You know the 2-flip USB rule. The USB plug won’t work, so you flip it. It still doesn’t work so you flip it again. Then it plugs right in.
Well that is all going to change.
The USB Implementers Forum announced they are working on a new plug that will work however you plug it in. Other features will include a smaller size plug and the connector design will scale for future USB bus performance. You can read it all on USB Implementers Forum document.
Smaller Type-C connectors will be an advantage to newer and smaller tablets, phones and notebooks. Alex Peleg, Vice President of platform Engineering at Intel stated his excitement over the device. He believes this will become a great all-in-one plug and the “only connector one will need across all devices.”
Current USB 3.0 standards can transfer at speeds of 5 Gbit/s. As compared to Thunderbolt 1, which can do 10 Gbit/s per channel (20 Gbit/s total).
This new connector could show up as early as mid-2014 when the USB 3.1 specification is expected to be completed.
Posted by J Powers at 10:52 AM on November 29, 2013
Apple was pretty secretive on their Black friday sale. Target seemed to be the best option for an iPad this week and people stood in line for their black friday deal as early as 8 PM Thursday night. So did you get a new iPad Air or iPad mini?
After scouring the ads, I chose to stand in line at Target last night. They offered a $100 gift card with purchase of an iPad Air or $75 for an iPad mini. I got there at 7:50 expecting about 25-30% of the crowd was heading toward the iPad line.
Walmart offered $100 gift cards for iPad mini. Best Buy also had a gift card deal. Apple store only had a $75 card, didn’t advertise their deals and also didn’t give any deal for a Retina mini. So hopefully the 20% waiting in front of me for iPads won’t deplete the inventory too bad.
Once the doors opened, the line moved quicker than a one horse open sleigh. Of course, that was the first line. The second line was the true wait – people anxious for their iPads for the holidays.
What was interesting was the people I talked to in line already had iPads. This was either an upgrade or they wanted to get a second tablet for their families. One person was waiting for a Nexus 10 tablet, but decided to get the iPad as well.
Target was also ready for this event as most people got the iPad they wanted. They did run out of 16 GB iPad Air at about 9:30 PM. I was in line for a 32 GB model anyway and I saw a lot of iPad minis getting sold, too. You could even get 2nd and 4th generation iPads that night.
I tweeted VegasBill during the event, who also was waiting in a Target store line in Vegas. I shouted out “This is what it will look like in a couple hours”.
Domino’s Pizza is experimenting with the idea of delivering your pizza to you via drones (instead of drivers). The “DomiCopter” is a manned drone that was created through a partnership between a digital media company called T and Biscuits and a company called Aerosight that makes Heli-cam drones that are designed to be used for filming and photography. Both are UK companies.
There is potential that the “DomiCopter” could turn out to be nothing more than a way to attract attention to Domino’s Pizza. (In other words, it might be just a PR stunt). In the United States, there are Federal Aviation Administration rules that specifically do not allow companies to fly an experimental drone for commercial purposes.
The Oppikoppi Festival, which takes place in South Africa, is intending to use drones to deliver beer to people who are in a crowd at the music festival. The idea is to prevent people from having to walk away from the stage where a band is playing whenever they want to buy a beer. Instead, the drones are supposed to drop the beer from the sky to the person who ordered it.
It will be interesting to see how that works out. Drones that deliver beer. Drones that deliver pizza. What’s next?
The Oppikoppi Festival has been taking place in South Africa every year since 1995. It is a big music festival. For this year, the 19th year of the festival, they are going to be trying something new to help distribute beer to the people who attend.
According to HypeBot the festival will make use of small drones that will deliver beer directly to the person who ordered it. He or she won’t have to walk away from the music, and stand in a long line, in order to purchase a beer.
Instead, a small, 8-propeller helicopter drone, that has been loaded with beer, will fly over the festival and locate the person who ordered a beer. The drone will then drop a single beer, which has been attached to a small parachute. Use your smartphone to order the beer, and stay put. The beer will come to you!
This year, the Oppikoppi festival planners are intending to have people hand guide the drones. In other words, the drones won’t be functioning without a human guiding them along behind the scenes. If things work out well, there is potential that other large, outdoor, music festivals may decide to use some beer delivery drones.
The Technovation Challenge began in 2009. It is run by Iridescent, which is a 501c3 non-profit company. The purpose of the Technovation Challenge is to give girls the opportunity to learn how to start a company and become high-tech entrepreneurs.
Teams of five (or more) high school girls can enter. All they need is “a safe place to meet, a laptop with internet and a smart phone”. It doesn’t cost any money to enter the Challenge. A curriculum is provided to the teams to help them through the process. Every year, a theme is selected for the Technovation Challenge. For 2013, girls needed to develop an app that solves a problem in their local community. They can focus on a health problem, a social problem, or a lack of resource.
This year, there were 115 submissions. You can check out a complete list of the finalists. One that caught my attention is a team from The Nightingale-Bamford School in New York City. The team of high school girls have created an app called “Arrive”.
The purpose of the app is to allow girls to use their smart phones to check into school. Administrators can use the app to view student attendance by class and last name. Parents can opt-in to having the app send them a text message when their daughter arrives at school.
This would replace the school’s current check in system, which uses plastic ID cards and countless paper attendance sheets. Instead of having students gather around one check in point, “Arrive” would let them scan a QR code (which can be placed in many locations). The video below shows the girls as they explain more about what “Arrive” will do.
Nobody likes robocallers, including the Federal Trade Commission. Last year, in October, the FTC launched the Robocall Challenge. The purpose was to have innovators create solutions that would block illegal robocalls.
The winners have now been announced. Nomorobo won for “Best Overall Solution”. Say the name Nomorobo out loud, and it sounds a lot like “no more robo”. It was created by Aaron Foss, who is a software developer.
There is a video on the Nomorobo website that explains how it works. It has been designed to work with existing technologies and will block illegal robocalls. It is a cloud based solution that does not require normal callers to have to enter PIN’s or CAPTCHAs.
There is another winner for “Best Overall Solution”. It has a long name: Robocall Filtering System and Device with Autonomous Blacklisting, Whitelisting, GrayListing and Caller ID spoof detection. It was created by Serdar Danis, who is a computer engineer. The two winners of “Best Overall Solution” will split the $50,000 prize.
The FTC also selected a Federal Trade Commission Technology Achievement Award winner. The winner was a solution called: Crowd-sourced Call Identification and Suppression. It was created by Daniel Klein and Dean Jackson. They are both Google engineers. There is no monetary prize for this award.
Cars that suddenly start themselves might sound like something out of a novel by Stephen King. Its a creepy concept! Your car, a man made object that definitely is not sentient, somehow develops the ability to start itself and run its engine via unknown means. This is the type of thing one expects to see in scary movies, not in real life.
Yet, that is exactly what has happened. Subaru is recalling 47,419 vehicles in the United States that have become “self-starters”. The recall affects some Legacy and Outback cars from the model years 2010 through 2013. It also affects Impreza sedans from 2012 through 2013 and XV Crosstrek crossover vehicles from 2013. This information comes to me from Reuters, who got it from documents filed from the U.S. National Highway Traffic Safety Administration.
How are these vehicles able to start themselves? The answer has nothing to do with magic or the supernatural. Instead, it is due to an unexpected quirk in the remote starter key fob. Dropping the key fob can result the vehicle’s engine starting – even if the ignition button on the fob was not pressed. The engine can then run for up to 15 minutes. It is also reported that the vehicle can continue to start, and stop, all by itself until either the battery in the key fob dies or the vehicle finally runs out of gas.
If you are the owner of one of these creepy vehicles that has gained the ability to start itself, you should be getting a letter from Subaru shortly. They will replace the remote starter fob at no charge. The recall only affects vehicles in which Subaru of America remote starter accessory kits have been installed. The recall will begin in April.
When I think about the key fobs that let drivers start their vehicles remotely, it makes me think of convenience. It lets a person warm up his or her car before they have to get in and drive to work. After learning about the Subaru recall, I’m going to be wondering how many “zombie” vehicles were out there, spontaneously starting themselves, in the wee hours of the night.
Posted by KL Tech Muse at 8:45 PM on February 26, 2013
Hyundai showed off a lot of technology at CES 2013, BlueLink, haptic control, gesture control, face recognitions, advance heads up display and connectivity with your smart device. The infrared motion sensor, senses distance, motion and proximity. It allows you to change things with just hand gestures. You can even reconfigure your gear cluster. They are also working on eye tracking software that can warn the driver if they are falling the asleep. They are developing face recognition software that would prevent the car from being stolen plus make things better for the driver. When you buy a car a profile is set up for you and anyone else that is going to drive the car. When a person gets in the driver seat if the car recognizes that person (they have a profile) it will adjust the seat position, audio and climate control to the person’s preference based on their profile. If someone tries to steal the car and the car doesn’t recognize the person the car will not start or do anything.
It uses MHL Protocol to connect to your smart phone. Everything is in real-time. Navigation is projected on the windshield, so the driver can see the directions without ever having to take their eyes off the road. BlueLink Telematic System allows things to be reconfigured remotely from an app, the web or using the in-car system. You can reconfigure heating, air conditioning, gage cluster, fan position and power. It keeps track of the health of the car and whether it needs maintenance. It can even tell you where your car is located when you lose your car in the parking lot of a mall. It is like putting remote start on steroid.
You can find more information about BlueLink and other Hyundai technology at the BlueLink website and the Hyundai website.
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Posted by JenThorpe at 4:14 AM on December 15, 2012
You might not immediately recognize the name of Norman Joseph Woodland, but it is safe to say that you are very familiar with his work. He was one of the inventors of the bar code, the zebra-like series of lines that is on most, if not all, product packaging. It is the code that the cashier scans whenever you make a purchase.
The concept of using a series of lines and spaces came to him one day as he was on a beach in Miami, Florida. He used his fingers to draw four lines into the sand, and realized that he could use bars of different thickness and thinness instead of dots and dashes.
He was a graduate student at the time and was working with a classmate named Bernard Silver, (who died in 1963). In 1949, the two submitted their patent for a code that had concentric circles and resembled a bull’s eye. The patent was issued in 1952.
The technology for the now familiar bar code didn’t exist until the 1970′s. A team at IBM’s Research Triangle Park, in North Carolina, were the ones to develop a barcode-reading laser scanner system. N. Joseph Woodland was part of that team. The decision to create it was to satisfy a demand from grocers who were seeking a way to automate and speed up checkout (while, at the same time, cutting down on product handling and inventory management costs).
Norman Joseph Woodland, the man behind the “beeps” you hear when you are watching the cashier scan your purchase, died at the age of 91. You may not have known his name, but you saw his invention every day.