In recent years, the intersection of technology and health has given rise to innovative solutions that promise to enhance physical performance and recovery. One of the most exciting advancements in this field is the development of wearable technology that harnesses the body’s natural energy. This essay explores the concept of wearable tech that utilizes body energy, focusing on the groundbreaking WE-STIM technology, which integrates microelectric stimulation into sportswear and other wearable products.

At the heart of this innovation is the WE-STIM technology, which stands for “wearable electric stimulation.” Unlike traditional electro-stimulation devices that rely on batteries or external power sources, WE-STIM captures the electric energy generated by the body’s movements. This process is akin to the static electricity one might feel after walking across a carpet and then touching a doorknob. Every motion we make produces a small amount of electric energy, and WE-STIM cleverly collects this energy through specially designed conductive fibers woven into the fabric of the wearable products.

The integration of this technology into everyday apparel marks a significant departure from previous wearable devices that often required cumbersome attachments or batteries. With WE-STIM, users can experience the benefits of microelectric stimulation without the inconvenience of additional devices. This seamless integration allows the garments to function as ordinary clothing while simultaneously providing therapeutic benefits. For instance, the technology can be embedded in leggings or other sportswear to target specific muscle groups, such as the hamstrings or calves, aiding in muscle recovery and enhancing overall performance.

One of the standout features of WE-STIM technology is its eco-friendly and user-friendly design. The absence of batteries not only reduces electronic waste but also ensures that the garments are easy to maintain. Users can wash these items just like any regular apparel without worrying about removing components or damaging the technology. This convenience is a significant improvement over traditional wearable devices that often require careful handling to preserve their functionality.

Moreover, the applications of WE-STIM technology extend beyond mere performance enhancement. The microelectric stimulation it provides has been shown to promote healing and regenerative processes in the body. This capability makes it particularly appealing not just to athletes but also to individuals recovering from injuries or those seeking to improve their overall health and wellness. The dual function of these garments – supporting performance while facilitating recovery – positions them as valuable assets in the modern health and fitness landscape.

Recognition of the WE-STIM technology’s potential is evident in its accolades, including back-to-back CES Annual Innovation Awards. Such honors highlight the technology’s innovative approach and effectiveness in addressing the needs of consumers in the health and wellness sector. By targeting specific areas of the body and providing support through microelectric stimulation, WE-STIM products cater to a wide range of users, from professional athletes to everyday fitness enthusiasts.

In conclusion, wearable technology that harnesses body energy represents a significant leap forward in the realms of health, fitness, and recovery. The WE-STIM technology exemplifies how innovation can create products that are not only effective but also convenient and environmentally friendly. As the demand for efficient and integrated health solutions continues to grow, products like those utilizing WE-STIM technology will likely play a pivotal role in shaping the future of wearable tech, making it an exciting area to watch in the coming years.

Interview by Scott Ertz of F5 Live: Refreshing Technology.

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LED technology for wearable displays is a groundbreaking innovation that is revolutionizing visual communication. Flexible, bright, animated LED displays are a revolutionary technology that is transforming the way we think about visual communication. These displays, developed by Dynavisual, offer a flexible and expandable solution for integrating LED screens into various textiles, such as clothing, hats, vests, and coats.

The CEO of Dynavisual, Maria Fernandez, explains that their IoT platform consists of both software and hardware components. The hardware is a bendable and very flexible LED display that can be easily integrated into different textiles. This means that almost anything can be visualized on these displays, making them incredibly versatile.

One of the key features of Dynavisual’s LED technology is its brightness and power. The LED screens are three times more powerful than a handy screen, making them highly visible even in bright environments. To support this power, the screens require two lithium batteries, similar to those found in mobile phones. These batteries can be charged using USB-C, making the screens rechargeable and sustainable. With four batteries inside, the screens can last for an impressive eight to ten hours, even when operating at maximum power. This extended battery life makes the screens ideal for use at events, sports stadiums, and other venues where continuous display is required.

The display screens can be made in any size, with one focus being on integrating them into clothing. This allows for a unique and eye-catching visual experience, especially in a stadium where the hats of the audience members can be the main focus. The aspect ratio of the screens can also be customized, allowing users to decide the size and shape of their display.

Dynavisual’s LED technology also offers the ability to integrate data and connect to the cloud. This opens up possibilities for gathering information from users and analyzing data for insights. The company envisions partnering with sports garment companies like Nike and Adidas to integrate their LED technology into clothing items. This would not only provide a unique visual experience for spectators but also allow for data collection and analysis.

The potential applications of Dynavisual’s LED technology extend beyond the sports industry. The podcast mentioned the music industry as another field where the technology could be utilized. For example, spectators at a concert could wear LED screens that display visuals synchronized with the music, creating an immersive and dynamic experience.

One of the most impressive features of these displays is their ability to connect thousands of individual screens together to create a mega screen. Fernandez gives the example of a stadium, where 100,000 people can each have a small section of the screen. When they stand together, the entire message or image is revealed. This creates a truly immersive and engaging visual experience for the audience.

In terms of video quality, Dynavisual displays at 40 frames per second, ensuring a high-quality viewing experience. The CEO mentions that if these displays were used in a stadium with TV cameras broadcasting, the viewers would have a perfect view of the content.

Dynavisual has already tested this technology on a smaller scale and is now seeking partners to help scale it up. They are looking for investments, collaborations with manufacturers to create products using their technology, and partnerships with advertising agencies, football clubs, sport clubs, and event agencies.

While the technology is not yet available for individual purchase, it is primarily targeted towards corporations and organizations. The software platform that accompanies the displays is flexible and can easily be adapted to meet different needs. It is cloud-based, allowing users to upload videos and schedule them to play at specific times, similar to a digital sign.

Overall, flexible, bright, animated LED displays are an exciting innovation in visual communication. Dynavisual’s technology offers endless possibilities for showcasing messages, images, and videos in creative and engaging ways. With the ability to connect multiple screens together to create a mega screen, these displays have the potential to transform the visual experience at events, stadiums, and other large-scale venues.

Interview by Don Baine, The Gadget Professor.

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Riding a bike on the road can be a dangerous way to exercise. While some of us are lucky enough to have bike lanes on our major roads, nor everyone has that safety feature. Even if you do have a dedicated lane, crossing lanes can still leave you vulnerable, because few people actually know how to watch for turn signals from a bicyclist. Plus, adverse weather conditions make the experience even worse, as visibility is naturally limited. So, how do you improve visibility without negatively impacting your ride? Luckily, Clic-Light is here to make the experience safer for everyone.

Clic-Light is a simple device that you strap to your back while you ride. The position of the panel is designed to put it directly at eye level people drivers behind you. On the panel is a left and right turn signal, as well as a brake light. It also features a position light, fog lights, and hazard lights. All of the lights are controlled from a remote that can be attached to your handlebars, allowing you to keep your hands on the handlebars while making yourself more visible than you normally would.

Of course, the Clic-Light isn’t just for bicyclists. Rising a motorcycle can be even more dangerous than a bicycle, especially at night. The signals for both activities are the same, and the lights can make both safer. In addition, as electric scooters are becoming more popular again, both two and four wheel varieties, the light can be used there, as well.

The Clic-Light should be available in the near future and is expected to retail around $160. To learn more about the product and to sign up for an email when it becomes available, head over to the company’s website.

Interview by Todd Cochrane of Geek News Central.

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So many of us live for sports. We love to watch and cheer on our favorite teams, and we also love to play. Getting out and active is important for so many reasons. It helps to keep us fit, of course, but it also keeps us engaged in social settings with like-minded peers. The benefits of getting out there and staying active are important to our physical, mental and emotional well being. So whether your favorite sport to play is basketball, tennis, soccer, baseball or any/all of another myriad of athletic choices out there, you’re going to love this next app.

Maybe you are new to the city and don’t have your usual crew to meet up with for a quick game. Or maybe your work schedule has changed and that is keeping you from being as active as you would like. Justin Ford, Founder and CEO of Javelin Sports has just the solution that will bring you closer to your goals and will connect you with players of any sport you wish. Javelin Sports is a mobile application designed to help users find sports leagues as wells as pick up games in their area to fit their busy schedules.

Justin discusses how he felt it was becoming more and more challenging to stay active playing the sports that he had come to fall in love with. He decided to work with his co-founder, Coleman Chan to develop an easier way to keep up with your active life with an easy outlet to join leagues and meet sports enthusiasts in your local community. Javelin Sports includes cool features such as being able to chat with your teammates, receive game notifications, schedule your games on your own time, as well as sharing your experiences with your friends that may want to play.

Javelin Sports is currently live in Toronto, Canada on the Apple App Store or the Google Play store. To find out more about this application, you can visit their website.

The post Grabbing pick up game has never been easier than with Javelin Sports appeared first on Tech Podcast Network.

Everybody loves robots. And what’s better than a robot? An absolutely humongous robot. But make no mistake, this large, robot-looking mega machine is not a robot. It’s a Mech.

Along with their other product lines here at CES 2018, Furrion is highlighting their Exo-Bionics Division while presenting Prosthesis. This is the world’s first, purposely built, off road racing Mech. Standing 15 feet tall, it is a human piloted machine that is intended for competitive sport. With its four (huge) legs, it was designed with the experience of the pilot in mind. None of the controls are automated. There are no gyros. It is completely dependent upon the skill of the pilot.

With this flagship project, they are looking to form a full fledged league, called The X1 Mech Racing League. At this stage, they are perfecting the Mech, and figuring out the format of the competitions, as there are many directions that they can go with the sport. As they learn more and figure out all of the capabilities of the machine, they will be able to fine tune the actual sport.

The next stage is to start seeking investment partners and sponsors, as well as professional athletes to get in there and actually start bringing up the performance level of the machine from an engineering and pilot skill perspective. And as they continue to develop the technology, they can move forward towards improvement of mobile electric power sources.

For more information, please check out their website.

Interview by Jacob Cannon of FIRST Looks.
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Concussion awareness in athletics has become an important topic of discussion in schools and professional sports teams in recent years. Reflexion Edge is an interactive diagnostic tool that is designed to detect and track the onset of these types of brain injuries as part of an athlete’s normal training.

When used as part of daily/weekly performance training, it offers concussion screening and vestibular rehabilitation. Athletes can also use the system to train their cognitive performance on a weekly basis as part of their practice routines. Reflexion Edge searches for concussions that may occur from smaller hits and also the results of mild impacts over time from repeated tackles and checks that would normally go undiagnosed. It is also to be used after each game when the majority of the hits and tackles occur. Unchecked, these injuries could lead to more serious brain injuries later in life.

This tool also increases the athlete’s performance through neurocognitive training over time. They can then look at the leader boards to see how they stack up to their friends and others in their leagues.

Reflexion is currently partnered with two Pennsylvania high schools while ramping up for a launch in May of this year. For more information, please visit their website.

Interview by Chase Lowery of PLuGHiTz Live Special Events.
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Take your fishing activities to the next level with the GoFish Cam! This is no ordinary underwater camera, it’s a versatile 1080p HD camera that goes where your fishing goes unlike any other fishing camera. The GoFish Cam simply attaches to any fishing line and captures the underwater experience that you need to see. The camera is made with a strong metal leader line that helps you catch large game fish.

But wait, there’s more. The GoFish Cam has a built-in hotspot that can connect to your phone through the GoFish Cam app. This application has so many possibilities for the sport of fishing that start with a creation of a profile and the activation of your new GoFish Cam. From the app, you can adjust the camera settings and the video quality, view the battery life, and refer back to previous fishing trips that were recorded. From there, you have the ability to edit and share out your footage to your friends!

Pick up your GoFish Cam today for $239.99 by going to the GoFish Cam website.

Interview by Scott Ertz of F5 Live: Refreshing Technology.
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Monster Digital is coming out with a new line of action sports cameras that will certainly meet your needs. Whether you are a beginner photographer or a professional, Monster Digital can help you out. This line includes 4 HD cameras: the Vison HD 720p, Vision HD Plus 1080p, Vision 360, and the Vision VR.

If you’re an adventurer that likes to document the action along the way, you need to look at the Vision and the Vision Plus to help you do just that. The Vision 720p is a camera made for the new, casual photographers that want to photograph everything from a hike through the mountains to a family get together. The next step up would be the Vision Plus 1080p made to turn you into a professional with better shots. Both sports cameras come bundled with absolutely everything you need like a micro SD card, waterproof case, battery, charger, and all the mounts you could ever want. This bundle includes 15 accessories that are included in the price.

Some people crave the 360 experience and Monster Digital covers that, too. The Vision 360 is a 360º action sport camera that can take your experiences from 2D pictures to 360 horizontal by 220 degrees vertical masterpiece. The last camera in the line can bring the picture to life using a real virtual reality. The Vision VR is a camera that can record your adventures and can allow you to truly relive them in a new and exciting way! Just record what you want and use Digital Monster’s exclusive app to download the content to your phone. From there you can attach your phone to a Monster Vision VR Headset.

Find the right Monster Digital camera for you. The Vision HD is $79.99, Vision HD Plus is $129.99, Vision 360 is $149.99, and the Vision VR is $249.99. Get the Monster Vision VR Headset for $39.99 and the Monster Vision Headset with Integrated Headphones for $99.99.

Interview by Daniele Mendez of The New Product Launchpad for the Tech Podcast Network.

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Some things in life are pure genius. Combining a mountain bike and an electric bike is one of them.

Jetson Bike introduced the Jetson Adventure, their new electric mountain bike for 2017. It comes in six great colors and has a very lightweight aluminum frame. Having enough power to get through the trails or the city is no problem with the 250 watt motor in the rear. The integrated 36 volt lithium ion battery is strategically hidden in the down tube. There are 21 different gears with 9 levels of pedal assist in each gear. This ensures that whatever effort you exert, you will get back. We were also impressed with the 20mph top speed. The battery will last about 40 miles on a full charge and it recharges from a standard wall outlet in 4-5 hours.

One of the best features on this 26 inch frame is the built in display screen. Mounted right in the center, the display shows battery level, speedometer, odometer and the level of pedal assist being used. If you are in a place where you need a little more help, just click on the pedal assist button on the side.

These cool bikes are available now at your favorite retailer for $1799 and you can check out their entire product line on their website.

Interview by Marissa Schiereck of The New Product Launchpad for the Tech Podcast Network.

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Competitive swimmers train continually to improve their stokes and lap times. And now there is a product that can help them improve while swimming without having to stop to get the current stats. Introducing the Marlin, a small swim meter that attaches to your swim goggles providing real time stats that you can hear through the built in bone conduction headset.

This nifty little device works great while swimming in a pool as it provides lap times and stroke counts. It’s also great while swimming in open water due to the built in GPS which not only tracks your distance and speed but also helps to keep you on track. The audio feedback is perfect to give you all of the pertinent information without you having to look up out of the water or stop swimming all together.

The unit cost will be $150 and can be purchased from Platysens website where they are currently offering a preorder discount. There is also a version available online that does not include the open water option.

Interview by Marissa Schiereck of The New Product Launchpad for the Tech Podcast Network.

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