Will wearable computing take us by storm?

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The world of wearable computing is evolving at lightspeed and the impact these connected devices will have on our daily lives will be dramatic. From the simple fitness devices we see today, to the smart watches and google glasses which are just around the corner, we are not too far from some of the visionary scenes of a movie like ironman. 

Skeptics will say that wearable computing industry is still a big hype but I believe we have hardly seen the tip of the iceberg and there are just too many technology trends converging and too many business benefits for this not too happen at a large scale and much faster than anticipated.  Here is why…

Connectivity is almost everywhere

Mobile Connectivity is almost everywhere, being it through Wi-FI or 3G and LTE, we can now be constantly connected with our mobile devices and at affordable rates. Mobile data share plans will also make it easy to connect more devices to our current subscription, but in the worst case you can always use your mobile phone or home gateway as an aggregation point. The truth is, that any device that benefits from a connection will have one. The phone is most likely to be our aggregation point for data traffic, since this is the device we always carry with us, but this might change over time.

Wearable devices us Open Source Operating Systems, Open API’s and SDK

Wearable devices are becoming mainstream, fitness devices produced by Nike or Fitbit are already part of the common sports gear and soon we will see smart watches from Sony and Apple on retailer stores. Health monitoring devices are also appearing as mass market devices.  Many of the devices we see right now are very much single function or very focused functionality which means they do not necessarily need to be open to the developer community but this is changing as the device becomes more of an interface to the rest of the world.

Many devices manufacturers that see the wearable device as an interface or a portal will most likely want to build on open operating systems, being it Linux or Android they are providing open API’s to stimulate innovation and community engagement. We see this already with Google Glass supporting HTTP REST API’s to interface with their device. Google’s main competitor Vuzix is taking a similar approach and seem to have come even further since they have a rich SDK and a developer program to encourage innovation.

In addition to these hub devices, with Open API’s we also see companies developing sensors that can be embedded in cloth and some even washed.

Cloud infrastructure and Bigdata

With the availability of cloud and bigdata infrastructures it also means that the data captured by these wearable devices can rapidly be processed and insights can be actionable insights can be gained. It also means that the data can easily be augmented to be provide new information and insights to the end-user of the device.

Imagine yourself walking through a book store with you google glasses and by zooming on the ISBN, or barcode you get access to instant book reviews from Amazon, pricing information and other information about the book author. The system could also provide you with recommendations you might like based on your previous readings and by access the local in-store information portal you could actually get guidance on which shelf to find the book. That is if you are still going to bookstore.. but I guess you get the point.

Cloud, bigdata and analytics could change the way we use devices and transform them to become some kind of life support system.

Consumer and Business Benefits

I believe consumer and businesses will both drive the development of wearable computing.  On the business side devices like smart glasses enhanced with augmented reality will allow major costs saving and efficiency improvements in the enterprise, especially in segments where you need your hands free. A good way to exemplify this is how SAP and Vuzix are partnering to bring augmented reality solutions to the enterprise. In this video, you can see how the smart glasses allow a logistics worker to get important information and guidance in his daily warehouse activities while keeping his hands free, this allows him to save time and avoid dangerous situations. If elaborate a bit more the needs from job safety you can find all kinds of wearables devices, what if you would start measuring vital signs of people working in hard physical environment, that could help do preventive care.

On the consumer side healthcare and fitness are two big interest areas and we see more and more self-diagnosis and monitoring devices appearing on the market.

If you have a sense of humor, you can also check out some more exotic projects like Durex Fundawear.The famous condom manufacturer is working on underwear which can be controlled with you mobile phone, no more on that!

Another interesting example is the invisible bicycle helmet, it looks like some sort of scarf, but is in fact a hidden airbag for cyclists, that use sensors that determines when to unfold.

Earlier this year Juniper Research issued a report forecasing a total of almost 70 million smart wearable devices sold in 2017, including smart glasses, health and fitness devices along with enterprise wearables, compared to almost 15 million sales in 2013. I believe these numbers are still conservative.

So will wearable computing take us by storm?

I believe it will, the technology is there and the benefits are huge both for the consumer as well as the enterprise, but time will tell how fast this will really happen. Also I am sure I have missed plenty of use-cases and companies doing great stuff. I would love to get your feedback, experiences and thoughts about this topic.

Have you heard of tweet seats? Reconnecting with digital natives

tweet_seats_verona Apparently this is already a trend in the US, but it is the first I came across this usage of social media in Europe. The Arena of Verona announced a couple of weeks ago that it would provide discounted seats for people willing to tweet about the live performance they are watching at the Arena. This is an attempt to connect to the younger generations who are always connected and that might not be possible to reach with traditional media. The Arena wants to achieve two objectives with this: one is to reach out to the younger audiences but also to leverage on the viral effect we can get through social communities.The seats are well located in front of the stage so that the phone emitted light is not disturbing the actors and the tickets are attractively priced at 10 Euros. I hope there is no age limit, since I will certainly try to get one of these tickets during my next stay in Italy.

I guess the ultimate objective with this initiative is that we get these wow feelings and emotions reaching  to friends and families so that they also want to see the performance.  More common is the usage of twitter in live TV shows, where it is mostly used to provide instant feedback and interact with show hosts, but then again that is from your living room. Interesting is that social media marketing is happening in Opera and theater environments where normally a “turn off phones” rule is the norm. Is this just an experiment or is this phenomenon here to stay?

Most of the younger generations have probably never stepped into a theater or an opera, and getting these generations to make that move requires a bit of rethinking. Introducing twitter seats is maybe just what the performing art needs to reconnect with digital natives.

NSA Prism Data Mining – Are we just talking about privacy concerns?

digitalIDIn the last few days there has been a lot of talks about the fact that NSA and FBI  might be collecting and analyzing data from major service providers like Google, yahoo, apple and others in order to spy on citizens and internet users. Now while the concerns about privacy are legitimate I believe it is important also to start a proper debate about regulation for legal intercept on one end and what analysis these same internet players can do on their own without violating privacy.

While NSA and FBI are supposedly accessing the central servers of  leading U.S. Internet companies in order to extract audio, video, photographs, e-mails and documents that enable analysts to track a person’s movements and contacts over time, the key question remains: how do we regulate the service providers and authorities?

Service Provider Regulations

Now while the regulations in the telecoms are quite mature I can feel that for internet service provides still a lot remains to be done and much is still blurry. For regulated services provides like telcos, it is quite clear on what can be done and not, especially when it comes to voice services. Authorities can perform lawful intercept, record and analyze voice calls of a suspected criminal after a court order has been issued. The tapping could also be done on the data traffic and deep packet inspection mechanisms can be used to understand what is said on the data connection as long as the traffic is not encrypted. Encryption is why Blackberry had issues in middle east and had to deploy proxy servers to allow tapping into their traffic. In any case their is a clear identification of the user by the service provider and that is enough to provide court order and do the tapping.

Internet services providers like google, yahoo, apple and others have on the other hand hardly been subject to regulations, and even though the internet as we now it is now almost twenty years old, the regulations are still in their infancy. What one can and cannot monitor is not that obvious and in that ambiguity and in an era of BigData the ambition for both service providers and authorities is to monitor more and more to get better insights.

The Digital ID at the heard of the problem?

I believe the decoupling of a digital ID from a physical ID is at the heart of the some of the issues we are talking about here. Let’s have a look at how you are identified as a user. For phone numbers their is usually quite a strong link between that phone number and a physical person, since you have to use your national ID or passport to get that service from your telecom service provider. You pretty much know who is at the end of the line or at least you know who is accountable for that phone or internet connection.  Yes, sure there is fake ID’s but still…

Now, how about a digital ID created over a public internet connection? There is no way you can be sure about the real identity of that digital user. I guess, and this is only a guess, that one of the mechanisms to validate an ID is to cross reference some of the content including messages, pictures and videos. Image recognition algorithms can fairly accurately identify persons and that maybe a way to uncover fake users. I believe the main purpose to analyze content is to identify dangerous content like terrorist messages or child pornography, but also because looking at the actual content  and applying BigData technology can help you in the identification process.

Another issue that might arise is how do you issue a court order when the user ID is not that clear? The digitial ID might be enough but it does not necessarily give you access to the physical person, but that is maybe a lesser problem.

Now while authorities are interested to identify people and their behaviors for national security reasons, the internet providers are doing the same with the intent of selling you more or at least get more of your attention. In both cases, I believe regulations have to evolve to properly handle a multi-faceted digital ID.

This article takes a bit different angle than what you might read in the common press and I do not intend to defend any abusive privacy invasion, but I think we need to have more structured debate on Telecom and Internet Service Provider regulations and put the digital ID at the heart of it.

#UAE as a platform for innovation?

Infrastructure and foundations are being build-up

A very strong point for UAE, Qatar and some other gulf countries to become strong innovation hubs is the investments these countries have made and are still making in connectivity and communication. With much of today’s business and value chains having turned digital, a good broadband connectivity is essential for any business to grow or even to get started. UAE and Qatar have both heavily invested in fiber deployment over the last couple of years and are now rapidly deploying LTE as well. The connectivity quality has rapidly increased and this facilitates communication and also secures a quality access to the cloud where many of the enterprise resources are located. Similarly regional airlines have also transformed the gulf states into major hubs between east and west cutting distances and facilitating business.

In addition education is on top of the agenda for all gulf states. This means also that local talent is fostered and developed.  Major Business schools have established in Dubai and Abu Dhabi. So there is a good availability of business people, the shortage today would probably more reside in areas like software development, but these needs could possibly be off-shored to nearby india or some of the arabic countries like Egypt.

Incubators and accelerators are emerging

A number of incubators and accelerators are appearing in UAE and these are great places to launch your company if you have already a ready product and you only need the right coaching and relationships to get your business on orbit. I recently attended the innovathon in Dubai organized by DP World and Turn8, it is great to see this type of event appearing. For the selected teams, the promise is to help them to take their products from concept to launch in 120 days. Similar proposition is offered by In5, an incubator located in Dubai Internet city. Seed funding, coaching, office spaces, go-to-market support is part of the package. The incubators expect in return a certain equity in your company. In order to leverage these emerging infrastructures for accelerating your business the important thing is to be well prepared and almost ready to launch.

Status of the startup scene… something is still missing…

What seems to be still missing is an environment where people get support to develop early ideas and develop their business plans or even get together to share ideas and provide their skills to other entrepreneurs.

Having spent much of my life in Sweden, I want to compare this to the experience I had in Sweden. I exposed one of my ideas to the Stockholm innovation and growth initiative (STING) program in 2006. After the initial pitching and selection based on project description and one-on-one interviews, our team was selected to join the program. That program was setup a bit differently where we got 4 months of training with no equity required. The focus was entirely on business planning and value creation. In addition the program was setup so that it would also suit people that currently have a job or are studying (which is probably applicable to many potential entrepreneurs in UAE). We had 4-6 hours coaching a week, plus equal amount of homework for the next session. Program ended with a monetary prize for the winner and investor pitching for all the participants.

Beside this early support where you are still in exploration mode, I am also missing the networking platforms to explore ideas and meetup with like-minded people. I haven’t seen much meet-ups or google hang-outs. The business groups are often more focusing on networking for immediate business opportunities.

When it comes to software development and innovation, I think the appearance of hackathons and the platforms supporting these hackathons is also missing in UAE today.

Cost of living is still exhorbitant

On the downside, one of the main issues to setup a start-up here is the actual cost of living. If you want to start you business and cannot rely on somebody to fund you, then it will be difficult to get started.  With low-end housing in UAE today at 100-150K AED per year and equal amount needed to cover all your cost of living, it means that you need to have a minimum yearly budget 0f 200-300KAED (60-90k USD). Of course that is not the case if you have another family member covering for you or if you are student or if you are willing to compromise quality of leaving.  But you need you will have to get this budget somehow, since these costs are normally not covered by the incubator.

New platforms and models for Abu Dhabi, Dubai and UAE?

So here I want to throw out some ideas on what could help UAE to accelerate its innovation capabilities and i would love to get your feedback on these:

  • Develop short coaching programs to help entrepreneurs develop solid business plans for their ideas. Probe them well enough and develop ideas to create enough value
  • Develop partnerships between accelerators and major companies present in UAE to fully sponsor project teams, i.e. to also cover cost of living in exchange for higher equity.
  • Find a number of sponsors to setup regular Hackathons to stimulate the startup scene
  • Why not exploring complete new approaches like crowdsourcing? For instance develop a similar platform as kickstarter but based on Islamic funding only.
  • Virtual spaces to hang-out, offer your skills to other entrepreneurs, expose your ideas, build-up your team.

Probably my view is a bit biased since it is mainly looking at software innovation, but I would love to hear your opinion. What do you say? Do you want any of these ideas implemented in UAE?

Paper.li – More than just trend monitoring, it is a great #BI tool!

M2M-Startup-Zone

 

If I would ask any of us where you get updated about trends, competitors and technology, I bet the majority of you would say through digital media.

The problem is how much time are we spending each and every day going through online magazines, blogs, tweets, links just to stay on top of our game? It usually ends-up with many, many hours a week.

I have tried out paper.li for a few weeks now and I must say this tool is amazing. The daily editions I have created for my own use have become my default portals for BI information. I have created one edition to follow M2M developments and another one to share a vision on how to shape the connecting society (Shaping the Connected Society & The #M2M Startup Zone). These have become my default news and BI pages.

For the #M2M Startup Zone , I have selected RSS feeds from Blogs, Twitter keywords and a clever selection of filters to make sure I get the latest updates from market shapers and shakers, from partners and competitors. My primary sources here where Telefonica M2M, DT, AT&T, Vodafone, Jasper Wireless, DeviceHive, Arduino, Gemalto and Ericsson Labs to name only a few.

The flexibility here comes really from the filtering capabilities and the variety of feeds you can use. You need to play a bit with the sources to make sure you get fresh daily content. Some companies are not very active while others have to much content. Filtering allows you to get a good balance of information between various sources.

Paper.li is marketed as an online newspaper publishing and trend monitoring platform but it is so much more when used in a business context. Tech Magazines tend to target a wide audience and often contain a lot of content that is not relevant to me and specialized magazines are often difficult to find. The curated content provided with paper.li provides exactly what I am looking for.

Of course none of this will replace ground work done by journalists or analysts, but these have, for me at least, become a secondary source of information. Once I want to dig into further details, I might get that expensive analyst report.

Shaping-connected society

For the first daily paper I created, “Shaping the Connected Society” I have been using twitter feeds mainly, but for some of them like Mashable, the sheer volume of information will fill your paper with only that source. So filtering on keywords was key here as well to get a good balance on the content. I have some of the other tech sources like Techcrunch, Quartz included as sources to this paper and I am quite happy with the result although I feel that the results when focusing an specialized area like M2M tend to be better since the filtering is sharper.

Anyway, I strongly recommend this paper.li to anybody that is looking for a good and free tool to get good Business Intelligence platform on almost any topic. Try paper.li and make you own magazine matching you interest and needs, being it technology, sports, food or education, you will easily find your way around this amazing tool.

M2M & BigData giving life to the Connected Society – Part 3(5) – Retail

mall

When it comes to bigdata, retail is an industry which is quite mature compared to the ones mentioned in my previous articles, especially if you start looking at companies like Wallmart. The subject of bigdata is already well covered but I hope I can give an additional twist on the current developments by taking M2M into the picture.

Wallmart has leveraged bigdata and analytics for a number of years now. The amount of data they collect is already at the level of petabytes and they save information about all of their customer transactions, more than 1 million per hour, and it is mainly related to receipts and purchases.  Even with a single source of data, it already provides a lot of insights when properly stored and analyzed. Today, the average retailer in the US has about 700 Terabytes of stored data. This is huge already. Processing this data requires often big investments especially if you want to process the data in real time.  But bigdata is not only for big enterprises it can also be offered as a service and a number of service providers are moving into analytics as a service, this will revolutionize the way retailers do business.

Connecting the right type of data sources could provide value even for the smallest companies. Most retailers own information collected at the point of sale in terms of receipts, purchases done, but that is not the only valuable source. Using video surveillance cameras to analyze customer behavior or combining information from mobile devices or social media could be other valuable sources. Much of this information comes today from mobile and M2M devices, but that data is often stored in silos and it can be difficult to get actionable insights from this data.  I think the key for smaller sized retailers will be to expose their own data assets, get that data enriched and get analytics as a service from specialized service providers. The question is now, how can these insights be used and monetized?

Productivity improvements and cost savings

A first application of properly processing retail data is to achieve cost savings. Knowing which items are in demand ahead of time and knowing what will sell can help to optimize inventory and supply chains. Utilizing big data could increase retailers’ operating margins by up to 60%, this could include savings in marketing, merchandising as well as supply chain.

Looking ahead, I could easily imagine in a not so far future, that bigdata and analytics could also become a means to improve in store customer service. Imagine a clerk in a fashion store that would know as you enter his store what you like in terms of clothes, what you sizes are, what colors you prefer and understands your purchasing behavior, he could serve you faster and better. This would result in more customers served and a better sales ratio.

Generate revenues from customer Insights, sentiment and behavior analysis

Another application of bigdata is to improve customer loyalty and reduce churn. To continue with the Wallmart reference, they have developed a product that allows them to reach customers, or friends of customers, who have mentioned something online to inform them about that exact product and include a discount. Using social media and combining that with purchasing data and contact information it allows them to implement pro-active measures and hence avoid churn or even attract new customers. This creates loyalty and strenghtens the brand image.

Retaining customers has also to do with the experience they get when interacting with the retailer, this is in part achieved by delivering relevant ads, offers, and promotions. Personalizing offers means making offers more revelant to a customer by having specific knowledge of that customer’s profile.

Securing increased sales is also related to the ability to rapidly adjust to the competitive environment. Most of us are sensitve to pricing and customers will often look for peer reviews to find the best place and time to buy an item. Being able to quickly adjust to this competitive environment will be key for increasing sales and sometimes even for survival.

M2M and mobile devices will play an increasing role in customer profiling.

There are today many data sources that are already in digital format and could be used in a big data context. From a retailer context we have customer information, this is often tied to the purchases done in that store through an opt-in loyalty program. Then there are the product catalogues and the actual status of the inventory.

The next step in personalization is coming from Mobile Devices, through applications which will let customers specify preferences, provide navigation capabilities to be guided to the right store, get relevant advertising and also get recommendations from other customers on the items they are interested in.

I think though that the biggest disruption might come from a smart usage of video cameras (e.g. surveillance camera) and other M2M sensors. Images from cameras in a store could help identifying who you are and support retailers to pul up a full profile of your customer preferences. Most of us tend to trade in privacy for convenience, so I have not doubt that every individual will sooner or later have pictures of himself tagged somewhere on the net and that could be the starting point to pull more information about you as a customer. But there are other mechanisms to identify you as a person as for instance foursquare check-ins or the social media profile you are using when logging to wifi.

Location information is going to be quite important to target shoppers. This could be obtained from mobile systems, wifi or tracking from video cameras. Video cameras could also be used to analyze how customers are focusing on different items in the store. This could help understand interest for certain items and maybe also decide when and what to discount. Another application of video camera is for instance to get the right sizes of the customers when entering a fashion store.

Digital signage in shopping malls and retail store can also be used to provide tailored messages and personalized ads to shoppers in or outside the store. A few seconds is probably enough to reach out to a shopper with the right message and the impact of the advertisement can probably be measured if the sale is done within the next  hour. Digital signage could also be used with cameras to analyze shopping carts and make a last second recommendation on something you might have forgotten to buy.

Other smart devices collecting data about users could be smart mirrors,  that record reactions when trying out clothes or screens that provide a personalized greeting when entering a store.

The future of retail – Smart Shopping malls

If I picture the future of retail I would imagine a smart shopping mall where customer experience is at the heart of this business. I would enter the mall and get greeted with a personalized message, the map of the mall would be downloaded to my mobile and I would get a recommendations on a few stores to visit. I would get discounts for the items I been looking for, especially the I have been reading recommendations about on the internet. This would be part of the profile information the mall is pulling up for me. As I walk and watch the digital signs I see more information about the products I am interested in. I enter a shop. The clerk again greets me and guides me directly to the item I am looking for and provides also alternative color options based on my preferences. Not much to ask me since he has all this information on a tablet.  As the clerk knows I am price sensitive he gives me an extra discount. If I picture the future of retail I would imagine a smart shopping mall where customer experience is at the heart of this business and where bigdata and analytics provide value at every step .

M2M & BigData giving life to the Connected Society – Part 2(5) – Connected Cars

Data volumes from Connected Cars will skyrocket

All indicators are pointing in the same direction, our cars are getting connected fast and they will generate loads of data. Axel Deicke, Vice President Aftersales Service Technologies at BMW Group, talks about an increase in incoming data from approximately 20 GB per year (in 2011) to now 30 GB per day – and that is at BMW alone. These statistics exclude information from market research or customer service.
In a recent whitepaper from Deutsche Telekom AG,Erol Gökçek, Head of Industry Solutions Automotive & Mobility forecasts that the monthly data traffic per connected car will increase from approx. 4 MB to 5 GB in the next few years. If one accounts for the increasing number of connected vehicles, then it’s clear that data traffic will skyrocket. According to a study conducted by the consulting firm Oliver Wyman, 80 percent of all vehicles sold around the world will be connected as early as 2016. By then, about 210 million connected vehicles will be on the roads worldwide. Compared with 45 million cars in 2011, this would be an annual growth rate of more than 36 percent.
So what type of data are we talking about? It is everything… from sensors transmitting information about speed, miles driven, break pad consumption, weather alarms to owner downloaded content. Multiple players are interested in delivering, enriching or harvesting this data. Car manufacturers, Telcos, Cloud providers and analytics companies all see opportunities from these huge amounts of data.
Automotive industry – (Re-)connecting with customers and improving logistics
For the automative industry there are multiple benefits. Connecting cars is a way for major brands to create a real connection with their buyers, because to be frank this will not happen through the car sales people or car services. Both are usually synonymous to painful experiences.  But what if you car would start telling you when it should be taken for service, if it would start warning you about road hazards,  or if would automatically download content and car settings that are personalized to current driver. Taking it to the next level you driving profile, car usage could provide you car manufacturer with key insights on when and how to engage you on your next car purchase.
Getting relevant car information is not only useful to stay closer to the car manufacturers clients, but also to improve some of the internal processes, especially when it comes to spare parts for repair and maintenance.
Governments make safety a priority
When it comes to governments they see emerging technologies as great mechanisms to increase road safety and start inforcing this through regulations, which will further enhance the deployment of sensors and embedded connected devices. The EU has for instance passed regulations that will require new cars to have emergency self-braking systems (known as autonomous emergency braking, or AEB). The systems can use radar, laser or video to detect when obstructions or pedestrians are present, and a recent study suggests that the technology reduces accidents by up to 27 percent. Commercial vehicles will have to sport the systems from November next year, and everything else from 2014.
The European Commission has also adopted a measure to ensure that by 2015 your car can call emergency services for you in case ofa crash.  eCall automatically dials Europe’s single emergency number 112 in the event of a serious accident and communicates the vehicle’s location to the emergency services. According to some estimates, eCall could speed emergency response times by 40% in urban areas and 50% in the countryside, and save up to 2500 lives a year. The measure adopted on 26 November 2012 establish the conditions under which the emergency call response centres will be capable of properly rece iving and handling of 112 eCalls.
Enabling Vehicle-to-vehicle communication is another way of transferring key safety information with a  pre-emptive objective. A car suddenly breaking because of a fog bank or a car standing still on a highway are important pieces of information for another car driving in the same direction.
Telco’s addressing new value chains – Insurance telematics
Telefonica-Insurance
Telefonica has come quite far within their digital services unit. They have managed to position themselves in complete new values chain, in particular in the car insurance value chain.
Telefonica has signed a partnership with insurance company Generali, in Spain, in order to provide detailed driving behavior data enabled by their insurance telematics solution.  In the Telefonica solution a device is installed in the vehicle and sends every minute the following collected driving information to the Telematics Platform via GPRS communication: Kilometers driven, Harsh braking and acceleration events, Speeding events, Time and date, Type of the road. For more information on the business models, and additional value propositions please read the original telefonica whitepapers.

Telco’s addressing new value chains – Safety, Infotainment

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AT&T is another pioneer in theconnected car business, and AT&T’s vision crosses multiple value chains, from safety provider, to car infotainment provider as securing preemptive maintenance notifications.

At this years Mobile World Conngress AT&T and General Motors had announced a partnership to sell 4G LTE-connected cars in 2014.

The AT&T approach seems to focus on providing a complete eco-system around the connected car concept with the operator at the heart of different value chains.

Ericsson & Volvo are working on a similar Connected Car vision where the car is connected to the cloud and becomes a portal for different types of end-user services. A main screen will provide access to all services from navigation, to safety, maintenance or infotainmet. Volvo cars will be equipped with a control center  that will tie together third-party providers such as internet radio, road authorities, governments, toll-road operators, and others. A prototype was also demoed at the 2013 MWC.

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http://www.att.com/Common/about_us/pdf/att_connected_car.pdf

http://www.ericsson.com/news/1665573

So what is next?  Creating more value by  data enrichment and analytics

To be frank, I believe this is only the beginning. Right now car manufacturers focus on connecting their cars as a differentiation for their brand and most of the insights are gathered from car-based measurements only. But soon you will need somebody that can combine data from multiple cars, analyze that data collected and gain new insights. This is an additional opportunity for operators.

In addition to earlier mentioned car collected data, their are other sensors and source of information that could be combined with the original data. Information from traffic lights, air pollution sensors could provide additional insights on how to optimize traffic lights or improve urban planning. Car data and car driving patterns could even be used to understand where there is lack of parking places and you could probably even infer the number of spots missing with the right analytics tools.

Possibilities for value creation are endless but this will require consolidation of M2M solutions and regulations so that data can be shared in a safe and reliable way.