V4 to offer some rider support features.E...

The new Pixel 4 isn’t just a great phone for users, it’s a great phone for Google too.

I was in the Scottish Highlands a week ago, on a road trip with the family, with absolutely no network on my Pixel 2 phone. In essence, I was cut off from the rest of the world. No internet, no messages, no calls. All I had was the car’s radio, which happened to be catching some music on a DAB station. I looked at my Pixel 2’s screen, completely stunned to see that without any network or internet, my Google Pixel 2 had identified what song was playing. Right underneath the notification bar, it said “Come Together – The Beatles” (the radio channel was celebrating Lennon’s birthday on the 9th of October). My phone had essentially identified a (pretty popular but) completely random track on the radio… completely on its own. I was partly terrified but mostly impressed. Fast forward to today, a full week later.

I’m sitting in front of my TV, watching the Google Keynote live. I’m feeling a similar feeling of euphoria and mild terror at how incredibly advanced Google’s new devices are getting. The Google Assistant has the ability to work incredibly well WITHOUT being connected to the internet. Everything sits in Google’s small machine-learning chip, allowing your phone to be smart on its own. That’s incredible and terrifying, depending on how you look at it. Google’s devices, its smartphone in particular, are growing increasingly powerful in order to achieve what Google calls ‘ambient helpful computing’.

Google’s keynote, just nearly over a month after Apple’s keynote, feels quite different. In fact, I’d say the roles have reversed. Apple was once a bastion of serious innovation, and Google, a fun-loving company that made delightful hardware to complement its software. Now the tables are turned, as Apple takes on a more informal route, with its partnerships with Oprah and Jason Momoa, and its foray into Arcade and Apple TV Plus, while Google has assumed the mantle of power, having just built the most powerful Quantum Computer among other achievements. The once fun-loving company is all about showing how they can ‘help’ change the world, one product at a time. I mean, they even had an on-stage interview with Annie Leibovitz, to talk about how a professional would use Google’s Pixel camera.

The Pixel 4 is built around Google’s motto for being an incredibly advanced piece of tech envisioned to help you. Its incredible advancement comes from the fact that it’s now the first and only phone to use radar as an input, allowing you to wave your hands in the air to swipe through your music playlist, mute your alarm by showing your phone your palm, and much more. The Soli radar chip, developed in 2015, went from 4 square-feet in size, to a mere 4 square-millimeters, sitting in the Pixel 4’s upper bezel. The Soli is so powerful, it knows what to do before you even tell it to. When your hands approach your phone, Soli activates the facial recognition camera on your phone, so you just need to look at it to wake it up… no pressing buttons or anything. It even reduces the volume of your alarm when it senses your hand approaching the phone. It can detect and differentiate between you waving to a friend versus trying to swipe in the air to change tracks on your phone, making it both ground-breaking and incredibly intelligent for something so new. Google’s assistant grew a tad bit smarter too, being able to work across apps, completely offline, and being able to recognize complex commands without even needing the phrase “Hey Google”. If that wasn’t enough, the Pixel 4 will be the first smartphone to be Google Stadia compatible, come 19th November when Stadia finally launches.

As for the camera, Google’s found new ways to excel in that department. There was a good 15 minute segment just on how Google practically built and perfected computational photography. The camera can now click infinitely better HDR images with HDR+, better Portrait photos with its two lenses, even completing it with realistic bokeh, and absolutely stunning low-light pictures that puts the Pixel 4 in the category of SLR cameras. You’re literally looking at a powerful professional camera touted by Annie Leibovitz herself, that fits right in your pocket.

The Pixel 4 comes in three colors, with no fingerprint sensor and a massive square camera bump that easily overtakes the iPhone 11 Pro in its photography capabilities (although there’s a high chance the 11 Pro still dominates in the video department). Google’s very cleverly moved on from showcasing trivial details like wireless chargers and fabric cases (or even the Pixel 4’s battery life) to focusing on the larger picture, like how the Pixel 4 is an incredibly powerful digital assistant in your pocket. From being able to anticipate and understand your needs much in advance and being able to read your gestures in mid-air, to being able to allow you to talk to its assistant in a natural seamless manner (so the technology recedes into the background), the Pixel 4 is a great phone for users, while being a complete magnum opus for Google, showcasing its absolute potential as a dominating force in practically every department, from Voice AI to the state-of-the-art computational photography. That feeling of delight (with the zest of terror) is a pretty interesting one. It shows that there’s still a lot left in the smartphone innovation department, that Google is capable of still blowing our socks off, and there’s no stopping them.

Designer: Google

Lexus makes camera and radar safety features standard for 2020 cars

You'd think that luxury automakers would load their cars with safety tech by default, but that's not always the case -- it hasn't been for Lexus, anyway. However, the company is making amends for that shortfall. It's making its Safety System+ a stand...