Details around the deal are limited, but here is what we know.

1. Verizon will own 65 percent of the joint venture while Coinstar, Redbox’s parent company, will own 35 percent.
2. The service will offer something Netflix currently doesn’t — a download option, which makes it more competitive with Amazon’s video offerings.
3. The offering will be available nationwide, not merely to Verizon customers.
4. Using Redbox helps the joint venture get access to new releases as content companies are trying to add more “windows” to the movie release process. Windowing is what content companies use to spread out the time between a movie released in theaters, when it hits rentals stores and when it makes its way to other services such as premium TV channels. The general thinking is this increases profits for each movie, but opinion is divided on that, and consumers hate it.
5. Verizon is counting on its existing relationship as a pay TV provider to get more content to the joint venture.
6. Whatever the end product looks like, it will launch in the second half of this year.

Given these facts, as scant as they are, it’s easy to see the threat to Netflix, as people could view the two offerings as fairly interchangeable as long as the pricing is competitive and the content is relatively equal. But without knowing about pricing or the content, the deal still has the potential to be a win for Verizon, given video is huge bandwidth suck on wireline and wireless networks. Netflix traffic was estimated to take up 20 percent of U.S. broadband traffic during peak hours according to Sandvine in the fall of 2010.

For Verizon, a streaming joint venture has three benefits. One, if it makes money from the service, that’s an additional revenue stream as well as a way to capture some value from its customers who cut the cord. Two, if the service can really deliver a video product that consumers love and will use, it will help drive traffic across Verizon’s networks. Customers in the FiOS areas will have a reason to sign up for the service if they haven’t already, while the joint venture will help drive traffic to mobile devices and other areas of the country. Verizon has a business selling bandwidth on 100 gigabit per second backbone pipes as well as leasing its fiber to cell phone providers to use as mobile backhaul.

Finally the joint venture gives Verizon a seat at the table with content companies as the industry tries to find new economic models based on the reality of an IP infrastructure that can deliver any content to anyone, anywhere. Sure, content companies are fighting the future with windowing and complicated rights agreements, while ISPs are trying to protect their business with broadband caps, but the future is coming, and Verizon is trying to get in on the ground floor rather than watch it pass it by.

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Honeywell's thermostat with Opower software

Honeywell, one of the world’s largest thermostat makers, tells me that twenty years ago it tested out thermostats that can learn the home owner’s behavior and adapt the heating and cooling accordingly, but ultimately decided that consumers didn’t take to them, and would rather control their thermostat themselves.

I asked Honeywell’s President of its Environmental and Combustion Controls division, Beth Wozniak, in an interview if Honeywell was interested in making learning thermostats, because there’s been so much discussion about the startup Nest, which has created what it calls the world’s first learning thermostat.

“We found that consumers prefer to control the thermostat, rather than being controlled by the thermostat,” said Wozniak. Instead of learning thermostats, Honeywell is focused on adding intelligence to digital and connected thermostats through simple UI, mobile apps, and partnerships like its one with Opower.

Opower will be providing the analytics and data to help Honeywell use home and building thermostats for demand response programs, where utilities can ask home owners to turn down their heating and cooling slightly during peak times of day. The Opower thermostats are being piloted with utilities right now, including at PG&E. The Opower software will also be used to create new ways for the home owner to save money on their energy bill, and Wozniak says by the end of the year the partnership will launch other products too.

For Honeywell, connected thermostats are still a small part of the company’s overall thermostat sales. While Wozniak declined to say what percent or what volume of Honeywell’s thermostat sales are connected thermostats, she said it’s the very early days of the connected thermostat market. Honeywell sells a whole host of other connected home products such as humidifiers and security systems, and a “total connected home system.”

Who knows if Nest and its learning thermostat will one day make a dent in the thermostat market, but Wozniak acknowledges that the startup has brought some much-needed attention to consumer thermostats in general. “Cell phones and tablets have set a whole new bar for how things can be connected.”

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1). Weather data: Having a finger on the pulse of constantly changing weather data on a micro and macro level can help utilities, building owners and consumers optimize their energy consumption habits and promote energy efficiency. Startup EnergyHub recently partnered with sensor network player Earth Networks to use weather data to make a more efficient form of demand response (utilities controlling power consumption). Other startups like EcoFactor, Opower and Tendril also use weather data as part of their energy behavioral analytics.

IBM has long sold a weather prediction service called Deep Thunder to municipalities, organizations and utilities, which use it to do things like tailor their services, change routes, or generate more or less power. I think weather data could some day provide a platform for some very important next generation services and applications for energy efficiency, much in the way that location data is used as a platform for a variety of services.

2). Cell phone data: Cell phones in our pockets are essentially palm-sized sensors and computers sending a constant stream of information to the cloud where companies could one day use that data to create energy efficiency and better energy products. And yes, a lot of that data is private information, but after that data is anonymized it can be used for the greater good of the community — particularly via the billions of cell phones in developing countries. A startup called Jana does research projects around cell phone data in developing countries, and looks to work with NGOs on programs to create better infrastructure, energy infrastructure and resources.

3). Connected thermostat data: One of the biggest trends from DistribuTECH this year was the overwhelming amount of smart thermostats that are now being sold and marketed. Companies can incorporate that thermostat data into data bases that can be used to promote energy efficiency. EcoFactor’s service remembers every time a home owner overrides the automated smart thermostat system and changes the personalized service to accommodate that manual override. Using 100,000 connected thermostats (which produce 5 billion data points each month) EnergyHub found some interesting statistics like folks in cold climates have a lower average heating temperature set point than households in warmer states.

4). Hadoop & energy databases: The open source data base tool Hadoop is well known — and oft used — in the computing worlds. But in the energy and utility worlds it’s quite rare. However, as the amount of energy data has started to rapidly grow from the smart grid, some companies are embracing Hadoop as a key way to manage energy info. Opower tells me it’s using Hadoop (and the company commercializing Hadoop, Cloudera) as an important way to manage its massive energy data streams. Likewise PJM has turned to Hadoop as a way to organize the energy data coming off of a synchophaser sensor project.

5). Clean power data: One of the main goals for the smart grid is to enable the addition of more variable clean power, which is far more unreliable than fossil fuels (the sun doesn’t shine and the wind doesn’t blow 24/7). Analytics crunching the data from a utilities’ energy supply and demand can help make clean power a little less variable, by being able to more accurately predict the environmental conditions, as well as more accurately assess demand from energy users.

6). Electric car data: Electric cars will by their nature be connected cars, using information technology to manage the vehicle charge and location. Utilities will be closely tracking the charging habits of electric car owners in order to make sure that the grid isn’t overloaded in some early adopter neighborhoods.

7). Power line sensors: One of the areas of low hanging fruit for the power grid is the simple task of helping utilities find blackouts more easily and be able to monitor and manage grid outages. That’s partly where sensor systems called synchophasers come in, which can in real time monitor the health of power lines, collecting multiple data streams per second. Expect all major networks to have synchophaser systems installed over the coming years.

8). Real estate data: Startups like First Fuel Software can use big data to make super accurate assessments about buildings and ways to reduce the energy consumption of buildings — without any extra hardware or monitoring software being installed at the building. Things like weather around the building, demographics of the people in the building, and the building’s historical energy consumption can be used to create an accurate projection. The best way to make a building more energy efficient is by getting as much data about the building;s energy use as possible.

9). Variable pricing: Some day when electricity is sold throughout the world at different prices dependent on supply and demand, massive data bases will be needed. This type of variable pricing is offered in some places in the world, but if it ever becomes ubiquitous it will help curb consumption, by offering high prices when energy is being over used.

10). Using behavioral analytics to curb energy consumption: Getting into the brains of energy users is the job of startups like Opower and Tendril (after it acquired Gr0unded Power.) Essentially these companies have collected data on consumers and demographics and they are using it to try to guess the best way to influence the consumer to do things like upgrade their home appliances and lights to more efficient ones.

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For example, should you be searching for about in which your kids goes in the evening, you then may be influenced to make use of the system given it includes a Gps device feature. However, if they turn their own telephone off of, or abandon their cell phone someplace that’s not exactly where they are going, then you are not really going to obtain the information you need. This will spark a dilemma should you be depending on your Spybubble to help you keep the little one risk-free.

One more thing that you need to remember would be the fact looking at text messages could be instead challenging company. For instance, the kids may have signal titles for many issues that would otherwise become warning signs. Which means that although you may notice what they’re declaring, something like “It is a great sunny evening today” indicates one among their friends just became a new truckload of some thing illegal. You undoubtedly is not going to know by simply using a secret agent plan.

The next thing you have to think about is the thing that occur in the wedding that you get a few incriminating proof towards your child. Maybe you use the Spybubble and pay attention to that your particular kid will be on a regular basis with a high-risk of injury. Should this happen, you will should face them. Nevertheless what’s going to anyone declare? Are you going to let them know which you have utilized any traveler software on his or her cell phone? How will they will figure out how to believe in anyone and then?

This is the reason you will need to combine something similar to Spybubble with sincere communication. As an example, it is possible to tell your kid that they’re in a position to go out late at night only when they’ve got the software placed on their own telephone if they retain their particular telephone on them constantly. You can look at this kind of simply by calling them as well as letting them know if they don’t grab, chances are they will certainly get rid of their particular late-night privileges.

If you can blend the application of Spybubble together with trustworthy connection, you happen to be likely to note that your situation can easily increase. You could end up creating a far more healthy partnership with your kid which is according to believe in instead of upon doubt.

The problem isn’t congestion, it’s a stagnation.

A study Friday noted that the top one percent of wireless users consume half of all the data. Meanwhile, Public Knowledge on Friday launched a web site designed to help consumers understand their data caps. On Thursday Leap Wireless’ CEO said the company would begin offering data sessions in addition to its regular tiered data plans. Under that scenario a user might buy a data plan just like he would buy pre-paid minutes on an as-needed basis after reaching his cap. All these bits of news are linked by one key problem: wireless data is in high demand, but it’s also expensive to deliver.

And the tension between what consumers want from their wireless networks and what operators want to give them is leading to stories that harp on congestion, new pricing models and consumer advocacy around high-priced plans. But it’s time to stop trying to address that tension solely with new types of rate plans, and customer education. If we want wireless data to become ubiquitous and deliver on the promise of connectivity, the industry needs to address its costs and educate consumers on those costs in a transparent way.

Part of the problem is just a matter of physics — airwaves can only carry so many bits per hertz — but other aspects of the high cost are related to policy and the reluctance of the industry to embrace, or even talk about, technologies that will help them deliver wireless at a lower price per bit. Right now, sending a bit over the cellular airwaves costs a lot more money than it does to send that same bit over fiber or even DSL. How much more depends on if you are in a populated city or out in rural America (it also depends on if you are in America) as well as the type of network the bit is sent over (i.e., LTE, CDMA or HSPA). But broadly speaking it’s at least 200x more expensive to use cell networks according to analyst Chetan Sharma. He estimates that number will drop over time to 100x, but clearly that’s still a huge disparity.

Not all bits are equal (or as expensive). So let’s rethink the network.

Fortunately, not all data has to travel over the gilded cellular pipes. Smart consumers already use Wi-Fi networks for streaming video and movies, but ideally this will become more automated. This means operators must include Wi-Fi in their networks, and actively shunt certain types of traffic to those networks when available. In short, we need application-aware wireless networks that send traffic to the cheapest, but most appropriate network the application can use and the consumer will accept.

This means when I stream YouTube videos, my carrier routes me over to Wi-Fi if it’s available but my email and voice calls stay on 3G if the Wi-Fi is weak. As a consumer I would advocate Wi-Fi as the default network with carriers switching me over to a cellular plan only when absolutely necessary, much like upstart Republic Wireless tries to do. Buying cell phone plans becomes a little more complicated, perhaps involving a short questionnaire that a consumer fills out ranking what types of traffic he needs to get instantaneously versus the traffic he is willing to compromise on.

This new type of plan also means that consumers may have to accept lower quality service for streaming video, might end up paying for access to a carrier Wi-Fi network and will need to accept their operators monitoring the applications they use. There’s a role for developers here in building tools that help consumers see exactly what their operators are doing, and the FCC should stay active in enforcing the spirit of the network neutrality rules. I have a hard time believing that carriers could behave well enough for me to trust them with something like this — just look at their historical stances on Wi-Fi, or the recent questions around Google’s Wallet service on Verizon’s network, but something has to give and I don’t think it will be the operators.

We want what we want. Until we have to pay for it.

CTIA says ladies like their mobile data.

Despite the cost of wireless plans, we want and will use wireless data. On Friday, the CTIA put out a study noting how women use the wireless network for an increasing amount of stuff. And articles offering a word of caution about viewing the Superbowl on your mobile phone get that while it may make you bust through your data cap, people will watch bits of a big game on the go. That very idea was unthinkable a few years ago, but mobile has changed our surfing, shopping and even our TV watching habits.

Carriers have moved forward in delivering faster networks that can deliver between 5 and 12 Mbps down — enough for video, voice and even the most demanding web services — but their current cost models don’t match up with the usage expected and advertised on the networks they’re building. Consumers look at carriers’ pricing, their marketing (which shows customers streaming video on their phones) and their comments in the press about high costs for mobile data and congestion, and recognize that carriers are not telling the whole truth. If network resources are such a precious commodity, then why not price data so it costs more at peak times? Or why even encourage video on the LTE network?

But when will that disconnect between the ease of using a service and the high cost of that service start to change or curtail consumer behavior? In short, when will a user suddenly think, “Maybe I shouldn’t use my phone for this, right now?” In a mobile-first world, will wireless become a second-class access technology, or will carriers adapt their networks and their cost structures in time?

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Ask Newt about SOPA or online privacy.

Imagine if your son or daughter created a brilliant mash-up for their English class that you thought was a perfect display of his or her personality, so you decided to share the mash-up on your family blog. Unfortunately, little Susie or Johnny included a brief movie clip or perhaps a fraction of a song in their class project, and suddenly your blog is gone thanks to a complaint from a rightsholder and the passage of the Stop Online Piracy Act (SOPA). If you want your blog back you can take the offending material down, and if you don’t want to do that, then you could sue arguing fair use. Regardless, it’s up to you to figure out what’s wrong and fight to have your blog re-instated.

A growing problem as the web and technology becomes more central to how we share, communicate and work is that an average person doesn’t know how abstract laws can affect their lives and the media doesn’t expose how well (or poorly) politicians understand technology. As a result, certain companies with lobbyists are getting away moulding our laws and policies in their favor and in the process they are going to hinder how Internet works and thrives.

Horror stories about SOPA abound, but what about your cell phone? Can a police officer search the contents of your phone during a traffic stop? Can a customs agent rifle through your laptop files as you return from a trip abroad? What about the history of your Google searches or checkins on Foursquare, can those be used against you in a court of law? These are not idle issues and instead of focusing on who is a socialist or paying  attention solely to where someone stands on social issues such as abortion or gay marriage, the broader media, politicians and citizenry need to start paying attention to and thinking about tech policy.

So while debates over the Stop Online Piracy Act (SOPA) will continue to rage as we head into an election year in the U.S. France, The U.K and other places, we should ask elected officials about how they view the Internet and how connectivity can change the world.

Thomas Friedman danced around the issue in his New York Times’ column Tuesday, when he suggested politicians need to be asked about how we can bring to bear the budding infrastructure we’re building to connect people and things to solve some of our problems. Sure the web is disruptive, and disruptive is scary, especially for politicians, but as technology becomes more engrained in our lives it also becomes a target for politicians. So we need politicians that understand it and view it as a tool, yes, one that can be abused, but also one that can be harnessed for society’s benefits, such as improving rural access to healthcare.

Rather than letting the web turn into a partisan issue kind of like spectrum policy has become, or letting industry interests try to cut the web off at the knees as the content industry seems to be doing with SOPA, it’s time to shape some questions that can help voters understand how politicians stand on various issues such as privacy, censorship and the real issues where the government’s views on technology will impact citizens’ lives. I’m not suggesting every Congressman must have a detailed understanding of what a DNS server is, but it’s time they stopped equating the Internet with nerds, and look ahead to how the web can improve government, lower costs and maybe solve some pressing problems.

Here are a few questions I’d like to see at the upcoming debates, but feel free to offer more in the comments below. Honestly, as citizens we also need to be thinking about how we would answer these questions (or want our politicians to answer them) as well.

• As the Internet is changing the skill sets demanded by employers, what does the federal/state/local government need to do to ensure our educational system keeps up? Are there subjects we need to add? Procedures we need to change? Skills our administrators and teachers need? Infrastructure that should be as important as a chalkboard is in classrooms?
• As people store more information online, what do you see as the biggest risks for consumers, corporations and governments? What laws need to change?
• Can you name an area of government where you see adding connectivity or developing a program that uses connectivity could improve service and/or save taxpayers money?
• Our digital footprints are forever and we’re now leaving digital records of every casual search, photograph, thought and place we visit. When much of this information was in a physical form, to get at this data required the government to justify the need to invade someone’s privacy. Our current laws don’t always protect digital information in this same way. Should it?
• Do you consider our current wireline broadband market competitive? How do we keep improving it? Is fiber to the home to as many places as possible a good goal for the government to pursue, recognizing it could cost taxpayers billions?

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The Motorola Quench is a highly rated Android phone. A later model Motorola that has been enhanced with the Android operation system is the Quench. This is one of eight Motorola phone models, which utilizes the Android system. The phone has a screen that is only slightly larger than three inches, however the screen has high definition (320 x 480). By using Motoblur technology, this phone was designed specifically to enhance the experience had by social network users. It uses the Android 1.5 operating system and comes with Wi-Fi capability, GPS, a camera that is five megapixels and a bunch of apps that users will love. One Motorola phone that functions with the Android operating system is the Motorola Cliq. This phone is for sale thought T-Mobile. It has a keyboard that slides out. One of the things that makes this phone so popular is that it allows the user to keep long logs of e-mails, text messages and social networking updates. You can use this phone for managing your Twitter and Facebook accounts. It also allows you to access the data on the phone remotely.

One crowd-pleasing model of the Android phone is the Samsung Beam i8520. As the phone runs on Android technology as its operating system, it has a pico projector. This means the owner of this phone can use it to project just about anything in their phone onto a wall. It makes bringing a portable projector a simple convenience. It also has smart phone technology in it—the aforementioned Android operating system as well as the Touch Wiz skin that was created by Samsung. The camera this phone features is 8-megapixels, which makes it even better than a majority of handheld digital cameras!

It is a wise idea to consider what you will be using your cell phone for, when choosing among the top Android phones. If your main goal is being able to make phone calls, you probably don’t need a phone with so many bells and whistles. If, however, you plan on using your phone for all of your mobile entertainment and contacts you will need smart phone technology to keep you in touch with your friends, family and hobbies. Choose carefully!

SuVolta

SuVolta doesn’t want to design chips, it wants to make the process that fabrication plants will use to build the devices. Its technology cuts the energy used in chips in half, and requires a fairly simple tweak of the chemicals layered onto the chip during the manufacturing process. The resulting chips made using SuVolta’s process are just as fast but consume about half the power.

This power reduction is cool, but it’s not the main reason why SuVolta’s on this list. SuVolta tweaks both the manufacturing process and the circuit design. But the process works best for systems on a chip, as opposed to stand alone processors. A System on a chip (SoC) is when multiple types of processors are placed on a single chip as an integrated package.

SoCs are common in the mobile world because they are a way to cram more functionality into a smaller package and they consume less power. SuVolta’s President and CEO Bruce McWilliams, believes SoCs will be the way of the future for how most chips are built.

Ambiq Micro

Ambiq is commercializing technology out of the University of Michigan to build a real-time clock designed for sensors. The clock consumes less power, but also takes over functions that currently involve other chips in order to reduce the power usage of the sensor even further (yup, it’s like an SoC microcontroller). Scott Hanson, the CEO and co-founder of Ambiq explains that today’s sensors usually contain a microcontroller, a clock that puts the chip to sleep and wakes it as necessary, a power supply, a sensor of some sort (typically a MEMs device) and a radio.

But Ambiq combines the clock and the microcontroller so the chip requires less power and takes up less space. Some proposed uses of the chip include implanting it inside the human body, or a chip that can run on tiny solar cells the size of a penny (see image).

As we put more sensors on devices and inside our infrastructure, Hansen believes we’re about to open up a new frontier for chip design firms who can build chips for the sensor web. Ambiq is his bet on this, but he expects many more. With an investment from ARM, he’s not the only one betting on a new generation of chips that will need specialized microcontroller and a smaller size, the British licensing company clearly sees an opportunity as well.

Adapteva

The demand for power in mobile devices and in the servers that power large web sites such as Facebook or Google has led to a boost for ARM, which licenses a chip architecture that trades performance speed for power efficiency. For phones this is fine, but for tablets and even servers, it may be time to think up an entirely new architecture. That’s where Adapteva comes in. The company has rethought a RISC-based architecture for chips and built massively multicore chips that are built to run in parallel or independently.

Much like an older startup called Tilera, which is also building massively multicore chips for data centers, Adapteva thinks that x86 doesn’t offer the energy efficiency needed, while ARM doesn’t offer the performance that next generation mobile devices such as tablets and servers will need. So it’s borrowing the concept of massively multicore chips from the high performance computing world and dialing it down for tomorrow’s mobile applications and up for the next generation of HPC. In the coming years, we’ll see more massively parallel chips, but we’ll also see a willingness to jettison the tried and true architectures as we embrace more specialty computing.

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On Wednesday, LinkedIn announced that the technology behind IndexTank, the search engine startup it acquired back in October, has been released as open source software under the Apache 2.0 license. At the time of the deal, it was pretty clear that the IndexTank buy was motivated largely by talent: The company had 11 employees, nine of whom were engineers, and financial terms of the deal were kept under wraps. The technology IndexTank built was very compelling, but the team behind it was likely the most attractive aspect to LinkedIn.

That’s why it’s good news that IndexTank’s code will live on, and that others will be able to build on top of it. IndexTank essentially build software to help search and query large amounts of data, even on devices with limited processing power such as cell phones. It’ll be interesting to see what people do with this now that it’s open source.

It seems that releasing acquired technology as open source software is a growing trend for acqui-hire deals. Earlier this week, for example, Twitter started releasing the code from recently-acquired mobile security startup Whisper Systems as open source software. Some people may see such open source releases as consolation prizes, but it’s better than the alternative: Historically, a startup’s customers worry about products languishing or being shut down altogether after an acquired by a larger firm. These open source releases mean that technology will live on, regardless of what happens with often unpredictable M&A integrations.

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At the same time, while we want our youngsters to have the security of a cell phone, we do not need the cost of the phone to destroy the budget. When you start looking at phones for youngsters, you will see a whole gamut of options. Of course, your youngsters will often require the latest gizmos that are decked out with all coolest features. But I am absolutely certain you know what that suggests for you.

The latest technology with the top features indicates you will spend a lot of cash on that phone and then have some extra charges for all of the features. And if you simply want your kids to have a way to get in touch with you while they're out with friends or are busy with after college activities, having the most recent phone decked out with the web and a bunch of apps isn't really obligatory. Naturally, your kids will often think differently.

All you really need when it comes to phones for kids is a basic telephone that can make and receive phone calls. And that doesn't necessarily mean that you have to put that cell telephone on an expensive calling plan. Pre-paid telephones can be a good way to get an inexpensive phone for your kids while also teaching them about the responsibilities of telephone ownership. Not to mention, it will not break your financial position. Another thing you'll need to think about; nonetheless is how much parental control you would like to have over your youngster's cell phone usage. Only some of the phones will enable you absolute control over what your kid has and hasn't got access to while using their telephones.

Some of the more dear telephones (the ones that your children really need) may supply you with the control that you need while the cheaper telephones may not really offer this. When you get the telephones that offer maximum parental control with the newest technology and programmes, your kids may think you are rewarding them with the phone, when you're truly doing it for yourself. But when you think about buying phones for kids, you'll need to establish how much you are prepared to spend and how you would like to spend it.

Learn more now Cellular Technology | Phones for kids