Sorry, no posts matched your criteria.
If you’re still waiting for an invite to Inbox, Google’s new app that rethinks email, we have good news: Just bug your friends who already have it.
The service, which is still in beta, rolled out to limited users on Wednesday. Users who emailed email@example.com could request an invitation, but only Google employees had the ability to invite others. But now, that’s changed.
If you have Inbox, just hover over the “+” icon (or tap it on iOS or Android), and look for the golden-ticket icon above the “Compose” icon. It says “Invite to Inbox.” Select it, and enter the email address of the person you want to invite.
I was allotted three Inbox invitations, but the number that users can send out will probably increase, as Google allows more people to join the service.
There are lots of companies, including Google and Apple, that would like to replace your wallet with a digital version, but a startup has a somewhat less ambitious goal — replace your handful of credit cards with one super card.
Coin, a credit-card-like device, is set for a summer 2014 launch. As the video below explains, Coin swipes like an ordinary card. The difference is, the card holds up to eight credit cards, debit cards or gift cards. Coin provides a dongle device to users that connects to their phone and an app that lets you download the card info.
The device will cost $100, but the company is charging $50 for early adopters that preorder now. Founded by former PayPal developer Kanishk Parashar, Coin uses a patent-pending magnetic strip. The reader device employs Bluetooth Low Energy and Coin’s battery lasts two years, according to the company.
With so much energy spent towards turning smartphones into digital wallets, Coin’s idea seems a bit like a throwback, or at least a stopgap solution until those initiatives go mainstream. (Coin’s debut coincided with the U.S. launch of Isis, a mobile wallet initiative backed by AT&T, Verizon and T-Mobile.) Assuming the traditional wallet sticks around for a while, though, Coin might carve its own niche, especially if it can somehow incorporate drivers’ licenses, tickets and library cards, among other stubbornly analog forms of ID.
Apple rumors — or tech rumors in general, for that matter — are frustrating. They tend to come from anonymous sources who may or may not be familiar with matters, briefed on plans or even awake. They can sometimes spin out of control and lead people to believe that the next iPhone will cost $800 or be made of a material that’s not quite ready for primetime.
In an attempt to throw some sanity into the world, we’re going to review the latest iPhone rumors — and tell you which are likely to be true.
Ready? Let’s go!
What will it be called?
It would be shocking if the next-generation iPhone is announced as anything other than the “new iPhone” when it is finally revealed to the world.
Calling it the “iPhone 5″ not only clashes with what appears to be Apple’s current naming strategy — think “new iPad,” new iMac,” “new Apple TV,” “new MacBook Pro,” and so on — but it would also be awkwardly inaccurate. As we’ve said in the past, the next-generation iPhone will be the sixth-generation device in the line, following the original iPhone, the iPhone 3G, the iPhone 3GS, the iPhone 4 and the iPhone 4S.
And of course, skipping right to “iPhone 6″ would be inelegant, not to mention bear a faint whiff of Microsoft’s naming schemes.
When will it arrive?
Both iMore’s Rene Ritchie and All Things D’s John Paczkowski — people with credible track records when it comes to nailing the dates of Apple events — say that Apple will be holding a very special event on Sept. 12. Ritchie additionally suggests that the new smartphone will ship nine days after it is announced, on Sept. 21.
These dates do line up with what we’ve been hearing for a while — that the next-generation iPhone will hit shelves in the fall — so we’re circling them on our calendars for now.
How will it look?
We suspect that the next-generation iPhone will be pretty darn similar to the iPhone 4S, but with a slightly thinner and larger screen. It sounds like its display will be 4 inches instead of 3.5 inches and more elongated, so that the aspect ratio is wider.
The folks at 9to5Mac recently posted some photos showing what is supposedly the equivalent of a fully-assembled next-generation iPhone — and judging by those, our guesses might be right on the money.
Some reports have suggested that the next iPhone may be made out of “Liquidmetal,” a strong, durable and versatile material. But Dr. Atakan Peker, the creator of the material says that this rumor likely won’t pan out. He explains that the material is most certainly good enough for the iPhone, but that the manufacturing techniques and infrastructure to implement it properly, and on a large scale, do not exist just yet.
What sort of guts will it have?
9to5 Mac’s Mark Gurman says that prototype versions of the next-generation iPhone are rocking 1GB of RAM (which would double what is believed to be the current device’s amount of RAM).
When it comes to cameras, TechRadar’s John McCann offers that Sony’s new back-illuminated stacked CMOS image sensors would be perfect for the next-generation iPhone as they are ideal for super-duper-slim phones. (And slim it will be, if you believe the Wall Street Journal’s sources.)
iMore’s Rene Ritchie suggests that the device will be 4G LTE compatible — just like the new iPad.
The new smartphone will also likely use a smaller 19-pin port rather than the wider 30-in port found on current iPhones, iPads and iPods.
The world has gone digital. At this point, most companies big and small have a website, Facebook Page and Twitter handle. With these new digital properties comes a slew of digital jobs — with that comes the demand for new staff members to create digital assets, design logos, manage a website and transform sketches on napkins into actual products.
In the infographic below, produced by OnwardSearch, you can see how much dough you’d net for various jobs in the digital sector, from interactive design to front-end developers. Do you work in these fields? Do the numbers stack up with what you’ve seen in the industry? Do you think these positions and the salaries make sense, given the rise of digital media? Do you want to move to a market that pays better? Let us know in the comments below.
Google has put together an infographic that shows the journey of a search on the site, from how a query travels 1,500 miles at nearly the speed of light to hit different data centers around the world to how it ranks its results.
In an infographic given to media, Google likens the web to a book with millions of pages. The search engine giant has spent one million computing hours building the index, which consists of over 100 million gigabytes. When you conduct a search, Google’s algorithms kick in and the query travels hundreds of millions of miles per hour to hit different data centers and retrieve relevant results.
“We find the fastest path to the data center near you because we don’t want to be slowed down by even the speed of light,” a Google spokesperson told media. “1,500 miles is an average number, and it may be much less for you at certain times, depending on the traffic of the web, data center proximity and the features that are triggered.”
The algorithm also uses 200 signals — including freshness of content, URL and title of a webpage, words on a webpage and quality of content on a site — to decide which pages are most relevant.
Not only do Google users search for billions of keywords each day, the search engine has answered 450 billion new unique queries it had never seen before. In fact, about 16% of daily Google searches are new.
The company has been relatively candid recently about how a Google search works. In April, a Google software engineer head detailed in a YouTube video how it scours the web on a daily basis to provide the most up-to-date results to users.
For more information on how a Google search works, check out the infographic below.
How many more?
Just one day after the world wide web made a permanent and forever change on Wednesday, CNN reported the Internet now has 340 trillion trillion trillion unique addresses. That’s 340 undecillion.
We knew the switch from IPv4 to IPv6 would make a bunch of new addresses available. But this is a growth of 79 octillion (billion billion billion), according to the report.
But we have no frames of reference for a number that large, so let’s put it into context for a moment.
340 trillion trillion trillion is:
•More than the number of stars in the universe, according to some estimates.
•More than the number of cells in the human body.
•More than the number of gallons of water on Earth.
Does this blow your mind? Does IPv6 make a lot more sense now? Tell us in the comments.
Since the launch of the first iPhone in 2007, the production and mainstream usage of smartphones has exploded. The device opened a world of innovation in mobile technology, which was soon followed by a similar boom from apps.
Today, we rely on apps to do just about everything, from keeping us organized to pure entertainment. Millions of downloads later, the app economy is as strong as ever.
App development has created 466,000 jobs across all available platforms, according to a survey performed by TechNet. This includes local baristas, since many developers rely on coffee shops to get work done.
Our friends at Frugal Dad have created this inforgraphic about the economy and how it’s been affected by smartphones and apps.