var-vimages – Tech Today w/ Ken May

Name-your-price hotel rooms

Add / Remove Hotels are often left with unfilled rooms, which is why we have seen websites offering to cancel and rebook rooms for customers, and make the most of fluctuating room prices. Polish startup Findbed reverses the booking process by enabling customers to name their ideal price, leaving the hoteliers to decide whether or not to accept their offers. We have already seen taxi and private jet services use the ‘name-your-price’ business model. Now, FindBed enables customers to book a room at a rate of their choice. To begin, customers declare their desired price and the platform sends out the offer to all appropriate venues. Then, the manager of the hotel has three hours to decide whether or not to accept the offer. Finally, the customer is sent a list of all the places that will offer a room at that price and the user chooses their favorite. What other industries could integrate this model? Website: www.findbed.pl Contact: rafal@findbed.pl The post Name-your-price hotel rooms appeared first on Springwise .

View article:
Name-your-price hotel rooms

Recycled plastic denim line could help clean up the oceans

Add / Remove The vast amount of plastic in our oceans is a man-made environmental catastrophe, damaging ecosystems and coastal economies. We have seen a number of companies tackling the issue with recycling schemes and products . Now, clothing brand G-Star is doing the same on a huge scale, through its G-Star Raw for the Oceans clothing line. The project, launched in collaboration with pop star Pharrell Williams’ Bionic Yarn, includes a documentary, a game and a collection of denim clothes made from recycled ocean plastic. The Raw for the Oceans collection includes jeans, jackets, sweatshirts and other clothing for men and women. All the denim products are made from plastic retrieved from the shorelines. The discarded products are first broken down into chips and shredded into fibre, before being spun into a yarn that is combined with cotton. The yarn is then knitted or weaved into fabrics. Some of the garments include provocative slogans such as “WTF are you doing to my oceans?”, while others have the octopus emblem used in the marketing campaign. Could other clothing companies be doing more to help with environmental issues? Website: www.rawfortheoceans.g-star.com Contact: www.g-star.com/contact The post Recycled plastic denim line could help clean up the oceans appeared first on Springwise .

View post:
Recycled plastic denim line could help clean up the oceans

Neuro-headsets for under USD 500 could help market research

Add / Remove EEG headsets are invaluable devices, used in hospitals and labs to aid researchers’ understanding of brain activity. Previously, their cost has made them unaffordable to smaller teams, but now Emotiv have developed a range of headset that cost under USD 500. This means that schools, small research programs and individuals can experiment with brain monitoring functionalities. Emotiv’s devices — including the EPOC and the Insight — are both worn on the head. Each wireless headset has multiple channels — the EPOC has 14 EEG channels, while the Insight has five. They can be used for anything from emotion tracking and creating brain maps, to controlling games and smart objects with the wearer’s brain. Additionally, the devices could be used by people with physical disabilities to communicate and interact with their surroundings. Market researchers could also find the headsets useful. EEG works by translating brain activity and facial expressions into readable emotions, so by getting subjects to wear the headsets, the process of screening a new advert or campaign could be streamlined and made more accurate. The Emotiv Insight was crowdfunded on Kickstarter and is now available from USD 358.95. How else could the headsets be used to advance research and experimentation? Website: www.emotiv.com Contact: hello@emotiv.com The post Neuro-headsets for under USD 500 could help market research appeared first on Springwise .

See more here:
Neuro-headsets for under USD 500 could help market research

Formula E announce first driverless car championship

Add / Remove There has been much talk about driverless cars, and we’re seeing an abundance of assistive driving technology, such as this software for car-to-car communication . To demonstrate just what driverless cars are capable of, electric vehicle racing series Formula E have partnered with Kinetik to announce the world’s first driverless car race. The Roborace, scheduled for the 2016/17 season, will involve ten teams using the same basic driverless vehicles — the challenge will be in developing the competitive software. Teams will develop artificial intelligence that must be capable of dealing with real-time obstacles, overtaking maneuvers, and weighing up risk and reward scenarios. The races will take place on Formula E circuits (which host e-vehicle races) in major cities around the world, with the aim of showcasing the performance and ability of driverless technology in the extremes of speed and risk. Besides the professional teams, at least one team is to be crowdsourced. Further details are set to be announced in early 2016. First person drone racing has already been around for over a year. How else can autonomous robotics be applied to sports? Website: www.roborace.com Contact: hello@roborace.com The post Formula E announce first driverless car championship appeared first on Springwise .

More:
Formula E announce first driverless car championship

Bacteria powered breathable clothing

Add / Remove From probiotic yoghurt to a lightbulb powered by bacterial bioluminescence, the large diversity of microorgamisms in the natural world have had huge benefits for humans. Researchers at MIT’s Tangible Media Group have now found a way to use bacteria in clothing. The team used Bacillus Subtilis Natto — the same cultures used to ferment the Japanese soybean breakfast dish — to create electronics-free ‘smart’ fabrics. The clothing, called bioLogic, looks like sportswear with vents spread across the back. These vents contain layers of the bacteria spread across the body’s natural heat and sweat points. The bacteria naturally swell in the presence of humidity, so that when the wearer begins to sweat, the vents open up, allowing heat to escape naturally. With the ability to grow huge amounts of useful bacteria in labs relatively cheaply, what other industries could benefit from bacterial design? Website: www.tangible.media.mit.edu Contact: tangible-admin@media.mit.edu The post Bacteria powered breathable clothing appeared first on Springwise .

See the original post:
Bacteria powered breathable clothing

Fluorescent dressing glows to detect infections

Add / Remove There’s a huge demand for engineering materials that detect dangerous substances invisible to the naked eye, such as these gloves that change color in the presence of hazardous substances. Similarly, researchers at the University of Bath have been developing a material to detect potentially deadly bacteria on open wounds. Using a hydrogel containing fluorescent dye, the prototype wound-dressing glows in the presence of bacterial ‘biofilms’ — a state bacteria exist in that’s difficult for drugs to penetrate. Treating open wounds can be complicated by the presence of certain bacteria, which can lead to infections, prolonging treatment and making the situation potentially fatal. These infections can currently only be detected after they’ve taken hold, so standard medical practice requires removing and replacing the dressing, leading to patient distress. This new solution is capable of detecting a number of infectious bacterial species, and organisms normally present on human skin don’t trigger the color change. Whilst a long way from the clinical trial stage, the wound dressing shows that early detection of invisible infections is possible. Could the glowing appearance of this solution be a hit with children? Website: www.pubs.acs.org Contact: a.t.a.jenkins@bath.ac.uk The post Fluorescent dressing glows to detect infections appeared first on Springwise .

Read the original post:
Fluorescent dressing glows to detect infections

New smartphone battery lasts 10h with 5 minutes charging

Add / Remove With the growing ubiquity of smart tech, the fear of a dying battery will soon be a thing of the past. Prieto’s redesign of the traditional rechargeable lithium ion batteries used in smartphones and laptops is promising revolutionary battery power. Traditional lithium batteries are one-directional, with current flowing from the negative cathode to the positive anode, requiring them to be placed in the correct orientation. The method is inefficient and the bulk of batteries restricts the shape of the tech they’re powering, as well as causing environmental damage due to the toxic acids used to coat the anode. Prieto’s battery is three dimensional so that current can flow with multi-directionality, producing 10 hours of battery life with five minutes charging. It can be moulded into any shape, so that for the first time, batteries can be designed to fit the product, rather than the other way around. Prieto’s patent-pending design doesn’t require the use of toxic acids — the anode is instead coated with a electrolyte polymer capable of self-healing — and they claim it will be cheap and scalable. Prieto are currently seeking investors for their batteries, having already secured a partnership with Intel for computing devices. What products can be created using this new battery design? Website: www.prietobattery.com Contact: inquiries@PrietoBattery.com The post New smartphone battery lasts 10h with 5 minutes charging appeared first on Springwise .

Link:
New smartphone battery lasts 10h with 5 minutes charging

Invisible 3D barcodes prevent counterfeiting

Add / Remove Counterfeiting is believed to cost companies trillions in annual profit and is a source of public health concern. We’ve covered an edible barcode to combat counterfeiting in the pharmaceutical industry, and now researchers at the University of Bradford have developed an undetectable 3D barcode designed to mould into a variety of products. Developed with Sofmat and SME UK , the barcodes use a series of pins to create 3D patterns moulded onto a small plastic surface. By varying the heights and spaces between pins, millions of unique configurations can be produced. The barcodes are virtually invisible to human eyes and touch, ensuring that products can only be verified by a laser scanner and preventing copycatting. Barcodes can be built into or stamped on to products, making successful tampering very near impossible. Phil Harrison, Sofmat Director, explains: “For the first time the same technology and coding can be used on bulk packaging, individual packaging and on the actual product, making it much harder to create and ship fake products.” In industries such as pharmaceuticals and electronics where counterfeiting is a major safety concern, making hard-to-fake materials protects people as well as profits. Can the technology be used in other counterfeit prone consumer goods? Website: www.sofmat.com Contact: phil@sofmat.co.uk The post Invisible 3D barcodes prevent counterfeiting appeared first on Springwise .

Read this article:
Invisible 3D barcodes prevent counterfeiting

Tool personalizes automated outreach emails

Add / Remove Cold emails — outreach messages sent by companies to prospective clients — inevitably end up reading like they were composed by a machine rather than a person, which makes them much more alienating to the reader. Now, Woodpecker is a tool designed to help companies streamline their cold emailing, while also retaining a personal touch. To begin, users import their contact list and provide an initial opening messaging. The tool then adapts the message for each email, personalizing it to the recipient. Users can monitor their email campaign, seeing how many messages have been delivered, opened and replied to. They can also line up different follow-up emails for those who reply and those who don’t, automating that process too. Woodpecker is one of a number of marketing tools that enable automation to be more personalized. What other time-consuming tasks could be managed in such a way? Website: www.woodpecker.co Contact: hello@woodpecker.co The post Tool personalizes automated outreach emails appeared first on Springwise .

See the article here:
Tool personalizes automated outreach emails

Physical button can be programmed to request anything

Add / Remove Last year, we wrote about the Bttn button, which was a physical, internet-connected button that can be configured for uses such as turning devices off for nighttime or sending a quick message to loved ones. We then saw the Amazon Dash Button enable consumers to make repeated purchases of households goods without even visiting the digital store. Inspired by this, on-demand service app ALICE has partnered with Bttn to enable hotel guests to call for room service at a push of a physical button. The ALICE app contains any hotel service a guest would want — many users already log into the app when visiting partnering hotels, as it will notify specific staff of their requests. Hotel management can also monitor guest requests and employee responses from the app to improve their services. With new partner Bttn, ALICE’s service is further simplified, allowing frequently requested services to be made available at the push of a physical button. Bttn can also create branded buttons, programmable to execute specific tasks without the use of smartphones. For example, guests can request for housekeeping, or call a cab, and front desk will be notified. ALICE’s hospitality management app is already streamlining the industry’s services, and now guests won’t even need to use their phones to make simple requests. Where else would physical, connected buttons be useful? Website: www.aliceapp.com Contact: lola.feiger@aliceapp.com The post Physical button can be programmed to request anything appeared first on Springwise .