Handlebars give any bike performance tracking and security features. Gain instant and exclusive access to over 5,000 of the most creative ideas, innovations and startups on our database and use our smart filters to take you direct to those that are most relevant to your industry and your needs. Not interested? You can still browse articles published in the last 30 days from our homepage and receive your daily and weekly fix of entrepreneurial ideas through our free newsletters. Jet.reconinstruments. Medical devices. Stent used in the treatment of weakened arteries. Medical devices research occurs at the diverse interface of biological, chemical, physical, electronics, engineering and manufacturing sciences. 25 February 2009 | Updated 29 May 2012 Medical devices research utilises biological properties, processes and systems to develop new and clever materials; faster and more precise techniques, diagnoses and treatments.
There are three major fields of activity: diagnostic tools sensors and instrumentation enabling materials. Diagnostic tools Research goals are to develop techniques that are reliable, faster, cheaper and more sensitive. Diagnostics research includes: automated analysis of medical images to detect abnormalities and diseases high speed and content screening customised DNA microarrays analysing DNA to detect susceptibility to diseases ultrasound and audio frequency drivers and measurement rigs physiological signal-based health monitoring and diagnosis. Sensors and instrumentation. FitCause. Leap Motion. Amazon. Nike Projects Laser Beam Soccer Fields Onto City Streets [Video] Finding somewhere to kick a ball around in the city can be a challenge, which is why Nike paired with Doubleyou to make things easier for soccer players around the world using a laser-projected pitch. Using an app, soccer players with nowhere to play in the city could request a visit from the company’s laser-equipped van.
The van’s specialised crane would then be raised above an open area of space, before projecting the digital soccer field onto the urban landscape. A pair of small nets were then unloaded to complete the venue, turning an initially barren urban area into a lively game of soccer. Not only is the idea fun, but it gives kids and teenagers without access to the right facilities a chance to hone their skills wherever they can find the space. Here’s a game in action: Nike. GeoPalz Pedometers and ibitz™ wireless devices designed to get the entire family up and moving. Smarter, safer homes. Thermodo ~ The Tiny Thermometer for Mobile Devices by Robocat. Risks and challenges • Approval in the App Store. Writing software for the Apple App Store always contains the risk of being rejected in the first place.
In such a case our software needs another technical or visual iteration and the release might be delayed. • Quality Control. We are quite picky when it comes to the mechanical quality of our products. . • Electrical Tests: To make sure the Thermodos work as they are supposed to, we are going to test each unit electrically. Learn about accountability on Kickstarter. NICTA - About Us. NICTA is Australia’s Information Communications Technology (ICT) Research Centre of Excellence and the nation’s largest organisation dedicated to ICT research. NICTA’s primary goal is to pursue high-impact research excellence and, through application of this research, to create national benefit and wealth for Australia. We aim to be one of the world’s top ICT R&D centres. NICTA’s research addresses the technology challenges facing industry, the community and the whole nation.
We seek to improve the international competitiveness of both academic ICT research and industry innovation by tightly linking the two to achieve greater economic and social impact. Research Excellence Research undertaken at NICTA is undertaken within five large-scale Research Groups: These groups each have a long-term vision for innovative ICT research with the aim of becoming the leading groups in their field. Wealth Creation NICTA is especially focused on developing outcomes that have major national benefit. History. Medical devices. Youngcare Home Care Grants - Youngcare. Introduced in Queensland in 2009, the Youngcare At Home Care Grants assist young people (aged 18-65) with high care needs who are living at home and are at risk of entering aged care facilities.
In the 2012-13 financial year Youngcare distributed it's $1 millionth dollar through the At Home Care Grants program, providing support to 217 young people with 24/7 care needs and their families. Full-time care is often expensive and places enormous emotional, physical and financial pressure on the family to provide care. By providing funding for equipment, home modifications, and emergency respite care, the Youngcare At Home Care Grants aim to enhance the standard of living for young people with disabilities and their carers to prevent further admissions of young people into aged care facilities.
In 2011, the Youngcare At Home Care Grants program was extended to New South Wales, thanks to the support of GIO Insurance, and in early 2013 moved into Victoria. The University of New England, Armidale, New South Wales, Australia. From fitness to wellness: OMsignal’s smart shirts measure your motion … and emotion. Fitness is good, but wellness is better. And to become one with the universe, you must first become one with your T-shirt. Tracking bracelets like Fibit, Fuelband, and Up are for fitness, measuring steps, motion, and action. Arm straps like BodyMedia also measure heart rate, skin conductivity (how much you’re sweating), and exercise intensity. All of those are important to Montreal-based smart apparel startup OMsignal too, but the company says there’s more to wellness than fitness.
“We think movement is awesome, we’ve worn all the devices,” says CEO Stephane Marceau. OMsignal is doing that, as you might have guessed, by making you one with the shirt. OMsignal’s T-shirts and bras have the basic tool that every other fitness solution employs: a 3-axis accelerometer to give you motion and steps and estimated calories. That’s not just heart rate, that’s an actual measurement of the electrical signature of your heart. Those insights have a lot to do with stress. But not just yours. Gesture-control device racks up almost $4 million in pre-orders. What if you could control your computer, phone, or your favorite tech gadget with a wave of your arm or a snap of your fingers? Watch MYO, the wearable gesture control device from Thalmic Labs, in action. The MYO armband, which uses proprietary muscle activity sensors to detect your hand and arm gestures, uses Bluetooth 4.0 Low Energy to wirelessly communicate with the devices it is paired with.
The Canada-based startup, which has just 15 employees, created waves at the Y Combinator Demo Day on Mar. 26. It has already racked up over $3.7 million in pre-orders from 129 countries. “MYO is a good commercial implementation of electromyography — a technology that’s already being used in robotics and kinesiology,” said Adib Ghubril, research director at Gartner. “It is a refreshing change to the wired variations we typically see in that space.” Lake and his other two co-founders, Aaron Grant, 23, and Matthew Bailey, 24, are mechatronics graduates from University of Waterloo, Canada. MYO - Wearable Gesture Control from Thalmic Labs.
The magic of an augmented map. Credit: Jessica Clarke JOB:Computer sciences student Location:Hobart, Tasmania Institution:University of Tasmania Augmented reality is a live view of a physical environment with elements that have a computer generated sensory input. An extension on a current desktop system created by HITLab Australia in collaboration with national science agency CSIRO, ‘Magic Map’ allows scientists to view a map with location-specific, 3D representations of the temperature, rainfall, wind and cloud cover, by utilising local sensor networks.
The CSIRO are now taking the product to people who might be interested in exploring this augmented reality world themselves. When holding the device with the ‘Magic Map’ app over a map, you can view up to date weather phenomenon from the local sensor networks as a 3D map and data visualisation. “I am fascinated by human-computer interaction, and when designing new systems, I always consider the best way to make a system more user friendly and intuitive,” says Clarke.
Leap Motion. Quantified Self [SENSORS], Bio-controllers of virtuality, Digital Health [APPS], Self-[GAME]ification. Electric imp - what is the imp? The Complete Connectivity Solution The Internet of Things refers to the growing number of devices that are connected to the Internet, enabling them to interact with each other, online services and humans. Electric Imp is at the center of this movement, offering a complete end-to-end solution that makes it simple to connect almost any product to the Internet through an innovative and powerful cloud service tied closely to leading-edge hardware. Now, rather than spending time and resources to design and integrate connectivity, companies and developers can instead focus on their core expertise to build unique and rich experiences into their products, add value and differentiation, and reduce time to market. The Electric Imp connectivity platform, featuring fully integrated hardware, software, OS, APIs, cloud servers, makes it possible to effectively empower your devices with intelligence, scalability and flexibility.
The possibilities are endless. The Electric Imp Platform. Ayla launches with $5.4M to turn everything into a connected device. How can big data and smart analytics tools ignite growth for your company? Find out at DataBeat, May 19-20 in San Francisco, from top data scientists, analysts, investors, and entrepreneurs. Register now and save $200! Imagine a world in which we interact with machines that respond to our every need. Well, a startup called Ayla Networks launched today to make this sci-fi vision a reality. Ayla’s mission is to build an ecosystem for the Internet of Things. “The Internet of Things is inevitable,” said CEO and cofounder David Friedman in a Q&A. Ayla works with manufacturers and chip makers to embed its software into their products. Companies like Arrayent, Electric Imp, Digi, and Cisco provide similar products and services, but Friedman said Ayla stands out by working directly with Original Equipment Manufacturers (OEMs) and only charging once.
“Most of our competitors charge by an ongoing subscription, which makes costs for adding connectivity complicated and unpredictable,” he said. About Arrayent | Arrayent. Arrayent offers an IoT platform, in essence an Internet of Things operating system, hosted in the Internet Cloud. The Arrayent Connect Platform enables trusted consumer brands to connect their products and systems to the Internet with unprecedented simplicity and low cost. Arrayent was founded in 2002 by Shane Dyer, a Stanford graduate and computer systems engineer who dreamed of a service delivery platform that could serve as the backbone for the Internet of Things. Internet of Things Operating System Core to Arrayent’s philosophy is keeping things as things. It’s approach in implementing Internet of Things products and systems is to place compute power in an Internet of Things operating system hosted in the Cloud, rather than in the product itself.
By shifting complexity into the cloud, Arrayent reduces the cost of connected devices such as smoke detectors and thermostats while making them more reliable and much easier for consumers to install and use. Trusted Brands We’re Going Places. OneVentures. Josephmark - Brisbane - Conception web, Design graphique. We Are Hunted. We Are Hunted was a San Francisco based software company that developed proprietary search technology which continuously scanned the Internet to identify the hottest new music in the world.
The company was founded by Stephen Phillips, Richard Slatter and Michael Doherty. The service provided a constant stream of new music, delivered in a simple, tile-based user interface. We Are Hunted was originally owned and operated by Hunted Media, a web services company based in San Francisco, California. In late 2012, Twitter acquired the company, announcing plans to turn the platform into a new product called Twitter Music in early 2013. [ 1 ] Music Charts [ edit ] We Are Hunted is best known for its emerging music chart. The chart provides a continually updated list of the best new songs in the world today, as measured by popularity on music blogs and social media.
Technology [ edit ] The We Are Hunted service is powered by a proprietary software system. Team [ edit ] Launch [ edit ] Notes [ edit ] Ultimate Futures : Ben Johnston at TEDxNoosa.
Twilio Cloud Communications - APIs for Voice, VoIP and Text Messaging. GovHack - Set yourself loose on government data sets to compete for $30,000 in prize money and grants. Store. Enquos. Enterprise Laptop Backup, Data Protection, Encryption | Datacastle RED. Gather. SmartThings: Make Your World Smarter by SmartThings. Finally, a wearable device that can improve your lifestyle. by Phyode. Misfit Wearables. Misfit Shine: an elegant, wireless activity tracker.
Press Coverage Gizmodo: Watch Out Fitbit, This Badass New Activity Tracker Is Out to Eat Your Lunch ABC News: Misfit Shine: A Fitness Gadget Backed by Former Apple CEO Aims to be Different TechCrunch: Meet Shine: The Elegant Activity Tracker That Has A Neat Trick For Syncing Forbes: Misfit Adds Shine to Wearable Health NEW - BBC News: Wearables tech gains momentum at CES NEW - The Wall Street Journal: The Latest Fitness Gadgets to Gauge and Goad More press coverage below... Specs Size: 27.5mm (diameter), 3.3mm (edge)Weight: Under 10gBattery: Coin cell; lasts about 4 monthsCompatibility: iOS and AndroidAccessories: Comes with a clasp to clip onto clothing easily Simple Misfit Shine is an elegant, all-metal activity tracker that you can sync with your smartphone just by placing it on your phone screen.
French macaroon? Smart Misfit Shine’s proprietary sensor algorithms can track cycling and swimming in addition to just steps so you’ll get more credit where credit is due. Timeless Wearable Key Features. iCelsius Wireless: The Ultimate Sensor Monitoring System. Since 2007 we have been working on sensors, and wireless technologies used by the sensors; some times called as wireless sensor networks. Right around that time two companies Intel and G2 separately came up with the first low power WiFi chips. We immediately saw the potential; WiFi being everywhere it was clear this could completely change sensor monitoring. We released our first product with WiFi sensors late 2009 for hospitals to monitor their freezers and refrigerators. The solution we had was still not ready for the consumer market. Wirleless devices are all around us and we are all familiar with Bluetooth devices.
Several innovations and sometimes very simple design changes have been used to solve the challenges of WiFi. Our goal was to create a product for home use. ICelsius Wireless Demo (sorry but Indiegogo dont allow to embed youtube video player so you have to click the link) The video gives you some examples of how to use the iCelsius Wireless. Scanadu Scout, the first Medical Tricorder. Scanadu | Sending your smartphone to med school. The Ninja Platform | Ninja Blocks. Ninja Block aims to democratise the sensor-rich internet of things. Ninja Blocks. Enter the Ninja: A startup attempts world domination on “Internet of Things” from Australia. Hackers print tiny Linux box to net up your home. Internet of Things Application Platform - ioBridge. Wovyn | Weaving the Internet of Things ...
Internet of Things and Kickstarter. A perfect match? Sensordrone: The 6th Sense of Your Smartphone...& Beyond! by Sensorcon.