Zune’s done wireless syncing for a bajillion years. Why can’t the iPhone and iPod touch (and iPad)? As this demo of the hopefully-not-but-probably-rejected app WiFi Sync shows, there’s really no good reason for them not to. [TechCrunch] More »
Category: Wireless
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What iPhone Syncing Really Should Be Like [IPhone Apps]
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Israel Lifts iPad Ban [Ipad]
For those of you who couldn’t go to Israel because you just couldn’t part with your iPad, take note. The ban Israel had in place for the device has been lifted. Get your ass to Israel! More »
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Twitter Buys Seattle’s Cloudhopper to Expand SMS Service Globally: The Story Behind the Deal
It’s an exciting day for Joe Lauer. The Seattle entrepreneur and founder of Cloudhopper, a mobile messaging service, just told me his startup has been acquired by Twitter, the micro-messaging giant based in San Francisco. Financial terms of the cash-and-stock deal weren’t released, but Lauer and fellow employee Kristin Kanaar have joined Twitter full-time. Lauer says he will stay in Seattle and commute to San Francisco regularly.
Lauer couldn’t give any specifics about the purchase price, but he says, “I’m super happy with it. It’s a great early exit. It was good enough to get me to exit early, let’s put it that way.” The deal is Twitter’s fourth acquisition overall, after Surmise, Myxer, and the Tweetie iPhone app. It is Twitter’s first Seattle-based purchase.
Lauer founded Cloudhopper in late 2008. Previously he had co-founded Simplewire, an SMS text-message aggregator, in 2001. That company was bought by Seattle-based Qpass in 2006. Lauer stayed there for two and a half years before using the money he made from the acquisition to start Cloudhopper.
Cloudhopper makes software and infrastructure to help optimize how text messages flow, so that companies can make SMS programs that work at huge volumes and across different geographies. “As Twitter grows around the world, if we want to service Indonesia really well [for example], we want to keep SMS and tweets localized in a data center in Asia,” Lauer says.
In other words, Cloudhopper handles the routing through data centers in an efficient way, with a focus on international mobile operators. “We’re going to really aggressively expand and keep adding on carrier partnerships overseas,” he says. “It’s going to become more and more important as we add more countries around the world.” Currently people can tweet via SMS in about 30 countries. Lauer says that “about 100 operators are coming up over the next year.”
Lauer’s connection to Twitter actually dates all the way back to his days at Simplewire. “We were Twitter’s first SMS aggregator years ago,” Lauer says. At that time, Twitter founders Biz Stone and Evan Williams were running Odeo, and that’s how Lauer knew them.
Twitter has been using the Cloudhopper service for the past eight months. “I had no plans of selling now,” Lauer says. “It was kind of a coup when I won the Twitter business.” The bulk of his business before that was in wireless consulting for companies including Seattle-based Ground Truth (another “Qpass mafia” connection, as Ground Truth is led by former Qpass CEO Sterling Wilson).
Lauer says Cloudhopper was handling a billion SMS messages per month on behalf of Twitter. “With those numbers, they’re the single largest mobile program in the world,” he says—much bigger than, say, “American Idol” SMS voting. (Which is interesting, because until recently nobody really knew how big Twitter was.)
Cloudhopper had seven employees before it was acquired, some of whom will be joining Twitter full-time. Lauer now works in Twitter’s mobile group, which has a dozen people. He reports to Twitter’s head of mobile, Kevin Thau, who also used to work at Qpass, out of Atlanta.
Lauer says there are now a handful of Twitter employees based in Seattle, but no local office space as of yet. “Twitter’s hiring like crazy,” he says. “There’s a lot of good momentum in the area.”
Meanwhile, at San Francisco headquarters (where Lauer was today), late-night TV personality Conan O’Brien stopped by to meet and greet the staff. “It’s more like a media company these days,” Lauer says.
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802.11n on Nexus One Coming Soon
Soon, more likely in one of the next Cyanogen releases, you will be able to use wireless networks on the 802.11n standard, which is faster and has a better range than the other wifi standards, with the Nexus One. This is also faster than any other standard supported by other Android devices (a/b and g). This is good news after today’s bad news with the announcement from Google that they will not be able to fix the 3G issues experienced by some users.
Here is a short video made by Keyan Mobli, an Android developer from Texas to prove that he made it possible:
Might We Suggest…
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Technology Alliance Showcases Five Companies in Sensors, Mobile Displays, and Drug Therapies: Investors Take Notice
Yesterday afternoon, I attended the Seattle-based Technology Alliance’s “Innovation Showcase” at the Rainier Square Conference Center downtown. This is a relatively new event—the fourth one so far, and the first open to the press—in which tech and life sciences companies from Washington state pitch their businesses to a small, select crowd of angel investors, entrepreneurs, business leaders, and service providers.
The event had a strong University of Washington flavor, as several of the speakers and sponsors had UW ties. Linden Rhoads, vice provost and head of the UW Center for Commercialization, and her deputies, Rick LeFaivre and Tom Clement, each said a few words about the presenters.
Similar to the NWEN First Look Forum last week, the five presenting companies cut across some very different disciplines, including hardware, wireless sensors, and biotech. Guess how many software or Internet companies presented? None.
Well, none of the traditional Web 2.0, social networking, or business software, at least. Susannah Malarkey, executive director of the Technology Alliance, told me this was a conscious decision. Her team chose non-software companies for this event, in part because software startups tend to need less capital and can get off the ground more easily these days than other tech and life sciences firms. One of the goals of the Innovation Showcase was to highlight different kinds of companies compared to other events around town—though each was built on a strong technical idea.
Here’s a quick rundown on the companies, and what stood out to me. No audience voting, no winners, just the facts. I’ll say a little more about some companies than others, but this is by no means comprehensive:
1. Enravel (Seattle)
Linden Rhoads introduced this startup by pulling out her iPhone and iPad (yes, one of those) and talking about the devices’ display capabilities. “These are great, these are fun, but they’re going to be so much more fun when there are projectors available for them,” she said. “That day is very, very close at hand.”
Enravel is led by UW mechanical engineer Brian Schowengerdt, an expert in alternative displays, user interfaces, and human visual perception. He co-founded the company in 2009 to commercialize a laser-based “pico projector.” The idea, he says, is to “take a display of iPad size and compress it into the size of an iPhone.” More specifically, to shrink a projector to “the size of a grain of rice” and use it to project on-screen images, video, games, websites, e-mail—you name it—onto any larger surface.
The core technology is a “scanning fiber” projector that uses fiber optics and a vibrating element to scan an image and blow it up, for example, to a size of 17 inches across from just five inches away. A matchbook-size assembly of laser diodes (off the shelf) provides the light source to project the image. You could imagine such a projector might be crammed into a smartphone and used …Next Page »
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How Much Less AT&T Is Sucking [At&t]
Sure, sure, AT&T added another 1.9 million subscribers and activated 2.7 million new iPhones. But the most interesting slide in their earnings statement was the one detailing, statistically, how much less they suck. With graphs and stuff. More »
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Aeroflex/INMET Pledges 47 New Jobs
Howard Lovy wrote:
Aeroflex/INMET, a Scio Township, MI- based affiliate of Aeroflex, announced today that it will use state-approved tax credits to move jobs from its affiliated New Jersey facility to the Michigan site. Aeroflex/INMET says it will create 47 new jobs in the Ann Arbor, MI area over the next five years and spend more than $3 million in capital investments. Aeroflex/INMET manufactures RF, microwave, and wireless components.
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Airbiquity, Hitachi Team Up on Electric Cars
Gregory T. Huang wrote:
Seattle-based Airbiquity announced today it has formed a partnership with Tokyo-based Hitachi Automotive Systems to develop telecommunications systems for electric vehicles. Financial terms of the deal weren’t given. The technology could allow drivers to do things like check their battery using their mobile phone, locate nearby charging stations, and get directions. The move is part of a broader effort to establish a global infrastructure for networked vehicles. Founded in 1997, Airbiquity is focused on wireless technologies for connected vehicles and smart transportation services.
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Learn How EMC, Microsoft, and Other Technology Giants Are Navigating the Evolving Healthcare Landscape at Next Week’s Xconomy Forum
Big technology companies are playing a major role in shaping the health IT field here in Boston and beyond. That is why we’ve asked healthcare leaders from EMC and Microsoft to present their insights at our “Healthcare In Transition” forum next week at the MIT Media Lab (register here).
EMC, for instance, is exploring different ways to open its “Atmos” cloud computing and storage platform to the healthcare sector, aiming to enable hospitals and doctors to look beyond the walls of their internal data centers to store and manage digital information. Health IT entrepreneurs are already finding ways to make EMC’s cloud platform an integral part of their businesses. One such entrepreneur, Hamid Tabatabaie, will be at the forum to tell the story of his startup, Newton, MA-based LifeImage.
We know that many Xconomy readers—including entrepreneurs, investors, technologists, and others—are at various stages of finding or pursuing opportunities in healthcare (and that may be why seats for the forum are filling up so fast). With this in mind, we’re packing the afternoon with conversations and presentations from more than a dozen health IT leaders from VC firms, big tech companies, startups, and academia. And due to popular demand, there will be three breaks (including the first hour before the program begins and the reception afterward) in the agenda for face-to-face networking among presenters and attendees. Our overall goal is to highlight the ways IT entrepreneurs can build successful ventures while improving healthcare.
Our readers understand that there are lots of reasons to be part of the health IT industry today. For one, U.S. healthcare spending swelled to $2.5 trillion last year, and there are opportunities to use IT inventions to eliminate billions of dollars in costs from this system. We’re not just talking about electronic health records here, and many of the presenters at “Healthcare In Transition” will show us the next generation of Web, wireless, and cloud innovations that could spark a revolution how healthcare is delivered. This is one of those unique opportunities to (really) improve peoples’ lives while building a great business.
There’s never been a period in this country’s history when lawmakers, healthcare providers, and corporations have all been so interested, all at the same time, in what health IT entrepreneurs can bring to the table. Next Monday, we’re bringing together many of these folks together at the MIT Media Lab. So we hope to see you there talking it up with the good people from EMC, Microsoft, Partners HealthCare, and other important outfits with big plans in healthcare!
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So There’s a Sprint WiMax iPad… Case [Ipad]
Presented without comment: Sprint’s 4G Case for iPad, with room for its WiMax Overdrive box. [Sprint via iLounge] More »
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The Mouse I Would Like to Have [Concept]
The OM wireless optical mouse is a flat surface the size of a hand, only 10 millimeter thick at its highest point. In theory, it makes your hand relax. In the practice, it’s a very cool concept. More »
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Chrysler, NASA Saddle Up Together

The title just about says it all. Chrysler, perhaps one of the worst run auto companies in recent memory, has teamed up with NASA. Yes, that NASA. I guess there are certain perks that come with being bailed out by the US government. Like teaming up with the world’s best funded space organization to develop technology as it pertains to both space shuttles and futuristic cars.
This news, on top of DARPA’s research project regarding a flying Hummer, of sorts, gives me hope. Hope for the future. Maybe I really will get a flying car some day after all.
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Broadband satellite doing fine
Thanks to Tim Finnerty for the heads up on the Satellite industry: Broadband Satellite Markets Did Not Falter in Face of 2009 Economic Crisis.
I find this amazing! I’m not surprised that people have maintained broadband connections because I think once you have broadband you realize that you can use it to offset other costs, such as long distance charges. I’m surprised that so many people get or maintain satellite broadband connections. I do think that satellite can be a godsend to folks who live outside the reach of other options but the latency can be frustrating.
I had occasion to use satellite while I was on a boat from Scotland to Northern Ireland last weekend. Now I suppose it the worst case scenario – but it was pretty slow, better than nothing, but slow.
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What’s in a Name? Announcing the Next Xconomy Forum: Healthcare in Transition
When we came up with “Healthcare In Transition” as the title of our next Xconomy Forum, we were thinking of a way to crystallize in a few words the changes and progress being made in the digitization of healthcare for the benefit of humanity. (There were similar discussions here prior to the launch of our Health IT news channel.)
Before coming up with the right name, we had recruited several of the country’s top healthcare entrepreneurs and practitioners to share their stories at the forum, including Paul Bleicher, Daniel Palestrant, and Roy Schoenberg. And Frank Moss, the director of the MIT Media Lab, had already stepped up to host the forum at his renowned research center on April 26 and speak to everyone in attendance about his efforts to develop technologies that empower patients.
Still, we soon encountered the difficulty in putting into a few words what all these pioneers in their respective fields are doing. One could say that Schoenberg’s American Well, of Boston, is revolutionizing the way we think about how patients visit with doctors. The same could be said about how Palestrant and his team at Cambridge, MA-based Sermo are impacting the way physicians interact with each other and share their insights from the front lines of medicine. There are more than a dozen other speakers like them, each looking at healthcare from different angles.
In large part due to the efforts of our speakers and their colleagues, it soon became clear at least to me that our conventional ideas or definitions of healthcare are in flux or transition. Our children may grow up picturing their doctor looking down on her iPhone to view medical information, the same way earlier generations might think about family physicians poring over paper records from overstuffed file folders. (And if American Well has its way, kids will think of their physicians as the people with whom they interact over the Internet when they get sick.) We also wanted to account for advances like we’re seeing at other of our speakers’ companies, such as Keas, SmartBeat, and Vitality, that are advancing technology-enabled products and services to promote wellness and keeping people healthier without having to be admitted to a hospital—or even visit their doctor. (Here’s a full list of our speakers on tap for the forum.)
We’re expecting the talks and discussions among our presenters to provide our attendees with a clearer vision of the evolving healthcare landscape, far above and beyond what we’re seeing with the adoption of electronic health records. There are opportunities for all of us in this future, whether you’re an investor, entrepreneur, inventor, or a patient (we’re all patients, of course). We’re really happy to be able to help bring these efforts to the fore, and we’re hoping to see you on April 26th at the MIT Media Lab.
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Nokia Acquires Metacarta, Massachusetts Taps EnerNOC and FloDesign, MedVentive Gets Backing from Clarian Health, & More Boston-Area Deals News
Erin Kutz wrote:
After a slower flow of high-tech transactions last week, dealmaking was back with a bang this week. Companies in industries from energy to e-commerce to life sciences scored early venture rounds, partnership deals, and state contracts.
—Gemvara, an e-commerce site for jewelry customizations, announced it raised $5.2 million in Series B money, bringing the Lexington, MA-based company’s total financing to $11 million since its founding. Return investors Highland Capital Partners and Canaan Partners led the round, which comes as the company searches for a new CEO.
—FloDesign Wind Turbine, of Wilbraham, MA, will get $3 million from the Massachusetts Clean Energy Center, as it plans to expand with a new headquarters and product development center in Waltham, MA, which should add about 150 jobs in the state over three years. FloDesign, which is developing wind turbines with jet engine-like technology, will keep its Wilbraham location as an aerodynamics research center.
—MedVentive, a Waltham-based electronic medical data software firm, revealed the investors behind its $10 million Series C round. Boston’s HLM Venture Partners and Excel Venture Management led the financing, which included Long River Ventures, as well as new investors Core Capital Partners and Clarian Health Ventures, the venture arm of one of MedVentive’s big customers. Clarian Quality Partners, the physician network of the Indianapolis-based healthcare provider, uses MedVentive’s technology to analyze the quality of doctor care.
—Cambridge, MA-based Metacarta, a maker of software for searching digital text on places, names, and addresses, was acquired by Finland’s mobile hardware giant Nokia. Financial terms weren’t disclosed. Nokia plans to use Metacarta’s technology for in-location local searches and other services, according to a statement.
—Newton, MA’s MedMinder Systems, a company that makes Internet-connected pillboxes for tracking patients’ prescription adherence, raised $1.3 million from 11 individual investors. MedMinder is part of a crop of Boston-area companies using IT to get patients to take their meds, including Cambridge-based Vitality, a maker of smart pillcaps.
—The state of Massachusetts was active in this week’s deals list. It announced it had awarded a contract to Boston-based EnerNOC (NASDAQ: ENOC) as part of a $10 million project to target energy inefficiencies in state facilities. The program will …Next Page »
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This Is How to Fix Your Horrible AT&T Reception: 3G MicroCell Review [Review]
I tapped dial. There’s ringing, and the call goes through. It’s the first call I’ve made from my house in two years. All it took was AT&T’s 3G MicroCell to give me 5 solid bars where there were none. More »
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MedMinder Grabs $1.3M
Erin Kutz wrote:
MedMinder Systems, a Newton, MA-maker of “smart” pillboxes that track patients’ prescription adherence, has raised $1.265 million in equity-based funding, according a filing with the SEC. The filing notes that the round came from 11 investors, which CEO Eran Shavelsky says include entrepreneurs as well as faculty from MIT who also helped the company raise about $500,000 two years ago. Last month Ryan tracked companies such as MedMinder that are using wireless and Internet technologies to remind patients to take their meds and enhance communication on the subject with care providers.
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Battling mobile internet congestion
Whether it is a BlackBerry, iPhone or USB modem, social networking applications like Facebook and Twitter, or the network-clogging video that has made its way on to cell phones, the thirst for data means mobile internet has never been so important.Data traffic surpassed voice traffic on wireless networks for the first time in December 2009 and Cisco estimates that mobile data traffic grew 160% during the past year. It also forecasts mobile data traffic will increase by 39 times by 2014.
For investors and services providers, this means a growing need for solutions to manage the needs of more users doing more things more often with more devices.
“Wireless networks are starting to buckle under the load of Mobile Internet traffic,” the technology team at Dundee Securities says in a new report. “Thus we believe that companies that can provide solutions to network congestion and carry traffic at a lower cost per bit will face a robust product cycle, favourable pricing, and growing markets.”
The analysts not only believe that mobile traffic will continue to increase faster than capacity can be added for many years to come, but this load will also grow quicker than the revenue associated with it. While telecom carriers are testing and deploying a variety of options to address the issue, Dundee notes that there is no silver bullet for the congestion problem. However, if carriers do deploy more of the solutions the firm highlights below, the analysts expect them to see higher profits (either through lower capex or stronger revenues) in three to four years.
- Faster networks – 3G may squeeze more data per second out of wireless spectrum than 2G does, but next-generation 4G or LTE technology is even more effective.
- More spectrum – There is enough spectrum in North American and Europe to nearly double mobile capacity before other parts of the spectrum will be needed.
- Cell splitting – This process of breaking an existing mobile cell into two or more new cells requires finding land to put up new towers, adding more backhaul and purchasing more base stations.
- Offloading – Switching a wireless connection from a large, congested cell base station to a smaller and faster uncongested micro cell (typically WiFi).
- Next Generation Backhaul – Dundee believes most incumbent carriers in North America and Asia will replace their copper base station connections with fibre over the next five years, since fibre “offers almost unlimited capacity and very high reliability.” While the majority of backhaul bottlenecks are in highly dense urban environments that have a high concentration of fibre, microwave backhaul solutions offer an alternative with much higher capacity than copper, but less than fibre.
- Policy management – Systems that know a subscriber’s billing plan, location, device and applications, as well as characteristics of the network. Rules are then applied to reduce costs and better monetize traffic.
- Next Generation Billing – Systems that do things like ask users if they want to buy more capacity when they hit their monthly limit, or offer the option to pay a premium for priority network access.
- Optimization – Options like compression, which sends the same information using less data, and shrinking web pages to make them less data intensive for smartphones.
“There is a whole world of applications out there running on the Wired Internet that are just waiting for enough mobile bandwidth to migrate over to the Mobile Internet,” Dundee says. “In our view, this almost insures that mobile network congestion will be with us for many years despite significant capacity increases.”
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Is Bioinformatics in San Diego’s Future? A Chat with UC San Diego Expert Lucila Ohno-Machado
One notion that emerged at Xconomy’s event in San Diego last week was that biomedical informatics might have a promising role to play in the region’s economic future. There is no consensus on this as yet, as Luke discovered when he talked with Illumina CEO Jay Flatley.
Among the true believers is UC San Diego’s Lucila Ohno-Machado. No surprises there—since last year, she has been director of biomedical informatics at the medical school. Before arriving in San Diego, she was director of the Harvard-MIT-Tufts-Boston University biomedical informatics training program.
We caught up with her this week via e-mail to find out more about the technology, what it means for the U.S. health care system, and the role she sees for San Diego’s innovation community.
Xconomy: What is biomedical informatics?
Lucila Ohno-Machado: Biomedical informatics is a scientific discipline focused on the development of new algorithms and/or new approaches to organize, visualize, and interpret health-related data in order to promote health and alleviate the burden of disease. The discipline is placed at the intersection of health sciences, biology, computer science, and statistics.
San Diego is in a unique position due to the accumulation of human talent, high-tech companies, and a collective interest in improving healthcare for all. It has all the ingredients to become the number one biomedical informatics center in the country.
X: How is it different from computational biology, which we’ve also been hearing a lot about?
LOM: Computational biology usually relates to the development and application of algorithms and computational strategies to analyze biological data at the molecular level. In biomedical informatics, we develop new algorithms and systems that relate to the full spectrum of data: from molecular to individual to population levels. We often refer to bio-, clinical- or public health-informatics for algorithmic developments and strategies targeting …Next Page »
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New litigation signals buying opportunity at Wi-LAN: Wellington West
Wi-LAN Inc. (WIN/TSX), the tiny Ottawa-based licensor of technology patents, has taken some major wireless players to court over a dispute surrounding a single Bluetooth patent. The company claims Apple, Sony, Motorola and others "continue" to infringe on its patent, which assists in enabling short-range communication between smartphones and other mobile devices, and moved Thursday to sue in an eastern Texas court. Sean Peasgood, analyst at Wellington West Capital Markets Inc. believes the move is "further evidence" that Wi-LAN is confident financial settlements will follow, and told clients the stock, trading at a modest 12% premium to his base case valuation, is now a Strong Buy. His 12-month price target is $3.70, or a yield of more than 30% from Thursday's trading price.
Jamie Sturgeon













