In the future, using open standard APIs (e.g. the Bondi initiative) Web developers will be able to access deeper device functions such as geolocation. Once created, these Web-based services can be easily wrapped (e.g. using Phonegap) as apps for distribution in app stores. This gives the developer two parallel discovery mechanisms: i) visitors clicking on organic results in mobile search engines and ii) visitors downloading from app stores.”
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Mobile Apps Beware -- Rapidly Accelerating Mobile Touch Web Is Perfect Example of Mobile Cloud Computing
Feb 4, 2010 12:00:00 AM / by Admin
In the future, using open standard APIs (e.g. the Bondi initiative) Web developers will be able to access deeper device functions such as geolocation. Once created, these Web-based services can be easily wrapped (e.g. using Phonegap) as apps for distribution in app stores. This gives the developer two parallel discovery mechanisms: i) visitors clicking on organic results in mobile search engines and ii) visitors downloading from app stores.”
The one big difference between KDDI and the others is that KDDI is a CDMA operator. I don’t necessarily really see this as having hampered vendor selection as the CDMA space has a number of suppliers including Airvana, Motorola, Airwalk, Alcatel Lucent and Samsung.
However, there is a difference in the price of CDMA femtocells versus UMTS femtocells as most of these solutions are not built on dedicated silicon yet. The one vendor who has plans in that area is Qualcomm, but has yet to make samples available. Mobile World Congress could change that but we will have to wait and see. In the KDDI case this could have been a factor in their delay on femtocells.
If we take the Sprint case, they were the first to launch a 2G femtocell back in 2008. In June 2009 they announced an upcoming launch of 3G femtocells with Airvana gear. Since then things have been quiet with no public updates available. Again, this could be because the business case doesn’t stack up as well as it does for UMTS femtocells. UMTS femtocells are known to have already reached the $100 price point.
In any case, this is another feather in the cap for Airvana. They are also one of the few vendors apart from Alcatel Lucent providing both UMTS and CDMA femtocells. Airvana’s tie up with Hitachi as a network integrator is something that has been known about for a long time, something that seems to finally bearing fruit for them.
The question is whether this will convert to a commercial launch and how soon? My bet is that Airvana is in a strong position and KDDI will not really want to waste time now that it has its trials commencing in March 2010.
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Media tablets, and specifically the iPad, pose challenges for purpose-built CE devices such as eBook Readers. Media tablets are able to display a wider variety of content, though with more frequent battery charges. Amazon.com has already made its Kindle eBook Reader application available for smartphones and personal computer operating systems, perhaps signifying the e-commerce company had read the tea leaves and the onslaught of media tablets.
Apple's entry into the media tablet market does not guarantee its success. Several functions -- cameras, external storage interfaces, support for Flash in the browser -- are absent from the first models. The iPad prices and gaps in functionality are likely to leave the door open for other media tablet vendors.
ZigBee Takes on Active RFID with Announcement of Upcoming "ZigBee Retail Services" Public Application Profile
Jan 25, 2010 12:00:00 AM / by Admin
Significantly, this announcement is a direct shot at the “active” RFID market.While “passive” RFID will preserve its growing auto ID niche in retail and elsewhere, due to its cost and energy consumption advantages over any “active” technology, ZigBee is well-positioned with this new profile standard to displace vendors of active in-building tracking technologies based on Wi-Fi, UWB, and various proprietary protocols.Namely
- ZigBee Retail Services will leverage a host of application-level functions defined in the ZigBee Cluster Library for previous profile standards, such as Smart Energy and Healthcare.
- ZigBee scale and volume, along with power consumption and price advantages over Wi-Fi, mean that retail and supply-chain solutions based on ZigBee will have a business case advantage over rival technologies for the foreseeable future.
- The ZigBee Alliance is a burgeoning industry organization of over 340 members globally that gives ZigBee technology an enormous market push as the Alliance expands into additional market adjacencies.
Vodafone’s Sure Signal – Is this a turning point for the femtocell market?
Jan 19, 2010 12:00:00 AM / by Admin
Is Vodafone expecting a data deluge on its networks post IPhone launch? Is Vodafone one of the first operators to think proactively as opposed to reactively, as has been the case with AT&T in the US till now? Or is it simply the case that Vodafone has a large inventory of Access Gateway devices, which it could not sell?
On the bright side, the femtocell market couldn’t have asked for a better start to 2010. Vodafone, which is one of the worlds largest and most influential operator’s, has literally put its weight behind femtocells and would like to see more of its customers adopting the device in their homes and offices. Finally, there is the operator push that everyone was looking for, the aggressive operator stance that has been missing in this marketplace.
Sure Signal is now being marketed through T-shirts, billboards, the London tube twitter, facebook and is also on the home page of the Vodafone online shop. Sure Signal is the new avatar of the Access Gateway which in some sense was a badly executed launch, with many customers complaining of ‘three day’ waiting times for their femtocell to get activated. Also, the Access Gateway felt like Vodafone were embarrassed to talk about their poor coverage in specific locations or blackspots.
Sure Signal points towards a changed attitude towards femtocells from Vodafone. They are not embarrassed to say that their coverage might be poor when indoors, or in rural areas where there are a limited number of cell phone masts. I think this is a huge leap of faith for any operator. This could be a significant turning point for the femtocell market with other operators following Vodafone by example.
However, there are some parts of the announcement that fall short of my expectations. I will be elaborating on these issues in my upcoming Analyst Insight on the topic. However the central theme is that Vodafone could have used this opportunity explain to ‘first-time’ customers the true value proposition of femtocells. As many of us in the industry know, this extends beyond voice and includes data coverage as well as new and exciting femtozone applications. Could this be seen as a missed opportunity wherein Vodafone could have really transformed how the average mobile consumer views femtocells?
The application however has certain smarts built into it like the ability to do smart service selection, wherein the user can select the kind of services like Voice/SMS, Mobile TV, MMS that can be obtained from the operator and/or general Internet services that are not operator related. One of the big advantages though is that once the smartphone is connected through Smart WiFi to the operator’s core network, the cellular radio shuts down automatically saving critical battery life on the handset. The advantage is that operators can continue offering their crucial revenue generating services like voice and SMS when the user is connected via Smart WiFi. This is the key differentiator of Smart WiFi compared to normal WiFi.
What Kineto hopes to do is to sell more of their gateways to support Smart WiFI devices. Kineto hopes this could be a big seller to operators who already have UMA services on offer and are losing revenue to services like Skype. More importantly they would like to convert non-UMA operators to UMA by installing their gateways, which conveniently can also support femtocells. The application will be available initially preloaded on some of the Android devices but there are plans for it to be sold through Application Stores like the Apple App Store for example.
Kineto’s timing for this might be slightly unfortunate as just last week T-Mobile decided to shut down their Hotspot@Home service which wasn’t earning any revenue for them. Offering low-price calling over WiFi has not really worked for operators till now and users seem far happier to use Skype or many of the other VoIP services to make calls through WiFi. How will Kineto’s Smart WiFi application help? Well, it has to be priced competitively to the VoIP services in the first place and the ability for users to continue using SMS and voice calls on their phone when connected to WiFi is definitely a big draw. Smart WiFi certainly is a new way of incentivizing smartphones users to switch to WiFi when indoors.
One teething issue that still remains is the inability to do handovers although the phone will switch to Smart WiFi once it spots a recognizable WiFi hotspot. Handover is a critical feature that needs to be solved fast, which Kineto says is complicated but will be solved soon. How soon remains to be seen.
While femtocells start to find their way into operator networks, Kineto hopes Smart WiFi will offload some of the capacity headaches that they face now. Utilizing a growing smartphone and WiFi hotspot user base, there is certainly something for Kineto to chew upon. The question is will this be only limited to the ‘UMA friendly’ operators like T-Mobile and Orange or will we see wider adoption from the likes of AT&T and O2 who are facing severe capacity crunches in their networks?
ALU and Bell Labs push for efficient networks launching GreenTouch – will it be effective?
Jan 12, 2010 12:00:00 AM / by Admin
At the impressive media event in London yesterday, they had their CEO Ben Verwayen and Bell Labs head Jeong Kim attending, apart from representatives from the 15 members. Together they tried to explain how scientists and engineers at Bell Labs had come up with a number that defines the minimum energy required for networks to operate. According to their calculations, in theoretical terms this is 10,000 times lower than what is achieved today.
Notwithstanding the fanfare, there were many sceptics amongst the audience including myself who were looking for a bit more of detail in this announcement, while trying to understand the true motivations for ALU who has been financially downbeat off late. Here are some of the points that stood out for me at the press conference:
- They used the old argument of the amount of CO2 emitted due to ICT, which we have heard many times, but failed to mention about the rising costs of energy - which in my view is the core problem that green networks solve.
- There was no differentiation between fixed or mobile networks or how much energy is being consumed or lost in each, or how their effort will tackle different elements of the fixed/mobile networks. During the question & answer session they did mention that wireless makes up majority of the 10,000-fold inefficiency. A bit more detail on this would have been useful.
- My main cause for concern: what is GreenTouch doing differently from the myriad of industry and academia efforts in the same or related fields like MobileVCE, Smart2020, GSMA Green Power for Mobile, EARTH (Energy Aware Radio and Network Technologies) etc? GreenTouch says that it will start with a clean slate, however isn’t there a danger that it might be reinventing the wheel to some extent? Do they plan on collaborating with all or some of the various green telecom efforts that have looked at the issue of inefficient telecom networks?
- They say that it is an open initiative inviting industry and academia to join. However, as someone pointed out during the press conference, ALU is the only telecom vendor on the list. Will the NSNs and Ericsson’s of the world join this effort? The fact that ALU is the face of GreenTouch might be a key hurdle in making this a ‘true’ industry-wide effort. I wonder if this was backed by the GSMA, whether it would have been more effective?
- Currently there are no standard bodies amongst the members, who would be critical in making this a success and implementing the system level architecture. If not, how does the new reference architecture get implemented into future networks? No sign of IEEE, ETSI or 3GPP? Again, this would help give it more credibility.
- There was an incorrect suggestion by ALU made during the press conference that current networks are built for performance and not efficiency. This is not completely true. If you compare mobile technologies through the years from First Generation AMPS down to Fourth Generation LTE there has been a 10-fold reduction in the amount of CO2 per subscriber. A large part of this CO2 reduction has been because of improved efficiencies in the protocols, spectrum efficiency, hardware and software processing etc. Each iteration of mobile technologies are more efficient than their previous generation. What I am interested in seeing is the difference between what ALU is proposing and what has been achieved until now? Why is the focus not on making incremental changes but on starting from a clean slate? Have the current approaches got us nowhere?
- They clearly tried to avoid any questions on how much this will cost for ALU or the consortium. They hope to get funding from governments worldwide and the members themselves. However no approximate value was mentioned the announcement. Maybe its early days and they will get their heads together to figure out how much it will cost.
- Lastly, on the question of IP (Intellectual Property) they said that they hope that it will be shared and be open. They should know that there are no easy answers or assumptions when it comes to IP. I hope they have a clear understanding amongst the members on the question of IP.
It remains to be seen how ‘open’ the effort is, how many new members join in, more importantly who joins in. On a positive and personal note I think it is commendable for ALU and Bell Labs to take up this challenge and dream of a cleaner future where networks are smarter and highly efficient. I sincerely wish that they are successful and can ‘truly’ work up collaboration within the industry. I only hope that their heart is in the right place and this is not just another ‘green’ campaign that only improves shareholder value.
Unless you are a highly tech savvy consumer, you may not be aware of all the changes that are occurring in the Android OS. Consumers are aware of the new devices being released due to large marketing campaigns funded by operators and handset vendors, but not many can tell the difference between a 1GHz snapdragon implementation and a 500MHz one. Add to this the changes in OS capabilities and which carriers offer which OS version on which device and suddenly consumers can’t see the forest through the trees. The vast majority of consumers are still learning that Android is Google’s mobile OS and have yet to determine what the Android experience is.
A personal example: it took me longer than it should have to explain to a friend who had recently purchased a Droid Eris that her phone was not the new Droid from Motorola and what that meant. This conversation was quickly followed by a G1 owner also not understanding the difference between his device and the Eris (beyond the basic form factor differences). To date neither understands how these differences affect them and how they use their devices.
To be fair, Android is a relatively new mobile OS and application processors are in the midst of a switch to the next technology tier of multi-core and 1GHz speeds. Putting these two factors together, it can be expected that there will be many incremental improvements to Android handsets running on improved hardware. Add into this the fact that Android development cycles and hardware development cycles are currently out of sync, and it becomes apparent that the Android world needs some guidance to reduce the confusion and fragmentation.
The Nexus One announced today by Google may help to steer the Android handset market back towards true north and help consumers to understand what an Android handset should be…at least according to Google. With the Nexus One, Google is offering a handset where the software and the hardware are in developmental synch. This device can act as the bar for handset manufacturers to measure their Android implementations against. That is not to say that handset OEMs must make a device with all the latest bells and whistles to compete with Google, but that this device can be the statistical mean from which their offerings will vary. The release of the Nexus One will help consumers and handset OEMs tangibly understand what Google wants its software to do for the mobile handset. From this point, handset OEMs can set to the task of showing consumers what their handsets can do with Android.
Ford and Kia to Steal Consumer Telematics Headlines at CES 2010
Dec 31, 2009 12:00:00 AM / by Admin
In-car Wi-Fi based on a cellular USB modem on SYNC 2.0
- Mobile Applications Sync store and open APIs for trusted developer partners
- iTunes Music tagging for later purchase on a factory-installedHD radio receiver
- SyncMyPhone to synchronize address books and contact lists residing on a home computer