Fuseproject’s bionic leg wearable improves lives of those living with mobility difficulties using AI

Technology has changed the lives of a lot of people, not just in terms of having access to information or having readily available communication tools. There are a lot of companies out there that are using all these advances to create devices and tools that can help people living with disabilities have a more independent life. Those with mobility difficulties from such conditions like multiple sclerosis, stroke, cerebral palsy, etc can now use this new piece of bionic clothing that is not just functional but also easy to use and a bit fashionable.

Designer: Yves Behar (fuseproject) with CIONIC

The CIONIC Neural Sleeve is a wearable leg sleeve that can help people with mobility issues to walk and move more freely with the help of Artificial Intelligence and electrical stimulation. It’s basically bionic clothing that can help people walk by augmenting human movement. And unlike other devices that can seem robotic and uncomfortable, this is actually something that is comfortable to wear on a daily basis and is easy to put on and take off.

The sleeve uses a lightweight and breathable fabric that looks and feels more like an athletic piece of clothing than a medical one. It is also available in different colors and sizes so users will be able to match it with their clothes and feel like it’s just another accessory to their outfit. During trials for the sleeves, users were able to see improvement in two key areas associated with foot drop: dorsiflexion at heel strike and ankle inversion during swing. One participant who lives with MS said that she can now walk for 40 to 50 minutes and has not used a wheelchair in more than a month since using the sleeve.

The Neural Sleeve can also be paired with the CIONIC app which allows users to have more control in their mobility. The app itself is pretty intuitive and easy to use and if you pair it with the sleeve, then you have a an entire system that addresses the key muscle groups that are affected by aforementioned conditions. This gives users improved mobility and function if they continually use it and can transform their lives as well. The CINOC Neural Sleeve is now available for pre-order and will be delivered early 2023.

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This robotic crow is a next-gen drone giving us a weirdly futuristic x Game of Thrones vibes

An intimidating yet sociable flying crow could break the stereotype we have for the beautiful bird in real life.

Crows and ravens are normally associated with misfortune and darkness, even though are one of the most intelligent and playful birds. Their dark side has been amplified in movies and web series like Game of Thrones. I feel the majestic bird species, at last, deserves its share of kindness from all of us. With the likes of Boston Dynamics already showing us the pinnacle of robotic animals like Spot the dog robot, possibilities for an intelligent robotic crow are looking good.

Designer: Amin Akhshi

Concept designer Amin Akhshi aims to design a series of bionic birds, and the Hooded Crow is the first one he’s created in the collection. The robotic bird has peculiar awe to it, and in a way does away with the fear element we normally associate with the crows. The aim of this flying machine has something to do with the reconnaissance and rescue missions (in my purview) as it is loaded with cameras and sensors. One can say it is an advanced drone but more captivating to look at.

To give the bird a more friendly and striking appearance, Amin blends it in a contrasting black and light grey form. For more flexibility in moving the neck for pointing the camera at things while flying, a fabric material is used. The wings also get the fabric insert with soft cushioning material inside which helps in maintaining the aerodynamic stability. The solid frame tail section acts as the rudder to maneuverer sharply in the air. Those claws look so life-like and it’ll be interesting to see how this robotic crow lands on an uneven surface with equal dexterity.

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This architectural structure is UV-resistant protective shell that operates like a bionic flower!

This award-winning architecture structure is a concept design that creates a UV-resistant space by closing like a shield. It absorbs ultraviolet rays and unfurls like a bionic flower based on the intensity of the UV index in the area! This protective photosynthesis shell aims to solve the harm caused by excessive ultraviolet radiation in public spaces so that you can still go out while better solutions are being developed.

The earth’s ozone layer can block 97-99% of the ultraviolet light from solar radiation. According to the research of the World Health Organization, if the ultraviolet light exceeds the index of 3 or above without proper shielding or sun protection measures, it will cause sunburn and related diseases.

Due to the increase in ultraviolet radiation caused by the breaking of the greenhouse effect ozone layer in recent years, especially in countries and regions located between 30 degrees north and south latitudes of the equator, this design has been conceptualized for Schuster Park in Queensland, Australia. UV-resistant shielding space uses solar energy, green fluorescent protein, and an ultraviolet module device to create the bionic shell.

Based on the increase and decrease of the UV index intensity, the structure will fold and unfold like a bionic flower – when the ultraviolet light is strong it will become a pavilion to cover, and at night when the ultraviolet rays are weak it becomes the installation art that will glow naturally. The whimsical building envelopes and fiber optic tubes are filled with green fluorescent proteins; the size of the module opening and closing will be adjusted according to the absorption rate of ultraviolet light and can emit light at night. It almost reminds me of the bioluminescent waves!

Designer: Chsiao-Yu Sun and Chien-Hsun Chen

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A motorcycle-compatible bionic arm that lets the disabled ride motorbikes

Combining Honda’s expertise in robotics and in motorbikes, Tom Hylton envisions a solution that helps disabled ride bikes, perhaps even in a professional capacity.

The Honda Prosthetic Arm exists in the capacity of a concept, and allows people without an arm to operate a Honda motorcycle. The arm attached at the shoulder and plugs right into the handlebar, giving you a great grip over the bike. The robotic arm is also built to send commands to the bike, allowing you to accelerate, decelerate, or even brake without the need of a palm or a hand.

“The bike and the prosthetic communicate with each other and the rider to calculate appropriate lean angles and aid body positioning, it will also eject with the rider in the event of an accident. It Is modular to suit trans-humeral and trans-radial amputees and I’m currently designing a leg to go with.” says designer Tom Hylton.

Designer: Tom Hylton

Open Bionics’ 3D-printed prosthetic arm is now available in the US

One year after Open Bionics began selling its 3D-printed Hero Arm prosthetic in the UK, the bionic arm is available in the US. Open Bionics has made a name for itself as a start-up specializing in low-cost prosthetics, and you might remember it as th...