2014/01/30

WiFi in 2014: 10 Rising Trends That Will Affect Us at Work, Home



According to ABI Research, by the end of 2013 there were an estimated 1.4 billion smartphones in use, and all of which have WiFi connectivity. Keep in mind, this doesn't take into account all the personal computers, tablets, printers, appliances and more that flooded the marketplace this past holiday season. While 2013 ushered in massive growth in bring-your-own-device (BYOD) and new performance capabilities with 802.11ac, analysts expect 2014 to bring a wealth of continued innovation centered on untethered access. In 2014, 802.11ac will see double- or triple-digit growth numbers. Driving this growth is the fact that 802.11ac drastically increases performance for 802.11ac-capable devices by delivering 1.3G-bps connectivity. In addition, the new standard boosts speeds for 802.11n and older devices. This eWEEK slide show, with industry information supplied by ABI Research and Aruba Networks, offers clear trends we can expect to see in 2014. - See more at: http://www.eweek.com/mobile/slideshows/wifi-in-2014-10-rising-trends-that-will-affect-us-at-work-home.html#sf22180203










via WiFiNovation | Scoop.it

2014/01/29

Old-school Wi-Fi is slowing down networks, Cisco says




The early Wi-Fi standards that opened the world's eyes to wire-free networking are now holding back the newer, faster protocols that followed in their wake, Cisco Systems said.


The IEEE 802.11 standard, now available in numerous versions with speeds up to 6.9Gbps (bits per second) and growing, still requires devices and access points to be compatible with technologies that date to the late 1990s. But those older standards -- the once-popular 802.11b and an even slower spec from 1997 -- aren't nearly as efficient as most Wi-Fi being sold today.


As a result, Cisco thinks the 802.11 Working Group and the Wi-Fi Alliance should find a way to let some wireless gear leave those versions behind. Two Cisco engineers proposed that idea last week in a presentation at the working group's meeting in Los Angeles. Their plan drew some debate from others who expect a new wave of low-power Wi-Fi gear to emerge for the so-called "Internet of Things."



The plan is aimed at making the best use of the 2.4GHz band, the smaller of two unlicensed frequency blocks where Wi-Fi operates. It doesn't affect the 5GHz band, which most modern Wi-Fi gear can use in addition to 2.4GHz. (The latest standard, 802.11ac, is the first to work exclusively in 5GHz.) The 5GHz band has more available bandwidth and also is less crowded, while the lower frequencies are sometimes called a "junk band" because so many devices use it for Bluetooth, baby monitors and other technologies in addition to Wi-Fi.










via WiFiNovation | Scoop.it

2014/01/28

Deutsche Telekom questions WiFi's use as an offload solution



Accessing the around 540 MHz of unlicensed WiFi spectrum is one option the German operator has been exploring. Last year it conducted tests in Hamburg and Rotterdam by rolling out "hot zones" that allowed users to access WiFi as an alternative to 3G or LTE.


The results appear to have come as something of a surprise to the operator. When WiFi was switched on, the impact on cellular traffic was practically non-existent. In fact, Siebert noted that cellular traffic actually increased in some cases.


In order to find out why, Deutsche Telekom carried out a "deep dive" analysis of the results and discovered two key things. First, the availability of WiFi "attracts" additional data use as it causes people to behave differently. The knowledge that WiFi is available gives them more confidence that data limits will not be exceeded.


Second, applications and devices also behave differently when WiFi is available, and this is generally due to policies in applications that instruct them to perform only where WiFi is available.


Siebert said Deutsche Telekom will do further studies, and stressed that the operator very much regards WiFi as a complementary technology to 3G and LTE. However, "can WiFi fulfil this promise of relieving cellular networks?" he asked. "That is not shown here. WiFi is not the solution for offload, but it has other interesting features."


Indeed, Deutsche Telekom last year teamed up with crowdsourced WiFi provider Fon to offer the new service WLan To Go. It was reported at the time that Deutsche Telekom already had around 12,000 WiFi hotspots in Germany.












via WiFiNovation | Scoop.it

Case Study: Major Department Store Chain Uses AirMagnet Enterprise to Find Wi-Fi Threats “Hiding in Plain Sight”



This major department store chain was fearless with its use of wireless for business critical operations like credit card processing and managing inventory at distribution centers. Leadership was confident that their wireless intrusion detection and protection system (WIDS/WIPS) was protecting data shared across the 34 Wi-Fi channels available for use in the U.S., until they realized they lacked visibility into 180 additional unused channels on the network. This meant that unauthorized devices, whether malicious or not, could be hiding, undetected, on these additional channels, and could pose serious security risks to the organization and its customers.










via WiFiNovation | Scoop.it

What's In Your Wi-Fi Tool Box?



No WLAN engineer's tool box is complete without spectrum and protocol analyzers. Here's why.

We’ve come a long way since Netstumber and Kismet were the all-purpose tools for identifying, and in some cases surveying and troubleshooting, Wi-Fi networks. These days, network engineers and administrators have a wide range of options, from freeware to very expensive enterprise tools. What’s in your Wi-Fi tool box? What needs to be there?


In my opinion, you need two categories of products for everyday use: spectrum analyzers and protocol analyzers. That’s because Wi-Fi operates at two layers in the OSI model, the physical layer and the data layer. Specific tools are required to interact with each of these layers.



The physical layer takes information from the upper layers in the OSI model and transforms data into bits. These bits are transmitted differently depending on the medium and modulation used...










via WiFiNovation | Scoop.it

2014/01/27

Citrix Acquires Framehawk; Extends Leadership in App and Desktop Virtualization User Experience



Citrix today announced it has acquired Framehawk. The Framehawk solution, which optimizes the delivery of virtual desktops and applications to mobile devices, will be combined with HDX technology in the Citrix XenApp® and XenDesktop® products to deliver an unparalleled user experience under adverse network conditions. Framehawk’s leadership and engineering teams will be integrated into the Enterprise and Service Provider division of Citrix.


Delivering a Powerful Experience Over Unreliable Networks

With the increase of mobile users adopting tablets and smartphones, it is critical to ensure a rich virtual application and desktop user experience on Wi-Fi and cellular networks where quality may be intermittent or poor due to congestion, high packet loss and high latency. These mobile workers need anywhere, anytime access to their business resources with a user experience that is equal to what they have in the office. The market-leading Citrix HDX technologies in XenApp and XenDesktop combine to deliver a high definition experience to users of any application, on any device and over any network. The integration of the Framehawk solution with HDX technology will further extend the Citrix leadership position in application and desktop virtualization user experience. Where other solutions cause end-user frustration and low adoption, HDX technologies continue to improve the experience for mobile workers, even when they are on less than ideal networks. No other app and desktop virtualization solution has the ability to address the wide range of challenging network scenarios that are common in today’s mobile workplace.










via WiFiNovation | Scoop.it

2014/01/24

AirTight Networks analyses 5 Reasons Why Facebook Wi-Fi is for Local Biz, but Not for Retail Enterprises



Retail enterprises operate multiple stores across regions, states or countries. They run targeted marketing campaigns for customer engagement. This puts certain requirements on Social/Wi-Fi integration for retail enterprises, which are currently unmet with Facebook Wi-Fi integration.


1) Omni-channel marketing is essential for maximum reach

Facebook Wi-Fi allows only Facebook logins, obviously. So merchants miss out on other social channels like Twitter, Google+, Linkedin, Foursquare, etc. In addition to social logins, enterprises also want to promote brand loyalty programs when users access guest Wi-Fi. Facebook Wi-Fi does not allow this as well.


2) In the absence of social handles, there is no direct touch with the customers

In Facebook Wi-Fi, the update about the user being present on that Facebook page is automatically distributed when the user logs into Wi-Fi with Facebook credentials (hence, they call it check-in instead of login). However, the merchant does not get the social handles of these users. Note that this is despite the fact that these social handles are public information and the user discloses via check-in (whose default setting is “public”) the presence at that location. Without social handles, merchant cannot have direct touch with the customers. Retail enterprises thus require provision to obtain opt-in social handles of customers, which is not possible with Facebook Wi-Fi integration.


3) Need for customizable incentives to fuel social engagement

Retail enterprises want to provide incentives for using social logins – coupons or other ways to engage with the brand like premium status in the loyalty program. They may also want to provide additional incentives to user for taking a further step to Like or Follow the brand, or joining a loyalty program. Like or Follow has the benefit that the merchant can then reach out to the user with one on one messaging (much like email). Facebook Wi-Fi has only one simple incentive built in it – if you don’t use Facebook login, you may not get free Wi-Fi, though merchants do not have to enforce this as there are provisions in the configuration to bypass it or use a code in lieu of a Facebook login. In any case, the Facebook Wi-Fi check-in does not facilitate customizable incentive programs to encourage social engagement.


4) Comprehensive analytics and data ownership are important

Social Wi-Fi can provide retailers with rich analytics and user demographics. Retailers also want to own the analytics data. They want the analytics data available in standard format for integration with their existing marketing platforms. However, with Facebook Wi-Fi, engagement data is within Facebook and mixed up with all the other Facebook interactions.


5) No scaling for multi-store environment

This one is a bummer! The automatic update that is posted to user’s Facebook timeline subsequent to a login includes location address configured in the Facebook page. So, if you operate 50, 500 or 5000 stores, each location needs to have its own Facebook page. If you use single page for all those locations, the user location update will go with address configured in that page which may be inconsistent with the actual location where user checks in. This is just an example of how Facebook Wi-Fi is not designed with multi-unit retail enterprise in mind.


- See more at: http://blog.airtightnetworks.com/5-reasons-why-facebook-wi-fi-not-for-retail-enterprises/#sthash.kZYcQH9V.dpuf




WiFiNovation's insight:

In contrast, AirTight Networks’ social Wi-Fi is designed with multi-unit retail enterprises in mind. It uses a cloud-hosted captive portal that interacts with users on one side and multiple social media apps including Facebook, Twitter, LinkedIn, Google+ etc. on the other. The portal provides all the knobs to customize the campaigns including incentives, landing pages and updates. The captive portal securely stores social engagement information including social handles and demographics that user has chosen to share. The portal provides cleanly segregated and rich Wi-Fi analytics and also makes analytics data available to merchants in standard formats. - See more at: http://blog.airtightnetworks.com/5-reasons-why-facebook-wi-fi-not-for-retail-enterprises/#sthash.kZYcQH9V.dpuf










via WiFiNovation | Scoop.it

2014/01/21

Mweb teams up with WiFi giant (FON)



Johannesburg - Internet service provider Mweb has announced an exclusive partnership with the world's largest WiFi network, Fon.


Mweb said in a statement on Thursday that this would give South Africans the opportunity to become part of a shared global and national WiFi network.


“What this means for Mweb ADSL customers is that they effectively act as hotspots, sharing their WiFi signal, at home or at the office, creating a larger mesh network of WiFi hotspots.”


Fon is based in Spain.


Mweb aims to create 160,000 Fon WiFi hotspots across the country in the next two to three years.










via WiFiNovation | Scoop.it

WunderBar lets app developers break off a piece of the Internet of Things




Lack of progress toward an "Internet of Things" has been attributed to a variety of factors. Indeed, enabling devices from different manufacturers to communicate in an effective and useful manner is no simple task. European start-up Relayr believes that its WunderBar, a hardware kit comprised of seven smart modules, could provide app developers with the toolbox to bring networks of interoperating gadgets closer to reality.


Designed to imitate a block of chocolate, the WunderBar is made up of wireless Bluetooth Low Energy (BLE)-enabled sensors which can be snapped off to serve different purposes.


A main module uses an NXP ARM 1800-Series Coretwx-M3 Microcontroller and Wi-Fi 802.11b/g/n unit to connect the network of sensors to Wi-Fi. Sensor readings are sent from the six smaller modules using BLE, which also allows the monitoring of their battery levels.



Each of the six smaller modules are fitted with different types of sensors. One contains a sensor to monitor light, color and proximity, while another has a gyroscope and accelerometer for movement. A third sports a thermometer to measure temperature and humidity while a fourth contains an infrared transmitter intended for control of a home entertainment system. With the WunderBar currently the subject of a crowd-funding campaign, the company is leaving it up to its backers to vote on which sensors will be built into the remaining two modules.










via WiFiNovation | Scoop.it

2014/01/20

UPC launches Wi-Free service trial




UPC is trialling a revolutionary new Wi-Fi service with 10,000 Broadband customers in Limerick.


The new Horizon Wi-Free service is free to UPC Broadband customers and allows them to seamlessly connect their mobile devices to a separate UPC Wi-Fi service when visiting any other participating UPC Broadband home.


It means that you don't have to ask your host for their Wi-Fi password or use expensive 3/4G. When customers set their device to connect once, it will automatically connect every time after that.


Ronan McEvoy, Head of Consumer Products, UPC Ireland said, "The internet is all about sharing, so we thought 'why not share the internet itself'? UPC's Horizon Wi-Free service means you can still enjoy the benefits of our Fibre Powered Broadband when you're visiting friends. With reliable, fast and secure Wi-Free broadband, you can keep up to date with news, live match scores and any other content you really want to see."


Using UPC's current Fibre Power network, Horizon Wi-Free creates a new dedicated Wi-Fi network in UPC Broadband homes which is independent of the existing Wi-Fi network. Existing customers will continue to use their Wi-Fi network without any impact, while a new, second Wi-Fi network will enable the visitor to automatically connect to reliable and secure Wi-Fi.


With Horizon Wi-Free, there's no need to share the specific household Wi-Fi password with visitors meaning the private home network and Wi-Fi password remain fully secure. Horizon Wi-Free doesn't impact the broadband speed, usage or security of the home user. In addition, up to five people can connect to each Horizon Wi-Free hot spot at a time.



Horizon Wi-Free will first be available in Limerick and rolled out nationwide to over 150,000 customers thereafter.










via WiFiNovation | Scoop.it

2014/01/17

Australia : Public-facing Wi-Fi deployments taking off




Wi-Fi network deployments in stadiums and city councils are growing in Australia, according to IDC's Asia/Pacific Quarterly Wireless LAN (WLAN) Tracker Q3 2013.


IDC’s research found enterprise market share for wireless deployments in Australia and New Zealand during Q3 2013 was 65 per cent, growing 27 per cent year-on-year.


“IDC has started seeing more public-facing Wi-Fi installations aiming to provide widespread connectivity for customers and monetisation opportunities for network suppliers.”



Almost three-quarters of Australian companies are planning to increase their mobility spend in 2014, with 80 per cent of tablets being Wi-Fi only devices. IDC also found more than 7.5 million people used their mobile phones to connect to the Internet in 2013.










via WiFiNovation | Scoop.it

2014/01/15

Retail Analytics: Who Owns The Data?



At AirTight Networks, we talk a lot of SMAC (Social, Mobile, Analytics, Cloud). Together these forces have come together to significantly impact and radically change various markets. It’s not hard to wax eloquent about SMAC for long periods of time, but in this article, I want to focus only on the Analytics piece – that numerical, statistical, miracle whip that drives business decisions.




Analytics Data: Type and Collection
In the SMAC model using Wi-Fi as the Mobile piece, data is collected from Wi-Fi access points. The analytics data itself generally falls into one of two categories:


1) Presence, and


2) Opt-in.




Presence Analytics

Presence Analytics is, as it sounds, focused around whether the client device is on-location (“present”) and whether it is inside or outside a boundary (e.g. a store front). This type of data is device-specific (MAC Address), independent from the user of a device (contains no user-identifying information), and therefore anonymous. It is collected by using Access Points (APs) to scan the air and to gather MAC addresses (which only a hashed representation thereof is stored). Presence Analytics can be used for a variety of things, but some examples might include:



  • Understanding total foot traffic (e.g. how many visitors came to your location)

  • Understanding capture rate of visitor traffic (e.g. which visitors came inside your store front and which ones stayed outside)

  • Understanding dwell time (e.g. visit duration) either inside or outside your location


The same capability that enables Presence Analytics also enables similar functions like Loyalty Analytics. Examples of this might be:



  • Understanding visitor frequency (how often do they come to see you?)

  • Understanding visit recency (when was the last time they came to see you?)

  • Understanding repeat visitor information (how many times have they come to this location over a period of time?)


....



At AirTight Networks, we talk a lot of SMAC (Social, Mobile, Analytics, Cloud). Together these forces have come together to significantly impact and radically change various markets. It’s not hard to wax eloquent about SMAC for long periods of time, but in this article, I want to focus only on the Analytics piece – that numerical, statistical, miracle whip that drives business decisions.


Analytics Data: Type and Collection
In the SMAC model using Wi-Fi as the Mobile piece, data is collected from Wi-Fi access points. The analytics data itself generally falls into one of two categories: 1) Presence, and 2) Opt-in.


Presence Analytics

Presence Analytics is, as it sounds, focused around whether the client device is on-location (“present”) and whether it is inside or outside a boundary (e.g. a store front). This type of data is device-specific (MAC Address), independent from the user of a device (contains no user-identifying information), and therefore anonymous. It is collected by using Access Points (APs) to scan the air and to gather MAC addresses (which only a hashed representation thereof is stored). Presence Analytics can be used for a variety of things, but some examples might include:



  • Understanding total foot traffic (e.g. how many visitors came to your location)

  • Understanding capture rate of visitor traffic (e.g. which visitors came inside your store front and which ones stayed outside)

  • Understanding dwell time (e.g. visit duration) either inside or outside your location



The same capability that enables Presence Analytics also enables similar functions like Loyalty Analytics. Examples of this might be:



  • Understanding visitor frequency (how often do they come to see you?)

  • Understanding visit recency (when was the last time they came to see you?)

  • Understanding repeat visitor information (how many times have they come to this location over a period of time?)


- See more at: http://blog.airtightnetworks.com/retail-analytics-who-owns-the-data/#sthash.G4eTBGfv.dpuf


At AirTight Networks, we talk a lot of SMAC (Social, Mobile, Analytics, Cloud). Together these forces have come together to significantly impact and radically change various markets. It’s not hard to wax eloquent about SMAC for long periods of time, but in this article, I want to focus only on the Analytics piece – that numerical, statistical, miracle whip that drives business decisions.


Analytics Data: Type and Collection
In the SMAC model using Wi-Fi as the Mobile piece, data is collected from Wi-Fi access points. The analytics data itself generally falls into one of two categories: 1) Presence, and 2) Opt-in.


Presence Analytics

Presence Analytics is, as it sounds, focused around whether the client device is on-location (“present”) and whether it is inside or outside a boundary (e.g. a store front). This type of data is device-specific (MAC Address), independent from the user of a device (contains no user-identifying information), and therefore anonymous. It is collected by using Access Points (APs) to scan the air and to gather MAC addresses (which only a hashed representation thereof is stored). Presence Analytics can be used for a variety of things, but some examples might include:



  • Understanding total foot traffic (e.g. how many visitors came to your location)

  • Understanding capture rate of visitor traffic (e.g. which visitors came inside your store front and which ones stayed outside)

  • Understanding dwell time (e.g. visit duration) either inside or outside your location



The same capability that enables Presence Analytics also enables similar functions like Loyalty Analytics. Examples of this might be:



  • Understanding visitor frequency (how often do they come to see you?)

  • Understanding visit recency (when was the last time they came to see you?)

  • Understanding repeat visitor information (how many times have they come to this location over a period of time?)


- See more at: http://blog.airtightnetworks.com/retail-analytics-who-owns-the-data/#sthash.G4eTBGfv.dpuf









via WiFiNovation | Scoop.it

2014/01/10

ZTE portable WiFi hotspot has Android, a projector and a big battery



For most folks, a WiFi hotspot has to be small, simple, solid and effective. The biggest concerns are usually battery life and signal strength, and most OEMs tend to focus on that and nothing more.



The little guy you see in the video above runs Android on a tiny display, giving you access to the operating system at 480 x 800 resolution. While color displays and light OSs on hotspots aren’t new, a couple of other elements on this bad boy is.


For starters, ZTE has chucked a projector inside, giving you a way to beam video content (any surface’ll do) at up to 120 inches in size. This could be great for showing a quick presentation on the go, though we’d understand it if you found difficulty finding tons of practical use-cases for this thing.




This WiFi hotspot also has an insane 5,000mAh battery, which just sounds like a dream come true for a hotspot device. While that battery’s main use is to charge a smartphone using its built-in microUSB port, we’re excited about the prospect of all-day hotspot goodness alone. It’ll serve up 3G and 4G speeds whenever you need it, though that’s subject to carrier approval (we imagine they’d only help you out if they officially sold it themselves).


While everyone’s getting all googley-eyed over smart watches and connected cars this year, we’re secretly hoping that this WiFi hotspot forces others to come up with a solution that’s just as useful as this one should turn out to be. There’s a quick look at it above, and then you can let your eyes wander below for a sample of video playback through that projector.










via WiFiNovation | Scoop.it

2014/01/09

WHITE PAPER : Connect Your Life Wi-Fi and the Internet of Everything



The Internet of Everything (IoE) is one of the most exciting waves of innovation the world has witnessed, and its potential has only just begun to emerge. This marked transformation in how devices and people use connectivity is happening before our very eyes, as more and more devices and objects are enabled with Wi-Fi® and other technologies to connect to one another and larger networks.


The economic potential of the Internet of Everything is boundless, presenting a vast range of opportunities across a variety of sectors of the economy. Consumers will use smart home and automotive applications to monitor, protect, and control their home environments, to maintain their health, and to stay connected to home and work when on the go. Enterprises and small businesses alike will drive new efficiencies into their operations and develop entirely new business models enabled by IoE applications. Governments will collect revenue and monitor mission critical transit, public safety, and sanitation systems. Industrial and commercial facilities will improve their efficiency through IoE applications, benefitting consumers worldwide through lowered prices and better service. In the developing world, Internet of Everything applications have the potential to raise standards of living by improving healthcare delivery and sanitation, enabling quick disaster response, and much more.



The Internet of Everything (IoE) is one of the most exciting waves of innovation the world has witnessed, and its potential has only just begun to emerge. This marked transformation in how devices and people use connectivity is happening before our very eyes, as more and more devices and objects are enabled with Wi-Fi® and other technologies to connect to one another and larger networks.


The economic potential of the Internet of Everything is boundless, presenting a vast range of opportunities across a variety of sectors of the economy. Consumers will use smart home and automotive applications to monitor, protect, and control their home environments, to maintain their health, and to stay connected to home and work when on the go. Enterprises and small businesses alike will drive new efficiencies into their operations and develop entirely new business models enabled by IoE applications. Governments will collect revenue and monitor mission critical transit, public safety, and sanitation systems. Industrial and commercial facilities will improve their efficiency through IoE applications, benefitting consumers worldwide through lowered prices and better service. In the developing world, Internet of Everything applications have the potential to raise standards of living by improving healthcare delivery and sanitation, enabling quick disaster response, and much more.


- See more at: http://www.wi-fi.org/discover-wi-fi/connect-your-life#sthash.URlkfhHe.dpuf

The Internet of Everything (IoE) is one of the most exciting waves of innovation the world has witnessed, and its potential has only just begun to emerge. This marked transformation in how devices and people use connectivity is happening before our very eyes, as more and more devices and objects are enabled with Wi-Fi® and other technologies to connect to one another and larger networks.


The economic potential of the Internet of Everything is boundless, presenting a vast range of opportunities across a variety of sectors of the economy. Consumers will use smart home and automotive applications to monitor, protect, and control their home environments, to maintain their health, and to stay connected to home and work when on the go. Enterprises and small businesses alike will drive new efficiencies into their operations and develop entirely new business models enabled by IoE applications. Governments will collect revenue and monitor mission critical transit, public safety, and sanitation systems. Industrial and commercial facilities will improve their efficiency through IoE applications, benefitting consumers worldwide through lowered prices and better service. In the developing world, Internet of Everything applications have the potential to raise standards of living by improving healthcare delivery and sanitation, enabling quick disaster response, and much more.


- See more at: http://www.wi-fi.org/discover-wi-fi/connect-your-life#sthash.URlkfhHe.dpuf




WiFiNovation's insight:

For more information on the role Wi-Fi plays in the evolution of the Internet of Everything, download - See more at: http://www.wi-fi.org/news-events/newsroom/wi-fi%C2%AE-connectivity-increases-purchase-likelihood-for-smart-home-devices#sthash.cmPOF3Aj.dpuf









via WiFiNovation | Scoop.it

Wi-Fi connectivity increases purchase likelihood for smart home devices




Consumers’ expectations for a connected life are expanding beyond the world of PCs and mobile gadgets to include a wide range of smart home and smart automotive devices. New research conducted on behalf of Wi-Fi Alliance® demonstrates that consumers are ready to embrace a range of connected applications such as home security, smart energy, and in-vehicle infotainment. However, ease of use and integration with existing home networks top the list of concerns as consumers gradually step into the “Internet of Everything” era.


Smart devices - electronics that connect to other devices or networks, operating interactively and somewhat autonomously – are seeing a surge in consumer interest. Among the survey respondents, 75 percent believe all homes will eventually be equipped with smart technology. Ninety-three percent of the respondents agreed that controlling the home remotely will have a positive impact on the quality of their daily lives. Home security systems, lighting, thermostats, cars, irrigation systems, personal health devices and appliances topped the list of areas for which 25 percent or more of respondents stated that Wi-Fi® connectivity would be a useful feature.


This growing interest comes with a few caveats. Eighty-four percent of consumers cite concerns about integrating smart technologies into their homes - ease of use and compatibility chief among them. A key finding of the study is that consumers want to integrate all their smart devices and appliances in a single home network. Ninety-one percent of consumers are more likely to purchase smart products if they are able to synchronize everything with their existing Wi-Fi network. More than half of respondents already have Wi-Fi enabled household items such as appliances, thermostats or lighting systems.


“There is no question that Wi-Fi will be a major connection for smart home and automotive applications,” said Phil Solis, Research Director, ABI Research. “Wi-Fi has a massive installed base of more than four billion products and is expected to surpass ten billion in 2018, and a legacy of interoperability which will ensure it will play a strong role in the Internet of Everything.”


Wi-Fi’s massive installed base enables consumers to leverage smartphones and tablets to gradually integrate, interact with, and control smart devices at home and when away. Wi-Fi can elegantly handle intermittent transmission of very small amounts of data to high-definition multimedia, enabling a range of connectivity for home automation, wearable technologies, personal health devices and telematics.


“The Wi-Fi industry has sold more than one device for every person on Earth and we are building on this massive adoption to deliver on the vision of the smart home,” said Edgar Figueroa, president and CEO of Wi-Fi Alliance. “Wi-Fi has already given consumers connectivity they never imagined, and our innovations in ease of use, discovery, and power are putting Wi-Fi at the very core of the Internet of Everything.”


Seventy-seven percent of survey respondents stated that Wi-Fi connectivity will be an important purchase consideration when they next replace major household items including televisions, home security systems, thermostats, lighting and cars. Sixty-three percent of respondents stated that within ten years the majority of devices or appliances they purchase will include smart technology. Seventy-three percent of respondents predict they will buy Wi-Fi enabled devices in 2014.


- See more at: http://www.wi-fi.org/news-events/newsroom/wi-fi%C2%AE-connectivity-increases-purchase-likelihood-for-smart-home-devices#sthash.VGng6Po2.dpuf


Consumers’ expectations for a connected life are expanding beyond the world of PCs and mobile gadgets to include a wide range of smart home and smart automotive devices. New research conducted on behalf of Wi-Fi Alliance® demonstrates that consumers are ready to embrace a range of connected applications such as home security, smart energy, and in-vehicle infotainment. However, ease of use and integration with existing home networks top the list of concerns as consumers gradually step into the “Internet of Everything” era.


Smart devices - electronics that connect to other devices or networks, operating interactively and somewhat autonomously – are seeing a surge in consumer interest. Among the survey respondents, 75 percent believe all homes will eventually be equipped with smart technology. Ninety-three percent of the respondents agreed that controlling the home remotely will have a positive impact on the quality of their daily lives. Home security systems, lighting, thermostats, cars, irrigation systems, personal health devices and appliances topped the list of areas for which 25 percent or more of respondents stated that Wi-Fi® connectivity would be a useful feature.


This growing interest comes with a few caveats. Eighty-four percent of consumers cite concerns about integrating smart technologies into their homes - ease of use and compatibility chief among them. A key finding of the study is that consumers want to integrate all their smart devices and appliances in a single home network. Ninety-one percent of consumers are more likely to purchase smart products if they are able to synchronize everything with their existing Wi-Fi network. More than half of respondents already have Wi-Fi enabled household items such as appliances, thermostats or lighting systems.


“There is no question that Wi-Fi will be a major connection for smart home and automotive applications,” said Phil Solis, Research Director, ABI Research. “Wi-Fi has a massive installed base of more than four billion products and is expected to surpass ten billion in 2018, and a legacy of interoperability which will ensure it will play a strong role in the Internet of Everything.”


Wi-Fi’s massive installed base enables consumers to leverage smartphones and tablets to gradually integrate, interact with, and control smart devices at home and when away. Wi-Fi can elegantly handle intermittent transmission of very small amounts of data to high-definition multimedia, enabling a range of connectivity for home automation, wearable technologies, personal health devices and telematics.


“The Wi-Fi industry has sold more than one device for every person on Earth and we are building on this massive adoption to deliver on the vision of the smart home,” said Edgar Figueroa, president and CEO of Wi-Fi Alliance. “Wi-Fi has already given consumers connectivity they never imagined, and our innovations in ease of use, discovery, and power are putting Wi-Fi at the very core of the Internet of Everything.”


Seventy-seven percent of survey respondents stated that Wi-Fi connectivity will be an important purchase consideration when they next replace major household items including televisions, home security systems, thermostats, lighting and cars. Sixty-three percent of respondents stated that within ten years the majority of devices or appliances they purchase will include smart technology. Seventy-three percent of respondents predict they will buy Wi-Fi enabled devices in 2014.


- See more at: http://www.wi-fi.org/news-events/newsroom/wi-fi%C2%AE-connectivity-increases-purchase-likelihood-for-smart-home-devices#sthash.VGng6Po2.dpuf



WiFiNovation's insight:

"Consumers’ expectations for a connected life are expanding beyond the world of PCs and mobile gadgets to include a wide range of smart home and smart automotive devices. New research conducted on behalf of Wi-Fi Alliance® demonstrates that consumers are ready to embrace a range of connected applications such as home security, smart energy, and in-vehicle infotainment. However, ease of use and integration with existing home networks top the list of concerns as consumers gradually step into the “Internet of Everything” era.


Smart devices - electronics that connect to other devices or networks, operating interactively and somewhat autonomously – are seeing a surge in consumer interest. Among the survey respondents, 75 percent believe all homes will eventually be equipped with smart technology. Ninety-three percent of the respondents agreed that controlling the home remotely will have a positive impact on the quality of their daily lives. Home security systems, lighting, thermostats, cars, irrigation systems, personal health devices and appliances topped the list of areas for which 25 percent or more of respondents stated that Wi-Fi® connectivity would be a useful feature.




This growing interest comes with a few caveats. Eighty-four percent of consumers cite concerns about integrating smart technologies into their homes - ease of use and compatibility chief among them. A key finding of the study is that consumers want to integrate all their smart devices and appliances in a single home network. Ninety-one percent of consumers are more likely to purchase smart products if they are able to synchronize everything with their existing Wi-Fi network. More than half of respondents already have Wi-Fi enabled household items such as appliances, thermostats or lighting systems" .....










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CASE STUDY : Challenging locations at up to 30 new sites every day



As Michigan Blood first started exploring possible networking solutions, it recognized the need for a high performance, highly available and secure enterprise Wi-Fi and branch routing solution, without the cost and complexity of a controller-based solution. A controller-less Wi-Fi architecture would enable no single point of failure, with flexibility for expansion, and superior branch performance at reduced cost.


Michigan Blood considered other solution providers, such as Meraki, Meru Networks and HP, but they entailed multiple devices or additional firewall requirements, while Aerohive was able to offer a simplified and secure networking solution for both its fixed sites and mobile locations.


“In our world, it was imperative to have a controller-less solution with centralized management like Aerohive offers. Controllers would add an unnecessary layer of complexity, and we do not have the luxury of transferring data back and forth. A secure VPN solution was vital for us to deploy at all our mobile blood drive locations,” stated Bob Eluskie, Director of Information Technology at Michigan Blood.


Michigan Blood deployed Aerohive’s Branch on Demand office network solution, selecting Aerohive BR100 routers for all mobile locations. Michigan Blood has also equipped sales staff with Aerohive BR100 routers to work easily from home and to test connectivity at site locations for mobile blood drives. The Aerohive BR100 touts ‘work anywhere’ mobility, enterprise Wi-Fi, VPN, routing and security, essential for Michigan Blood’s challenging mobile blood drive requirements. Branch routers from Aerohive enabled the IT staff at Michigan Blood to run as many remote office VPNs as easily as they would a single location, with the same level of security as its corporate network, critical for any healthcare organization that manages strict requirements for privacy and data integrity.


In addition, Michigan Blood uses the Aerohive BR100 and BR200 routers with 4G connectivity as backup to the primary MPLS connectivity. Future initiatives include replacing PRI circuits at three smaller offices with Aerohive branch routers using 4G service or cable Internet, reducing considerable cost for the organization.


Michigan Blood implemented Aerohive AP330 access points for its headquarters and fixed site locations. The AP330 is targeted at high capacity enterprise environments, chosen for its high performance and reliability.


Michigan Blood is also using HiveManager from its headquarters to monitor and manage its access points and routers across all its mobile and fixed sites. Its simple user interface makes it easy for Michigan Blood to make changes, conduct firmware upgrades or manage policy configurations remotely.


A key mandate for Michigan Blood is flawless connectivity, especially crucial for the healthcare industry. A critical feature in Aerohive’s distributed architecture is the RADIUS server support built directly into the Aerohive operating system, HiveOS. This feature eliminates the need for remote directory services to support 802.1X authentication as well as eliminating the need to distribute additional RADIUS servers at each remote location. As Bob explains, “We wouldn’t have deployed Aerohive at Michigan Blood without the enterprise class features its solution offered.”


Active directory support from Aerohive is also essential for Michigan Blood. With numerous types of devices, and an increase in BYOD for volunteers and staff, the organization needs to not only be able to connect seamlessly to the network, but with same authentication and security as a corporate implementation.










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Free Wi-Fi at 28 MRT stations (in Singapore) from mid-2014




SINGAPORE: From mid-2014, commuters at 28 MRT station platforms across Singapore will enjoy free Wi-Fi connection.


The trial is implemented by the Land Transport Authority (LTA) as part of the Land Transport Master Plan initiatives to provide better service on the public transport network.


Wireless@SG will be introduced at the platforms of all North East Line stations and 12 other stations with high commuter usage.


The 12 major stations are Jurong East, Raffles Place, City Hall, Dhoby Ghaut, Bishan, Serangoon, Buona Vista, Outram Park, Paya Lebar, Orchard, Choa Chu Kang and HarbourFront.


LTA said the trial is aimed at enhancing wireless connectivity for commuters while they wait for the trains.


Wireless@SG is a wireless broadband initiative by the Infocomm Authority of Singapore that aims to extend broadband access beyond homes, schools and offices to public places.


Users can enjoy free and seamless wireless broadband access with speeds of up to 2mbps.



LTA said tenders for the implementation of the Wireless@SG trial will be called on Wednesday, and the service will be progressively available from mid-2014.










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2014/01/08

RFMD Expands Product Portfolio for the Growing Automotive Wi-Fi Market



RFMD (Nasdaq:RFMD), a global leader in the design and manufacture of high-performance radio frequency solutions, today expanded its broad portfolio of Wi-Fi products to include two new front end modules (FEMs) for automotive Wi-Fi applications. RFMD's new RFFM8500Q is a compact, high linearity FEM supporting 5 GHz Wi-Fi and featuring a power amplifier (PA), low noise amplifier (LNA) and single pole double throw (SPDT) switch. RFMD also unveiled its 2.4 GHz Wi-Fi high linearity FEM, the RFFM8200Q, which includes a PA, LNA and single pole triple throw (SP3T) switch. Both products are ISO/TS 16949 certified, offer best in class performance, and are tested in accordance with the AECQ-100 automotive specification.




According to ABI Research, shipments of connected automotive infotainment systems will grow from 9 million in 2013 to more than 62 million in 2018 with connected navigation, multimedia streaming, social media, and in-car Wi-Fi hotspots as key features. Several car makers have already announced their commitment to in-car Wi-Fi, including General Motors, Audi and Mercedes Benz. GM announced that it will add 4G/LTE connectivity and in-car Wi-Fi hotspots to several of its 2015 GMC, Chevrolet, Buick and Cadillac model cars, trucks and crossovers available in the U.S. and Canada later this year. Audi has a goal of one million connected Audi vehicles on the road worldwide by 2015 through its Audi connect® service, which supports up to eight in-car Wi-Fi-enabled devices simultaneously.









"RFMD's expanding ISO/TS 16949-compliant Wi-Fi product portfolio highlights our commitment to excellence in product design and manufacturing processes for the fast-growing automotive Wi-Fi market," said Rohan Houlden, general manager of RFMD's Wireless Connectivity Business Unit. "We expect to significantly expand our presence in the automotive industry and are eager to support the leading chipset providers as they gear up for the rollout of new cars, trucks and SUVs that offer in-car Wi-Fi later this year."





The RFFM8500Q and the RFFM8200Q FEMs are the newest addition to RFMD's growing family of ISO/TS 16949-certified products for automotive Wi-Fi, and will be available for volume production this quarter. ISO/TS 16949 certification is the highest international quality standard for the automotive industry, and incorporates ISO technical specifications that are more stringent than ISO 9001 quality management system requirements. RFMD achieved ISO/TS 16949 certification in 2012 and provides complete production part approval process (PPAP) packages for its automotive Wi-Fi products.




RFMD offers a complete portfolio of Wi-Fi FEMS (PA, LNA, switch, harmonic filtering) and discrete devices such as auto switches and switch LNA modules to support the latest 802.11ac reference designs from the world's leading automotive Wi-Fi chipset makers. The Company is also evaluating its automotive Wi-Fi products for the emerging 802.11p standard for adding wireless access in vehicular environments (WAVE).


GREENSBORO, N.C., Jan. 7, 2014 (GLOBE NEWSWIRE) -- RFMD (Nasdaq:RFMD), a global leader in the design and manufacture of high-performance radio frequency solutions, today expanded its broad portfolio of Wi-Fi products to include two new front end...









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2014/01/07

GM introduces new mobile device: 4G LTE cars



GM practically invented the connected car with OnStar. But the new system is an effort to extend OnStar from a proprietary safety and concierge service into a more open ecosystem of applications and services that car owners can customize to their own tastes.


2015 Chevrolet Corvette, Impala, Malibu, and Volt vehicles will be the first to include the 4G OnStar service, the tenth generation of OnStar technology. In Canada, the Chevrolet Trax will also be equipped with the upgraded OnStar as well. Most Chevy 2015 models will also be equipped with the new system as they’re introduced later this year. The wireless service is provided by AT&T; existing AT&T customers will be able to add their car to their data plans via the company’s Mobile Share plans. Data plans will also be available as a standalone option; GM and AT&T haven’t yet announced pricing.




Having a persistent 4G LTE connection will mean that GM will be able to send frequent software updates to vehicles. It’s also a persistent connection for the MyLink system, which will now include an HTML5-driven touch interface and a growing collection of “apps” that leverage the connectivity. An in-car Wi-Fi network has been engineered into the vehicle designs to provide broadband access to passengers.






GM’s Chevrolet AppShop includes a number of Internet radio apps, such as NPR, Slacker Radio, IHeartRadio, and TuneIn Radio. It also offers Glympse, a social travel app that can be used to inform others of a driver’s location, speed, and estimated time of arrival for a trip. Travel and local information apps Eventseeker, Cityseeker, The Weather Channel, and Priceline.com are included as well. The apps will all be free to download for customers with data plans. And GM is hoping to continue to build the inventory of its AppShop through the company’s developer program.










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2014/01/05

Is Republic Wireless too good to be true?



How much would you sacrifice for cheap smartphone service?



That's a question a lot of consumers are asking themselves these days as they shop for a better deal on their wireless service. Some consumers don't want to sacrifice anything. They want rock solid reliability, a wide selection of the hottest new phones and stellar customer service. But all those things cost money. If you're looking for the absolute best deal in wireless, you may have to lower your expectations slightly.



In this edition of Ask Maggie, I offer advice on whether the upstart carrier Republic Wireless -- which uses Wi-Fi primarily to deliver voice, text messaging, and data services -- is ready for prime time and a good alternative to expensive wireless service. I also advise another reader on how he can get an inexpensive smartphone service without the expensive carrier data service.










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2014/01/02

World’s fastest WiFi technology in the works in Israel



A US-based company named ‘Wilocity’, a relatively unknown name in the tech world, is working on a new technology that will enable the WiFi routers to transfer data at the speeds of 7 gigabytes per second, which is 25 times faster than the current average speed. The latest technology is being developed in Israel’s port city of Caesarea. The ancient Mediterranean city is named after the Roman emperor Caesar Augustus and now is home to luxury houses like Prime Minister Benjamin Netanyahu’s. The pioneers of 60GHz 802.11ad, the promising technology has found backing from some of the world’s biggest tech companies like Cisco, Marvel, and Qualcomm who have invested $105 million.



Wilocity’s 60GHz technology offers a quantum leap in wireless bandwidth and performance, with 10x improvements in transfer rates, wait times, and performance and power efficiency. The small Wilocity chip, called as WiGig, enables the wireless transfer of movies, heavy files and games and has already been used in a couple of Dell devices like the Dell 6430u Ultrabook and the D5000 Wireless Dock. The company also plans to launch a similar chip for smartphones by 2014. Currently the technology has a drawback which is that the wireless transition is limited inside the bounds of a room, the transition is impeded by concrete walls. Wilocity was founded in 2007 by four senior developers who previously worked at Intel’s R&D facility in the northern Israeli city of Haifa.










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