Google smart shoes
This smart shoe is equipped with accelerometers, gyroscopes and other devices, and is connected to a smartphone via Bluetooth to monitor the user’s usage. In addition, the shoes are equipped with a speaker that plays the shoe information received by the sensor in the form of voice comments.
However, Google said it has no clear marketing plan for this shoe and has no intention of getting involved in the shoe industry. Google hopes to use this product to make shoes more comfortable and more personalized, and it also stated that it will make the product information open source. In the near future, people will be able to make their shoes more intelligent, and at the same time DIY their shoes to make them more personalized.
drum beat t-shirt
If you are a music lover, you will definitely like this T-shirt. There is a drum controller built into this piece of clothing, and the user can produce different drum sounds by tapping different positions, which is somewhat similar to the drum set software on a tablet computer. If you think it’s not enough, consumers can also pair it with a pair of pants that can be equipped with a mini amplifier, so that they can play music anytime and anywhere and become the center of attention anytime and anywhere.
Glove phone: Glove One
A designer named Bryan Cera in Milwaukee, USA, designed a rather innovative Glove One mobile phone that can be worn on the hand like a glove. Its shape is like a part of a futuristic mechanical armor. The buttons are designed on the inside of the finger joints. Then you can make a call by placing your hand in a “six” shape, with your thumb as the earpiece and your little finger as the microphone. There is a SIM card slot on the back of the glove phone Glove One and a USB interface. Charging of the glove phone Glove One can be completed through the USB interface.
Social Denim: Social Denim
This kind of jeans supports Bluetooth function, which can connect the jeans with a smartphone. You only need to click on the small device in the front pocket for instant messaging, which is convenient for users to update their location information on Facebook. In addition, it can also broadcast your emotions in real time. Track and share personal happiness. Buyers also visit at NHS Discount Voucher.
Sat Nav Shoes: No Place Like Home
The heel of this shoe has a very advanced wireless GPS system that sets destinations via USB. This leather shoe that can navigate is also very convenient to use. When you need to navigate, just tap the heel on the ground. After starting up, you can see that the LED indicator light installed on the front part of the shoe will light up. One shoe indicates the distance to the destination, while the other shoe points the direction to the user.
virtual keyboard
It is a virtual keyboard about the size of a small mobile phone (90 x 34 x 24 mm) that allows users to type articles or emails as easily as using a regular keyboard. I-Tech Virtual Keyboard uses light projection technology to project a full-size computer keyboard on almost any flat surface. When the virtual keyboard is used on PDAs and smart phones, it can conveniently send and receive emails, word processing and spreadsheet creation. Users can leave their laptops and desktops at home. The virtual keyboard’s adaptability technology studies the user’s finger movements and decodes and records keyboard strokes. Since the virtual keyboard is an image formed by light projection, it will disappear completely when not in use.
Development trends in wearable technology
invisible
According to Moore’s Law, as electronic components become smaller and smaller, products will become more efficient and more powerful. In other words, you can think of current wearable devices as stereo speakers on your wrist. Wearable devices and fashion will be inseparable and inseparable.
personalise
Like wedding rings, they are very personal items that people wear for a long time. Therefore, unless the product has a very important medical purpose, such as a hearing aid, there are few wearable devices that consumers can wear all the time.
Cuff adds personalized design to wearable technology. They embed technology into a range of jewelry, so users can choose which device to wear every day, depending on their mood. In this way, wearable devices become part of jewelry. It is not only a technological accessory but also a fashion attitude.
efficiency
As wearable devices mature, other ways of powering the devices have emerged. Tommy Hilfiger has officially launched a new charging method that uses fabric embedded with solar cells to charge devices. There are also devices powered by kinetic energy, and even the idea of using body heat to power LED lights on a ring. While these features are still some way off from commercialization, we could soon see them implemented into wearable devices.
accuracy
From a child’s GPA to an adult’s body mass index (BMI), numbers permeate every aspect of our lives. As people’s requirements for device accuracy increase, approximations no longer meet consumers’ needs, and step counts are no longer satisfactory.
At present, we have not seen industry standards setting relevant terms for manufacturers. In the future, wearable product brands will be able to guarantee the accuracy of their devices. Maybe in the future you will see Jawbone’s packaging written with a guarantee of “99.5% hand tracking accuracy.” “.
Permission settings
Ever thought about advertisers pushing ads to smart wristbands 24/7? With advertising revenue in the TV and newspaper industries dwindling, marketers are salivating over this method, and these new devices provide new opportunities for them to target potential customers. .
In order not to be harassed by spam ads, smart consumers will ask for device permission settings to allow push messages. Imagine that the smart watch can be set up to allow only partners, children’s schools and mothers to push notification reminders to the watch during working hours from Monday to Friday. This should save a lot of annoying and unnecessary interruptions.
Sentient
In the movie “Her,” the artificial intelligence Samantha explains how she works: “By intuition. I grow and improve myself through daily experiences. This ability makes me ‘me’. I am changing all the time, like You too.”
Why can’t an exercise tracker worth hundreds of dollars learn to recognize more movements? Like skipping rope, swinging a kettlebell, or dancing salsa. People’s interests are changing and evolving. Their wearables will also have to evolve and learn new things. The single-function pedometers on today’s exercise trackers won’t last long.
multipoint connection
The focus of the discussion on wearable technology will soon shift to whether the sensors carried on the device can measure data from all over the body in real time. People wear activity trackers and carry smartphones in their wallets at the same time, and both collect motion sensing data through internal accelerometers and gyroscopes.
Technicians are studying how to obtain information from multiple sensors on the body at the same time to show the user how his body moves and behaves through multiple devices and sensors.
Integrated
Imagine the following scenario: Holding something in your arms, your right hand is struggling to find the key in your pocket to open the door, but accidentally drop the things on the floor? This will happen to everyone in the future: when you walk to the door of your house with your arms full of sundries, your heartbeat.
The signal is sent through the wearable device to the smart lock on the door, which automatically unlocks it. As you walk through the living room, the wearable device on your wrist detects that your body temperature is higher than average and automatically sends a signal to the Nest thermostatic system to turn on the air conditioner. It can also detect human body hydration levels, and when you enter the kitchen, it can trigger the smart refrigerator to automatically pour water for you.
While it’s too early to predict which features or form factors will be popular in the future, wearable technology is still an area worth investigating. Data-processing components have never been smaller than they are today, providing opportunities for medical advancements or annoying marketing nuisances. We are also getting closer to creating products that are useful, usable, and satisfying.
