Designed by Pelli Clarke & Partners, the Mori JP Tower is Japan’s new tallest skyscraper! Featuring an astounding height of 1066 ft, and located in Tokyo, the skyscraper was created to reduce grid-based energy usage by incorporating it with sustainability features. The tower is also designed to be earthquake-resistant, offering sturdy support against the country’s seismicity. It is nestled in the Azabudai Hill development – a new district amped with plenty of green space and other high-rise buildings.

Designer: Pelli Clarke & Partners

The impressive skyscraper is equipped with a glazed facade and a unique form that brings to mind the image of a lotus flower. It features a beautiful crown of four curved glass “petals”, which gives it a lotus-inspired shape and symmetry. The exterior is highlighted with bands of integrated lighting. The lighting is designed by US lighting design company L’Observatoire International, and they seem to gleam magically in the night. The interior of the building houses sixty-four floors and includes a combination of residential and office spaces. The hospitality company Aman will be taking over the top eleven floors, and they will be coined Aman Residences.

Although the Mori JP Tower is Japan’s tallest skyscraper, it is not the tallest ‘structure’. The tallest structure is the Tokyo Skytree which stands tall at 2080 ft, in fact, even the Tokyo Tower is taller than the Mori JP Tower, as it measures 1092 ft in height. However, since the two structures are essentially broadcasting and observation towers, they cannot be included in the Council on Tall Buildings and Urban Habitat’s height rankings. But despite this consideration, the Mori JP is a noteworthy construction, as it can function and stand tall in an earthquake as severe as the Great East Japan Earthquake, which had a magnitude of 9.0. This is truly a commendable feat, that will save lives, and reduce destruction. The structural steel tubes of the tower were packed with high-strength concrete, and the building was incorporated with multiple dampers to achieve this feat.

“High-strength steel and concrete components are deployed to balance the structures, and vibration-control devices are placed in core areas where vibration during earthquakes can be efficiently reduced, resulting in high resistance to shaking,” said Mori. “In addition, large-scale vibration-control devices known as “active mass dampers” will help reduce the swaying that occurs at the tops of buildings during strong winds.”

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Roughly the size of a key and small enough to easily become a permanent fixture on your keychain, the CRKT K.E.R.T. is a small but serious multitool that could easily get you out of a sticky situation. The K.E.R.T. (which stands for Keyring. Emergency. Rescue. Tool.) is a tiny all-metal EDC that packs a seatbelt cutter into its multipurpose design (among other tools of course). If you’re ever in an emergency, the tool could be used to cut yourself free so you can make a quick exit, or potentially help someone else who’s had an accident. Sort of like owning a fire extinguisher, the K.E.R.T. is a tool you probably won’t use often, but you’ll thank the heavens for the day you find yourself needing it. Oh, and when you aren’t slicing through seatbelts, the K.E.R.T. also doubles as a bottle opener, a flathead screwdriver, and a 1/4″ hex wrench.

Designer: Ray Kirk for CRKT

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Measuring a mere 2.48 inches long, the K.E.R.T. might be one of the most compact emergency tools we’ve seen. The EDC comes made from tough 8Cr13MoV steel with a neat brushed finish, weighing a paltry 0.8 ounces (22.6 grams). The design is a clear example of form following function. It packs the seatbelt cutter, flathead screwdriver, and hex-wrench in the smallest form factor possible that’s still easy to grip and maneuver. The design is ambidextrous too, which means you can use it with any hand.

The seatbelt cutter is sharp but cleverly designed so that it can’t accidentally hurt anyone. The edge sits within a groove that’s perfect for looping around the seatbelt, and the sharp steel helps the EDC slice comfortably through the tough fabric. You can use the K.E.R.T. to also cut other materials like cloth, wrapping paper, or tape, making it handy outside its obvious emergency use. The blade’s safety design makes the K.E.R.T. TSA-friendly, so you can easily travel on flights with it (after all, planes have seatbelts too). As a cautionary measure, though, each K.E.R.T. also comes with a protective vinyl cover that sits right over the flathead screwdriver just in case there’s a danger of it poking you through your pants or scratching your phone/wallet.

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Quite reminiscent of the Hunter-seeker drones from the DUNE movie series, the Black Hornet 4 is shaping up to be an incredibly small yet exceptionally handy recon drone, capable of flying into areas unnoticed, and helping perform important surveillance required during military strategy and battle planning. This miniature marvel, weighing a mere 70 grams, packs a powerful array of features. Equipped with a 12-megapixel camera, superior low-light performance, and a high-resolution thermal imager, the Black Hornet 4 empowers soldiers with exceptional situational awareness on the ground.

Designer: Teledyne FLIR

However, its true potential lies in its ability to excel in challenging environments. Boasting a flight time exceeding 30 minutes, a range surpassing 2 kilometers, and the capability to withstand strong winds, the Black Hornet 4 navigates even the most demanding situations with ease. Additionally, its low visual and audible signature makes it ideal for covert operations, allowing for discreet deployment and data collection. The system’s ability to function in GPS-denied environments adds another layer of versatility, ensuring reliable operation regardless of external factors.

This innovative technology has already seen significant global adoption, with over 20,000 units deployed. The recent contract awarded by the U.S. Army for additional systems further underscores the Black Hornet 4’s impact. This tiny tech marvel represents a significant leap forward in the realm of personal reconnaissance, offering soldiers unprecedented capabilities and operational flexibility.

Beyond its military applications, the potential of the Black Hornet 4 extends to various civilian sectors. Search and rescue operations in disaster zones, environmental monitoring in remote areas, and even industrial inspections in hazardous environments could all benefit from the capabilities of this miniature marvel. As the technology continues to evolve, we can expect to see the Black Hornet 4, or similar systems, playing an increasingly crucial role in diverse fields, pushing the boundaries of what’s possible in the world of miniaturized aerial technology.

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Representational Image

Your phone is an absolute jungle of sensors – it can measure temperature changes, pressure changes, touch input, voice input, environment brightness, gyroscopic tilt, movement, among quite a few other things… and now Samsung wants it to measure the air quality around you too. It might seem odd at first (I felt so too), but this feature ties in with the broader approach at making your phone or any other wearable a health-focused device. If your watch can tell you that you’re in a high-noise environment and you should consider protecting your hearing, why not have a phone tell you if the air you’re breathing is polluted or contaminated? A patent uncovered by Twitter user @xleaks7 and tech blog Pigtou highlights the integration of an air quality sensor into Samsung’s upcoming Rollable Smartphones. This effectively helps your phone constantly measure the air quality on a hyper-local level, letting you know if you need to ventilate your kitchen or living room, or if the area you’re in has bad air, prompting you to leave or put on a mask.

Designer: Samsung

Representational Image

Imagine a phone that unfurls to reveal a sensor, discreetly tucked away when not in use. This is the essence of Samsung’s patent. The phone’s rollable display transforms into a gateway for external air, allowing the sensor to take accurate readings without compromising the phone’s sleek design. This eliminates the need for bulky external components, a common drawback of conventional air quality monitors.

But what makes air quality monitoring so important? Air pollution, particularly fine particulate matter (PM2.5), poses a significant health risk. By integrating sensors into everyday devices, Samsung offers a solution for convenient, on-the-go air quality monitoring. This empowers users to make informed decisions about their health and well-being, especially when spending time outdoors or in unfamiliar environments.

Here are a few features highlighted in the patent:

• Adjustable Housing Concept: Tailors the display size and regulates airflow for precise sensor functionality.
• Flexible Display Technology: Adapts seamlessly to varying screen dimensions, maintaining device portability.
• Innovative Airflow System: Channels external air directly to the air quality sensor, enhancing measurement accuracy and speed.
• Intelligent Opening and Closing Mechanism: Seamlessly integrated with the housing, optimizing sensor performance by managing air intake.
• Improved Sensor Response Time: Facilitates swift sensor reaction to air quality fluctuations, ensuring timely feedback to users.
• Built-in Sensor Protection: Shields the sensor from internal contaminants, guaranteeing consistent air quality assessments.
• Streamlined Design: Maximizes space utilization, keeping the device sleek without compromising functionality.

The implications extend beyond personal health. This technology has the potential to foster a more environmentally conscious society. By raising awareness of air quality fluctuations, users can be prompted to take action, such as using public transport on high-pollution days. This collective effort can contribute to cleaner air and a greener future.

Patent via USPTO

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“When you see how fast it is, you won’t laugh anymore,” says Jonas Vingegaard, who can be seen adorning the Aerohead II helmet. However, those gains in speed do have a trade-off… you end up looking as if someone designed a Daft Punk helmet for unicorns. And that’s me being very charitable.

Professional cycling, much like any competitive sport, is a constant dance between innovation and tradition. While aesthetics often hold a certain allure, function reigns supreme, which is why we have that viral video of a man who lays down stomach-first on his bicycle and cruises past all his opponents. Here, every component, from the frame and wheels to the rider’s clothing and even posture, is meticulously optimized to shave off precious seconds in the pursuit of victory. Helmets, however, have traditionally occupied a somewhat unique space, balancing safety with aerodynamics and maintaining a familiar, rounded form. The Aerohead II, however, pushes the limits of aerodynamics so far, that it’s worth discussing on a design blog. The one-of-a-kind design focuses solely on reducing wind resistance and redefines the future of time trial helmets.

Designers: Giro and Team Visma

Developed in collaboration with the Dutch racing team Team Visma/Lease a Bike, the Aerohead II looks like it materialized from a futuristic vision board. The most striking feature is the undeniably unconventional, long, wedge-shaped “nose cone” (yeah sure) that extends far ahead of the rider’s head. This design choice, coupled with a tapered tail section, aims to create a smooth, aerodynamic profile, minimizing the drag caused by the rider’s head and neck.

While the helmet’s appearance might bewilder some and inspire some nasty memes, its purpose is undeniable. Time trials are races against the clock, where even the slightest reduction in drag can translate to significant time savings. Unlike traditional helmets designed for everyday riding or commuting, the Aerohead II prioritizes pure speed, making it a specialist tool specifically crafted for the unique demands of time trialing.

It’s worth noting that the Aerohead II isn’t the first foray into aerodynamic headwear for cyclists. Back in 1986, Giro’s original Aerohead, designed for cyclist Greg LeMond, helped him secure victory in the Tour de France. However, the Aerohead II takes things a step further, adopting a more extreme design and incorporating a wider, wraparound visor for improved visibility when the rider is in the low, tucked position crucial for optimal aerodynamics.

The helmet has already undergone extensive testing and made its competitive debut in the opening time trial of the prestigious Tirreno-Adriatico race in Italy. While some riders might have been initially surprised by the unconventional design, Team Visma/Lease a Bike’s head of performance, Mathieu Heijboer, reports that the focus on performance quickly won them over. Heijboer states, “The riders did look up a bit when they first saw the helmet, but in the end that didn’t last long. After a few tests and seeing the gains, everyone was quickly convinced.”

Beyond its immediate impact on the world of professional cycling, the Aerohead II also raises interesting questions about the future of helmet design in general. Could similar aerodynamic principles be incorporated into everyday cycling helmets, offering marginal gains for recreational riders? Or will the focus on pure speed remain exclusive to the high-performance realm of time trialing? Only time will tell, but until then, let’s spend some more time figuring out how to design this helmet so that it makes its wearer look less like a phallus-head?

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During the pandemic, one of the things that became a “trend” and has actually continued to this day is that more people are biking their way to and from their place of work. We’re seeing a lot of products catering to this market segment and there’s still a lot of room to grow as we look towards more sustainable ways of commuting. Safety is also a major concern for those riding bicycles and motorcycles so we see people carrying helmets around but it’s not always the most convenient thing.

Designer: Eliès Hamzaoui

To solve the problem of carrying around a bulky helmet, an engineer created a prototype for something called an OBH or an On Board Helmet system. The idea is to leave the helmet with your bike so you don’t have to carry it around but also without fear of it getting stolen. It is made up of the helmet itself called the Unicity and a Jorj unit which is bolted to your bike frame. The unit also has a built-in anti-theft alarm, hence the secure part.

The locking and unlocking of the helmet is actually made through an app. You don’t have a physical key so the unit needs to have Bluetooth and battery power, adding to the bulk. It is technically more secure but also a bit inconvenient for times when your smartphone may not be working. The alarm itself is activated only with prolonged movements and not the mere jostle of the bike so you don’t have to worry about accidental alarms.

While it may be more convenient to leave the helmet on your bike, it can also add to the bulk of it since this contraption seems a bit heavy because of the features mentioned. There’s always room for improvement though so hopefully we can get a better prototype for this eventually. The initial target market for this are the bikeshare companies but it can eventually appeal to the general bike-using public, provided the design is improved.

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Most carabiners are designed for strength, some have multitools built into them, but the KeyUnity KU02 is cut from a different cloth. Sure it’s made from titanium which bestows upon it high strength and durability, but the KU02 also sports a sharp spear-tip edge that works as an ideal self-defense tool or even an emergency glass-breaker to let you make a quick exit. Yes, it also has two built-in wrenches (one of which doubles as a hex driver) and a keychain holder, but let’s be honest, they aren’t exactly the KU02’s most ‘exciting’ features now are they…

Designer: KeyUnity

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The first thing that jumps out with the KU02 is that design. It’s carabiner-shaped, but assumes a more tactical form factor thanks to that pointed tip. The entire thing is made from CNC machined titanium with a stone-washed finish, which means you know it’ll be durable for sure. The carabiner’s arm is made from titanium too, and relies on a clever design feature to give it its spring-loaded action. The carabiner can easily be strung along your belt for outdoor adventures, attached to your backpack during travel, or even placed in a tool-kit if that’s how you prefer to organize your EDC.

The carabiner’s pointed tip is where a lot of its appeal lies. Not only does it allow the KU02 to work as a pry-tool, it’s great for emergencies and tactical use too. Wear the carabiner around your finger and the tip becomes like a push-dagger of sorts, allowing you to defend yourself in a sticky situation, or even make a quick escape by punching through glass windows or panes. It isn’t as effective as a tungsten-carbide alloy tip, which can break through eve laminated glass in a single strike, but the titanium tip can definitely cause some damage with sustained attacks.

Other features include the two hexagonal slots on the KU02’s side – one for docking 1/4″ hex bits, and another which serves as an M4 wrench. Together, these form the utilitarian features in the KU02, allowing you to disassemble, reassemble, and repair stuff around you. Jimping around the edges gives your thumb and fingers enough textured gripping power, and when you’re not using the hex tools, the hole serves as a nifty key-ring slot, allowing you to string your keys into the KU02.

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Even though it’s been nearly a decade since self-driving tech made it to our cultural forefront, we’re still in the process of figuring out how to make the technology safer, how to implement it in current urban setups, and more importantly, how to successfully legislate it. There’s always a moral conundrum with who is to blame if a self-driving car hits a pedestrian (the driver or the algorithm), but Mercedes-Benz approached this problem laterally by asking the question: How can pedestrians tell if a car is driven by a human or an algorithm? The answer comes in the form of a colored light. Regulators in California and Nevada have approved Mercedes’ use of a turquoise blue indicator (on the front, sides, and back) to help pedestrians and other cars know when the vehicle is being controlled autonomously.

Designer: Mercedes-Benz

Let’s paint the picture: currently, U.S. cars typically sport three light colors – white for headlights and reverse lights, red for brake and rear lights, and amber for turn signals. Enter Mercedes-Benz, breaking the mold with its turquoise blue lights, a feature that will activate when their cars are driving autonomously.

The lights are part of Mercedes’ “Drive Pilot” system, a conditionally autonomous technology. It’s legal only in California and Nevada for now, where it’s been tested. The system allows drivers to relax a bit more in traffic jams on certain highways, even letting them take their eyes off the road when the vehicle is moving at speeds below 65 km/h. This is a leap from other driver assistance systems, like Tesla’s Full Self Driving or GM’s Super Cruise, which require drivers to remain vigilant.

The choice of turquoise blue is no accident. It’s distinctive, ensuring no confusion with existing car light colors, and it’s different enough from the darker blue used by police and emergency vehicles. This selection is backed by the Society of Automotive Engineers, though Mercedes is the first to receive approval for its use. This innovative color will make its appearance around the taillights and headlights of the vehicles equipped with it.

But why go to all this trouble for a color? It’s all about clarity and safety. The turquoise blue lights serve as a clear signal to other road users and law enforcement that the vehicle is under full automated control. This is crucial in situations where the driver might not be looking at the road, ensuring that onlookers don’t mistakenly think something’s amiss. Starting early 2024, this system will be available in Mercedes S-Class and EQS models in Nevada and California, but not beyond these states just yet​.

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Wars bring with them massive destruction on the battlefield but the implications beyond wartime can be equally devastating in terms of mental, psychological and physical damage. The ongoing strangling in two of the most important regions in the world is a clear example of how conflicts can have devastating aftermaths. Land mines have long been one of the worst nemesis of post-war calamities, rendering fertile lands too risky to be cultivated.

Searching for these fatal buried hazards can be an arduous task even for the most potent military units and that’s where robotic land mine detectors make the task easier. This takes all the risk of human life away and also ensures the particular area of land is safely ridden of destructive land mines laid down by battling units in the past.

Designer: Subin Kim and JiHoon Park

Meet the Warden mine detector proposed as a concept design that safely takes care of identifying potential land mines and marks the area with red paint to keep everyone safe. This creates a quarantined zone for residents and outsiders about the potential threats. Working autonomously to scout any kind of terrain, the smart robotic minesweeper is connected to the cloud at all times to send the real-time data of identified mines, so that they can be updated in relevant online maps and public resources.

Looking like a rover moving forward on unknown lands, this robot has a high ride height to move swiftly on rocky terrain. The machine is loaded with advanced sensors and a surprising mowing attachment to remove any standing grass or weed. This makes the marked area visible even in the dark hours of the day. When not autonomous, the minesweeper robot can also be controlled by a soldier during wartime scouting.

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Cooking should be an enjoyable and satisfying activity, and while that might be the case for some, it isn’t always true for everyone. Some deplore the multiple steps involved, especially when it comes to cleaning up the mess afterward. Others are also wary of cookware options available, not just in terms of design or performance but especially when the safety and cleanliness of cooking equipment are concerned, which affect both the taste and safety of the food. Not all cookware puts this feature as a priority, focusing more on convenience or appearances at the expense of people’s health. Fortunately, there are exceptions to the rule, and this do-it-all Dutch Oven brings safety, convenience, and taste together in one uncompromising cooking tool.

Designer: HK Kim

Click Here to Buy Now: $186 $219 (15% off with coupon code “yanko”). Hurry, deal ends in 48 hours!

It’s too easy to take for granted how the kind of pot or pan we cook our food in can actually affect the quality of the dish. Some pans might not heat evenly, for example, while others have a coating that could change the taste of the food in some manner. Worse, however, is how toxins for metals or their coating might be released into the food thanks to the heat, poisoning it and your body little by little. This kind of safety isn’t always at the top of manufacturers’ lists, but the Hesslebach Dutch Oven actually makes it its number one priority.

PuraSteel – PuraSteel combines the heat retention of cast iron with the rust-free resilience of stainless steel—all while being non-toxic.

PuraCotta – Offers a non-toxic, non-stick surface that enhances the flavor of your food.

The pot is made from a proprietary PuraSteel material and coated with PuraCotta to deliver the same kind of durability and performance you’d expect from similar cookware, but with the dangers of toxins and poisons that can be found in heavy metals like iron as well as by-products from hard anodization. Even the lid doesn’t have a screw for the handle, ensuring that no rust will ever fall on your delicious dish. With this focus on safety, you can cook to your heart’s content, knowing that you and your loved ones will be eating scrumptious and clean meals every time.

The Hesslebach Dutch Oven’s special materials also means that it has exceptional heat retention, ensuring that the pot heats up quickly, spreads evenly, and keeps a consistent temperature for long periods of time. This makes the Dutch Oven great for searing and frying, and it can keep the food warm longer even after you’ve removed it from the stove. And because food is cooked more evenly, food naturally tastes better, especially when there’s meat involved.

Of course, these aren’t the only feats that this exceptional Dutch Oven is capable of. Whether you’re simmering or baking, its unparalleled heat distribution makes sure that no part is undercooked or overcooked. With its versatile performance, you can switch from flame to oven to induction without missing a beat. And when the cooking and the eating are finally done, the ultra-pure ceramic surface makes it easier while using less soap. And, yes, you can even put it inside a dishwasher for an even more effortless time.

Hesslebach Founder – Driven by love and necessity, HK Kim channeled his mastery of metals into pioneering a culinary revolution for health.

This non-toxic Dutch Oven isn’t just a safe and versatile piece of cookware, it’s also quite the looker, too! With a modern and sophisticated design, you can start serving directly from the pot, making it the centerpiece of your dining experience. With its uncompromising safety, exceptional performance, and elegant aesthetics, the Hesslebach Dutch Oven promises a safer and cleaner cooking experience so that you can enjoy making the dishes you love to share and eat with the people you love.

Click Here to Buy Now: $186 $219 (15% off with coupon code “yanko”). Hurry, deal ends in 48 hours!

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