Imagine a device that makes walking easier, reduces fatigue, and even helps you exercise more effectively. This isn’t science fiction—it’s the Walking Assist Robot: WIM, developed by South Korean robotics company WIRobotics. WIM is a lightweight, wearable robotic assist device designed to enhance mobility and promote healthy living.
How WIM Works
WIM is an ultra-lightweight exoskeleton weighing just 1.6 kg, including the battery and fastener. It’s designed to be worn comfortably, allowing for natural movement1. The device uses advanced sensors to analyze the interaction between the user and the terrain, providing optimal assist intensity and timing. This dynamic walking assist can reduce the energy needed to walk by up to 20% on level ground.
Modes of Operation
WIM offers two main modes: Assist Mode and Exercise Mode. In Assist Mode, WIM helps users walk easily and safely by providing support and reducing the effort required1. In Exercise Mode, WIM generates resistance similar to walking in water, offering various exercise programs like cardio, targeted muscle training, and muscular endurance exercises.
Personal AI Coaching
One of the standout features of WIM is its personal AI coaching. The device collects data on your walking patterns, posture, and balance, and uses this information to create customized training programs1. This personalized approach helps users improve their walking performance and achieve their fitness goals.
Applications and Benefits
WIM is suitable for a wide range of users, from those looking to maintain an active lifestyle to individuals with declining fitness and muscle strength. It’s also beneficial for people who want to incorporate walking into their daily routine but find it challenging due to physical limitations1. By making walking easier and more efficient, WIM promotes overall health and well-being.
Conclusion
The Walking Assist Robot: WIM is a remarkable innovation that combines advanced robotics, AI, and user-friendly design to enhance mobility and support healthy living. As we continue to explore the potential of wearable technology, WIM stands out as a promising solution for improving quality of life and promoting physical fitness.
In the rapidly evolving landscape of transportation, XPENG AEROHT stands at the forefront with its groundbreaking eVTOL (electric Vertical Take-Off and Landing) flying car. As an integral part of XPENG Motors, AEROHT has been pioneering advancements in low-altitude mobility since its inception in 2013.
A Visionary Approach to Urban Mobility
XPENG AEROHT’s mission is to become the “Global Leader in Low-Altitude Product Innovations,” aiming to provide the “Freedom to Fly” to everyday users. By integrating cutting-edge technologies, the company is developing safe and intelligent low-altitude mobility solutions, including flying cars designed to meet diverse user needs.
The XPENG X2: A Leap Forward
A significant milestone in AEROHT’s journey is the XPENG X2, an electric flying car that successfully completed its first public flight in Dubai on October 10, 2022. This event marked a pivotal moment, showcasing the vehicle’s capabilities and receiving a special flying permit from the Dubai Civil Aviation Authority.
Introducing the ‘Land Aircraft Carrier’
At CES 2024 in Las Vegas, XPENG AEROHT unveiled the ‘Land Aircraft Carrier,’ a modular flying car concept that seamlessly transitions between ground and air travel. This innovative vehicle comprises two components: a ground module and an eVTOL air module. The ground module, a 6×6 all-wheel-drive electric vehicle, houses the eVTOL aircraft, allowing users to switch modes as needed. Pre-orders for this modular flying car are slated to begin in the fourth quarter of 2024, with mass production targeted for 2025.
Affordability and Accessibility
XPENG AEROHT is committed to making flying cars accessible to a broader audience. The ‘Land Aircraft Carrier’ is expected to be priced under $280,000, positioning it as a viable option for individual consumers seeking innovative transportation solutions.
Global Expansion and Future Prospects
With plans to commence deliveries to individual users by the fourth quarter of 2025, XPENG AEROHT is poised to revolutionize personal transportation. The company’s strategic vision includes establishing flying camps around cities and along popular road trip routes, featuring landing platforms and unobstructed airspace conditions. These camps will offer services such as flight experiences, operational support, flight training, and recreational activities, fostering a comprehensive ecosystem for low-altitude mobility.
XPENG AEROHT’s advancements in eVTOL technology signify a transformative shift in urban mobility, bringing the concept of flying cars from science fiction to tangible reality. As the company continues to innovate and expand, it stands as a testament to the future of transportation, where the sky is no longer the limit.
Neuralink was founded by Elon Musk with the goal of restoring autonomy in those who may suffer from quadriplegia or other physical ailments that may restrict those from basic human functions. The company’s mission is to “Create a generalized brain interface to restore autonomy to those with unmet medical needs today and unlock human potential tomorrow.” Since their founding in 2016, they have made major leaps in this mission from testing on animals to starting the first human trials in September of 2024.
Investigations
In December of 2022 Neuralink went under investigation by the US Department of Agriculture due to potential violations of the American Animal Welfare Act. It was stated that the company had killed over 1,500+ animals between 2018 to the end of 2022. Early reports began in 2017 from the University of California Davis where the head of the Physicians Committee for Responsible Medicine (PCRM), Ryan Merkley, stated that surgeons were using non-approved adhesive to fill gaps in the animals’ skulls that were due to the implants. Merkley also told Vox that the animals are suffering from “instances of animals suffering from chronic infections, like staph infections where the implant was in their head. There were animals pulling out their hair and self-mutilating, which are signs of really poor psychological health in laboratory animals and are very common in rhesus macaques.”
Progress
Despite these investigations, Neuralink has continued to push forward and inserted the first chip into a human test subject in January of 2024. After about a month, Musk stated in a Spaces event on the social media platform X, “Progress is good, and the patient seems to have made a full recovery, with no ill effects that we are aware of. Patient is able to move a mouse around the screen by just thinking.” Following this, a second patient obtained the implant in July of 2024.
Within minutes of the implant, the patients were able to connect to a computer and control the cursors with their mind. Within hours the second patient was able to “surpass the maximum speed and accuracy he’d achieved with any other assistive technology on our Webgrid task,” as stated on the Neuralink PRIME Study progress updates.
Although the limitations are set very high as of right now, this is a major leap forward in bringing autonomy to those who suffer from physical ailments and it could be the first step into bringing us into a “Cyberpunk 2077” way of life.
You’ve heard of LED lights, but OLEDs are set to revolutionize far more than just lighting. Inuru – founded on a mission to push OLED technology further. In flexible screens, sustainable manufacturing, and smart ads, Inuru’s innovations aim high. Propelling industries into the future, Inuru contends with challenges from scaling production to market competition. Yet the opportunities seem endless for these organic LED pioneers – let’s delve deeper into their futuristic visions.
Introducing Inuru: A Leader in OLED Technology
Inuru is a technology company founded in 2012 by Marcin Ratajczak with the goal of making organic light-emitting diode (OLED) displays affordable and accessible. Through innovative manufacturing processes, Inuru has revolutionized the production of OLEDs, enabling the technology to spread into new applications and industries.
Inuru’s groundbreaking work with OLEDs has unlocked their potential in fields like consumer electronics, automotive, advertising, and healthcare. Their flexible OLED displays and lighting solutions provide energy-efficient and eco-friendly alternatives to traditional LED and LCD products. By simplifying OLED production, Inuru’s printing techniques have made the technology more budget-friendly and opened the door for creative new applications of OLEDs.
Inuru’s flexible OLED displays open up exciting possibilities for consumer tech and smart devices. Their bendable screens can wrap around curved surfaces, allowing for unique designs not possible with traditional LCD displays. Imagine smartphones with wraparound screens or smartwatches with displays that extend onto the band. Inuru is working to bring these futuristic concepts to reality. Inuru’s OLED technology is also more sustainable than existing options. Their simplified production methods require less energy and fewer resources, reducing environmental impact. OLEDs themselves are also eco-friendly, containing no toxic heavy metals. Additionally, OLEDs have a longer lifespan than LCDs, so displays require less frequent replacement.
The Future is Bright
Inuru has already begun revolutionizing industries with their affordable and innovative OLED solutions, but the future looks even brighter. As OLED technology continues to advance, costs decline, and new applications emerge, Inuru is poised to push the boundaries of possibility. However, they must continue optimizing production and reducing costs to overcome existing challenges, including high prices and limited scalability.
Still, with a keen eye for innovation and sustainability, Inuru has the potential to transform how we experience technology through the democratization of OLEDs. Flexible, affordable and eco-friendly, OLEDs could soon be lighting up our lives in ways we never imagined. The future is bright indeed with Inuru leading the way.
@elonmusk space travels era with 90’s electronics, really? Check out innovation from @mkratajczak. Saves space in starships. It could be printed in on Mars. Pack the inks instead of gadgets. 2 Poles invented cheapest printed display also to replace printed surfaces with display! pic.twitter.com/IOVVmQ2jpA
— Maciej Kawecki – This Is IT (@kawecki_maciej) August 15, 2022
The Many Applications and Benefits of Inuru’s OLED Solutions
Inuru’s OLED technology has a wide range of practical uses that are revolutionizing industries and enhancing daily life. Their affordable, eco-friendly OLED products are being implemented in innovative ways across various sectors.
One of the most promising applications of Inuru’s OLED solutions is in the marketing and advertising space. Their flexible OLED displays and smart labels enable dynamic digital signage and product packaging that grabs attention. Brands can create eye-catching product designs and in-store displays that engage customers with animated content and interactive experiences.
Inuru’s mission to make OLED solutions affordable and accessible could significantly improve various facets of life and work. By collaborating with partners across industries like Coca-Cola or Displate, Inuru is discovering new applications for their sustainable, innovative technology that benefits both companies and consumers. Though still an emerging field, OLED technology promises to transform how we live, travel, advertise, decorate and stay informed in the years to come.
Conclusion
Inuru has established itself as a leader in OLED innovations and sustainable technology. By developing cutting-edge yet eco-friendly OLED solutions, Inuru is transforming industries and enriching lives.
OLEDs offer an exciting future of vivid visuals, immersive experiences, and energy efficiency. Inuru’s OLED displays and lighting are revolutionizing electronics, architecture, clothes, advertising, and more. Their flexible panels allow for curved screens and new form factors. Their lighting solutions provide natural-looking illumination that reduces energy usage.
As Inuru continues advancing OLED technology, the possibilities seem endless. However, scaling production and improving affordability remain challenges. Competition from major tech companies also threatens Inuru’s market share. Still, Inuru’s sustainable, human-centric mission could give them a competitive advantage.
You can see how Inuru is revolutionizing industries with their innovative OLED technology. From energy-efficient manufacturing processes to flexible displays and smart packaging, they are pushing boundaries and exploring new applications. While they face challenges scaling up and competing in the market, their sustainable vision and drive for innovation positions them well for the future. We will have to wait and see what other exciting developments come out of this promising Polish startup, but the possibilities seem endless. Wherever light is needed, Inuru may have a cutting-edge OLED solution.
If you’re a fan of smoked meats, but you don’t have a backyard or a smoker, you’re in luck. GE Appliances has just announced the GE Profile Smart Indoor Smoker, a countertop smoker that lets you cook with wood pellets inside your home without setting off all your smoke alarms.
The GE Profile Smart Smoker is an indoor countertop cooker that claims to create the same flavours as an outdoor smoker.
The $999 appliance is the world’s first indoor smoker. It uses a patented technology to eliminate smoke and odors, so you can smoke your ribs, brisket, or chicken without worrying about the smell. The smoker also has a built-in temperature probe so you can keep an eye on your food while it cooks.
The GE Profile Smart Indoor Smoker comes with a bag of wood pellets to get you started. It also has a built-in Wi-Fi connection, so you can control it from your phone or tablet. This means you can set the smoker to start cooking before you get home from work, or you can monitor the cooking progress while you’re away.
The GE Profile Smart Indoor Smoker will be on show at CES 2024 next week. It will be available for purchase in early 2024.
GE Profile Smart Indoor Smoker: Now You Can Smoke Your Ribs Indoors
If you’re a fan of smoked meats, but you don’t have a backyard or a smoker, you’re in luck. GE Appliances has just announced the GE Profile Smart Indoor Smoker, a countertop smoker that lets you cook with wood pellets inside your home without setting off all your smoke alarms.
Active Smoke Filtration uses a catalyst system to turn smoke into flavourful warm air.
The $999 appliance is the world’s first indoor smoker. It uses a patented technology to eliminate smoke and odors, so you can smoke your ribs, brisket, or chicken without worrying about the smell. The smoker also has a built-in temperature probe so you can keep an eye on your food while it cooks.
The GE Profile Smart Indoor Smoker comes with a bag of wood pellets to get you started. It also has a built-in Wi-Fi connection, so you can control it from your phone or tablet. This means you can set the smoker to start cooking before you get home from work, or you can monitor the cooking progress while you’re away.
The smart smoker features a digital dial and temperature probe.
The GE Profile Smart Indoor Smoker will be on show at CES 2024 next week. It will be available for purchase in early 2024.
Here are some of the features of the GE Profile Smart Indoor Smoker:
Patented technology to eliminate smoke and odors
Built-in Wi-Fi connection
Temperature probe
App for controlling the smoker from your phone or tablet
Capacity for up to 4 pounds of food
128-ounce water tank
12-hour timer
The SmartHQ app allows for remote monitoring and control of the smoker over Wi-Fi.
Here are some of the pros and cons of the GE Profile Smart Indoor Smoker:
Pros:
Easy to use
Versatile
Smoke and odor elimination technology
Built-in Wi-Fi connection
App for controlling the smoker from your phone or tablet
Cons:
Pricey
Not as large as some traditional smokers
Not suitable for cooking large batches of food
Overall, the GE Profile Smart Indoor Smoker is a great option for anyone who wants to enjoy smoked meats without having to deal with the hassle of a traditional smoker. It’s easy to use, versatile, and has a lot of features that make it a convenient and user-friendly appliance.
Holography is a technique that records light patterns and recreates them in three dimensions. This allows for the creation of holograms, which are 3D images that can be viewed without the need for special glasses. Holographic advertising involves the use of holographic technology to create 3D visual displays for advertising purposes. Unlike traditional two-dimensional advertising mediums, holographic advertising creates dynamic and visually engaging content that appears to float in space, capturing the attention of viewers.
WHY IS IT INNOVATIVE TO START USING HOLOGRAPHIC ADS?
Product Launches: Companies can use holographic displays to unveil new products in a visually stunning and memorable way.
Retail Displays: Holographic advertising can be used in-store to showcase products or promotions in a unique and attention-grabbing manner.
Events and Trade Shows: Holographic displays can be featured at events and trade shows to attract visitors and communicate brand messages effectively.
Some holographic displays are equipped with interactive features, allowing users to engage with the content. For example, users might be able to manipulate a holographic image using gestures or touch. Holographic technology can be used to create virtual assistants or spokespersons that provide information about products or services in a lifelike manner.
But of course for nowadays there are some challenges for this type of advertisements:
First of all it’s COST. Implementing holographic advertising can be expensive, especially for high-quality true holographic displays. The second one is CONTENTCREATION. Developing engaging holographic content may require specialized skills and tools. And the last is LIMITED VIEWING ANGLES. Some holographic displays have limitations in terms of the optimal viewing angles, meaning that the 3D effect may not be as pronounced from certain perspectives.
Advances in holographic technology may lead to improvements in resolution, color accuracy, and cost-effectiveness, making holographic advertising more accessible to a broader range of businesses. As technology continues to evolve, holographic advertising is likely to become more sophisticated and integrated into various marketing strategies.
Synchron company became the first developer of brain-computer interfaces, which introduced its Stentrode implant into the head of an American. Now a person who has long lost the ability to move and speak will be able to control a web browser and communicate via email using the power of thought. He became the fifth person in the world with an implanted neurochip.
The new Synchron project was implemented under the guidance of specialists from Mount Sinai West Medical Center. Neurointerventional surgeon Shahram Majidi made an incision in the patient’s neck and inserted a miniature sensor into the brain. Stentrode — a 1.5—inch-long device consisting of wires and electrodes – opened and began to fuse with the outer edges of the blood vessel. According to Majidi, this procedure was very similar to implantation of a coronary stent, so it took only a few minutes.
Electrode matrix Stentrode implanted into a blood vessel inside the skull
When the operation was completed, the sensor was connected via a physical cable to a computing device previously implanted in the patient’s chest. To do this, surgeons have created a “tunnel” for wires and a pocket for the device under the skin — on the same principle as modern pacemakers are installed. After that, the neural interface was activated and connected to the computer. After 48 hours, the patient has already gone home.
ALS, also known as motor neuron disease is a rare but terrible disease: the atrophy of neurons gradually disconnects the periphery of the brain in the form of muscles. What it does to a person can be represented by the example of the most famous patient of this scourge in our time: Stephen Hawking.
The principle of operation of Stentrode is relatively simple. The sensor reads the signals activated by the patient’s brain and transmits it to the device under the skin. The latter interprets the activity and sends a ready-made command via Bluetooth to a computer or smartphone. But how does the cursor move? Here lies some weakness of the current Stentrode model: the choice of a place to press and move the cursor is not carried out by nerve impulses of the brain directly, but by means of a fair “crutch”: an eye tracker, an eye tracking system like the one that was built into the famous Stephen Hawking chair and allowed him, in fact, to work on a computer and communicate online. Only without the neurointerface yet. In this way, the user can switch the tab in the browser, open the email application, type a text and send it to the selected recipient.
And still Synchron managed to get ahead of its main competitor: the ambitious Neuralink of Elon Musk, who promised to start experiments on human volunteers back in 2020, but to this day has not received permission from the FDA. And the procedure itself from Elon Musk’s project looks much bolder, due to a much more extensive system of sensors and electrodes, it is going to allow the patient much more than Stentrode, but at the same time — more brutal. Instead of a neat passage through the incision on the neck, the patient should cut out a part of the skull by means of a robot surgeon, and after a complex automated operation with direct connection of electrodes to the brain, replace it with an electronic unit.
However, this approach has been used for two decades by the Utah Array (BrainGate) technology from Cyberkinetics, which Musk himself calls “something like an instrument of torture.” This technology has already been developed so much that it is used in more than five hundred laboratories around the world. It allows patients to make rather complex movements with electronic limbs by means of electrodes embedded in the motor areas of the brain. It also provides the ability to move the cursor across the screen with an effort of thought, but requires a very complex neurosurgical operation and cumbersome equipment. Plus, it has quite negative consequences for the health of patients (the body rejects too large and roughly embedded electrodes and sensors. Channels overgrow and block contacts).
Synchron CEO Thomas Oxley holds the endovascular matrix of Stentrode electrodes during TED 2022
The company hopes that the devices of the Stantrade series will be able to become the first suitable for use at home, and not only in the walls of a specially equipped laboratory or ward, like BrainGate. And many surgeons will be able to perform it in almost ordinary hospitals, and not specially designed robots, like Elon Musk’s, or a whole team of specialists with the most complex equipment, as in the case of BrainGate.
While the arrival of self-driving automobiles has many potential benefits, it also has its own set of challenges. Technology is never flawless, and computers may be hacked. Furthermore, while autonomous cars will make our roads safer, they may also have unexpected societal implications, such as greater unemployment rates.
Some possible issues with self-driving automobiles are inherent in the existing layout and use of our highway infrastructure. Existing road conditions and signs, for example, as well as the transition phase in which some drivers on the road will use autonomous vehicles and others, will use traditional vehicles, might all provide substantial challenges to the adoption of self-driving cars.
Road conditions
Road conditions can be exceedingly variable and vary from location to location. There are smooth and well-marked wide roadways in certain situations. In other areas, the road is severely eroded, with no lane markings. Lanes are not well defined, there are potholes, hilly and tunnel routes with unclear external cues for orientation, and so forth.
Weather conditions
Another stumbling block is the weather. The weather might be bright and clear or wet and stormy. Autonomous vehicles should be able to operate in any weather situations. There is no possibility of failure or downtime.
Traffic conditions
Autonomous vehicles would have to enter the road and drive under a variety of traffic scenarios. They would have to share the road with other autonomous vehicles as well as a large number of humans. There are a lot of emotions involved whenever people are involved. The flow of traffic might be greatly monitored and self-regulated. However, there are times when someone may be breaching driving laws. An item may appear in unforeseen circumstances. Even a few centimeters per minute of movement matters in tight traffic. One cannot wait indefinitely for traffic to clear and for some prerequisite to begin moving. If there are more of these automobiles on the road waiting for traffic to move, it might lead to a heavy traffic.
Accident Liability
Accident liability is the most significant feature of self-driving automobiles. In the case of self-driving automobiles, the software will be the primary component that will operate the vehicle and make all critical choices. While the earliest concepts had a human physically stationed behind the steering wheel. Furthermore, owing to the nature of autonomous vehicles, the occupants will be primarily relaxed and may not be paying careful attention to road conditions. In instances where their attention is required, it may be too late to act by the time they need to.
Radar Interference
Lasers and radar are used for navigation in self-driving automobiles. The lasers are installed on the roof, while the sensors are located on the vehicle’s body. Radar operates by detecting radio wave reflections from nearby objects. When a car is on the road, it emits radio frequency waves that are reflected by other automobiles and things in the vicinity. The time required for the reflection is calculated to determine the distance between the automobile and the object. Based on the radar data, appropriate action is subsequently performed. Radar operates by detecting radio wave reflections from nearby objects. When a car is on the road, it emits radio frequency waves that are reflected by other automobiles and things in the vicinity. The time required for the reflection is calculated to determine the distance between the automobile and the object. Based on the radar data, appropriate action is subsequently performed. Will a car be able to discern between its own (reflected) signal and the signal (reflected or transmitted) from another vehicle when this technology is utilized for hundreds of cars on the road? Even if numerous radio frequencies are available for radar, it is doubtful that this frequency range would be insufficient for all cars made.
Not a long time ago polish inventors have developed innovative method of producing OLED screens. They have created the cheapest and the thinnest electronic band with OLED screen which is now the biggest innovation in so called the light printing technology.
How it works?
They named it Inuru and it uses Organic Light Emitting Diodes, which is something similar to LEDs but it’s made out of organic components.
OLED display technology which is using organic diodes degrade rapidly therefore it provides a light for only a few seconds or minutes . That’s why it is hard to introduce it on a mass scale. However by creating more and more products Inuru is going to optimise the use of diodes to increase theirs lifetime which allows them to glare a lot longer.
It’s also worth mentioning that this solution is sustainable and ecological. Inuru does not use heavy metals or heavy ions. Also the materials are similar to those used right now, that means this tech is fully recyclable.
The ideas of use:
Because of the display being so thin there are no limitations to it’s use. For example you can print it onto clothes so that the display shines if someone hugs you. This technology is also meant to help people, the idea is to combine the diodes with the labels on the medicine to indicate when it expires. We could spend hours and hours thinking about the applications but the most interesting aspect is changing the way of advertising products.
Changes in adverts
Personally I think the biggest changes will be seen in the way of promoting products by multiple companies. Since the great economic development every one of them want to be the best in the marketing. Now when the Inuru is on the market a lot of companies started to make some initial projects. One of the first corporation to cooperate with Inuru creators is Coca Cola. They have created the first label to use on bottles and it looks like that:
They are planning to use such labels on special edition bottles. In my point of view think there will be more and more products using this technology because it surely attracts the eye of the customer and that’s what companies are looking for.
Video
To get the better understanding of Inuru technology i recommend you watching this video. Unfortunatelly it’s in polish but you can add english subtitles. Let me know what are your thoughts and ideas were you would use that technology.
For a few weeks now rumors and speculations keep emerging about a new Tesla phone called the Tesla Pi Phone or Tesla model Pi. Of course we won’t know anything until the official release but it looks like the Pi Phone could be a serious competition to Apple and Samsung.
The device will be compatible with Starlink satellite internet therefore being able to connect to the web all over Earth and even on Mars. The data download speed is said to be as quick as 210 megabits per second. It will have one camera on the front hidden under the display and four lenses on the back capable of taking great quality photos even in the dark and equipped with technology that enables the user to capture beautiful pictures of astronomical objects. Other features include a fingerprint scanner, a built in solar panel for wireless, eco friendly charging and a photochromic case that will change color in different lighting. Less probable rumors say the Pi Phone will mine the Marscoin cryptocurrency, be able to „drive” the Tesla vehicles and even be equipped with the Neuralink support technology. The phone will be designed by a former Apple designer Antonio De Rosa and made of highest quality materials therefore not breaking as easily as iPhones and Samsungs.
As I’ve said at the beginning, we don’t yet know how the Pi Phone will turn out looking and what features it will actually have. There are still many unknowns but one thing is clear – when Musk enters an industry the competition has to step up their game
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