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MSM Will Enable the Next Wave of Innovation in Japan and Worldwide

By Kazuhiro Abe
President
Red Bend Software Japan

Mobile phones in the Japanese market possess some of the most advanced features and capabilities of any in the world. Japan is known for its innovation, such as handset-based Internet services with "i-mode" and updating software over the air using FOTA. Examining the market in Japan is like seeing the future of the global mobile industry.

That’s why we think our recent announcement with NTT DOCOMO is significant. DOCOMO has signed a multi-year agreement to license Red Bend’s full portfolio of mobile software management (MSM) solutions, including our software products for updating firmware over-the-air (FOTA), managing software components over-the-air (SCOTA) and our Open Mobile Alliance (OMA) device management (DM) client. Red Bend’s MSM solutions will enable DOCOMO’s customers to subscribe to new data services and download the latest applications regardless of the phone’s pre-existing capabilities. The result is that more revenue can be generated per subscriber throughout the phone’s lifetime.

Changes in the Japan mobile market are prompting DOCOMO and other industry players to create strategies that generate new revenue streams.

Until recently, Japan operators subsidized handsets for mobile consumers, many of which who would replace their phones as often as twice a year, just to have the newest model. However, last summer, as part of a consumer protection initiative, regulators prohibited mobile operators from continuing this practice, as it was viewed as disproportionately favoring certain consumers.

As a result of this move and combined with the faltering global economy, handset sales in Japan were down nearly 30% in 2008 and replacement cycles have lengthened from 2.5 years on average in 2007 to 3 plus years in 2008. The longer replacement cycles have brought about other important changes in the Japanese mobile market. Operators and device manufacturers, once churning out as many as 100 new models a year, are now focusing on new services to generate revenue rather than simply launching new phones.

These services include mobile banking and smart card capabilities, social services such as train and traffic reports, and concierge services like a virtual mobile personal trainer to track exercise and calorie intake. These kinds of value-added services hold the key for Japanese mobile operators to maintain steady growth and customer loyalty.

Red Bend’s MSM solutions are a key enabler for realizing these strategies. As services drive the mobile user experience and future revenues, the need for the most advanced and efficient software management technology has become increasingly critical for both operators and OEMs. Software is responsible for the core functions of the phone like browsing and messaging, and for the key enablers that power mobile services like navigation and music. MSM enables operators and OEMs to manage software both discretely and dynamically over the air, throughout the phone’s lifetime, in order to keep up with consumer demand for new Internet services and the latest applications.

As value-added services and software customization drive the next phase of Japan’s mobile industry, Red Bend will continue to be a key player in enabling its customers to bring new innovations to mobile consumers.


 

Making Distributed Software Development Deliver a Personalized User Experience

By Morten Grauballe
EVP of Products
Red Bend Software

The open source movement represents many things mixed together. As a philosophy it’s about like minds joining forces and collaborating to make better software. As a development process, it means that instead of creating binaries, you make the code available in open source, leveraging the globalization of software development talent. As a business strategy, it implies reduced capital expenditure and improved bill of materials (BOM).

For the mobile industry, open source platforms have been embraced by many leading players. In fact three different organizations, the Open Handset Alliance, the LiMo Foundation and the Symbian Foundation, are all chartered to promote innovation by tapping into the global resource of developers around the world to create and maintain open mobile platforms. The organizations, together with their corporate champions, including Google, NTT DOCOMO and Nokia, have embraced the distributed development concept, pooling their talent to develop good software.

This distributed development trend on the supply side of the software development value chain is happing concurrently with the rise in popularity of app stores on the demand side. While the open source organizations define software packages rigidly to enable more efficient collaboration, it has the highly desirable side effect of making software easier to distribute to consumers as well. Until recently, mobile platforms were considered monoliths and required a complete update to stay current. Now, thanks to the rise of open source in the mobile space, developers are empowered and encouraged to create modules/packages within a given platform, enabling a software architecture which are much more conducive to software distribution and upgradability. As the ISV and developer community gain interest and greater control of their software offerings, the potential for efficient and timely distribution to consumers is increased as well.

The app store phenomenon has given consumers greater flexibility to customize their phones, selecting and downloading software as desired. In the near future, even core parts of mobile handsets will be offered on a menu basis, making it possible to customize apps and system software to create a personalized mobile user experience.

To realize the potential for efficient and timely distribution of software (created by open source development), Mobile Software Management (MSM) solutions, such as Red Bend’s vRapid Mobile®, provide the missing link by connecting the software developers on the supply side with the consumers on the demand side. The ability to update software components discretely and dynamically will speed up time to market for new and exciting mobile applications, create new business opportunities for mobile operators, device manufacturers and software developers alike and provide the foundation for greater consumer satisfaction with their mobile experience.

The next wave of mobile platforms represents more opportunity for more stakeholders along the distribution chain, by enabling them to participate at the system level. This phenomenon may prove so powerful that even proprietary mobile platforms will find ways to open up. Red Bend, as the leader in MSM, is excited to be at the intersection of these two important trends in the mobile space. The future holds great opportunity for mobile operators that can leverage MSM to provide new compelling services, device manufacturers that can introduce innovative features, software developers that can manage their own updates and consumers who want a personalized phone experience.


 

Enabling WiMAX Success with Standards-Based Device Management

By Lori Sylvia
EVP of Marketing
Red Bend Software

The increasing demand for mobile-enabled laptops, PC cards, modems and other wireless end user devices is helping to fuel WiMAX growth globally. Yet the potential for growth hinges on the ability of WiMAX operators and device makers to provide and maintain the quality of service and user experience Internet consumers expect.

Provisioning millions of new subscribers and managing millions of devices that will operate on the network, often temporarily, poses unique challenges to WiMAX operators. Managing a network that combines mobile and fixed equipment requires a new set of management capabilities.

To meet these challenges, the WiMAX market embraced the Open Mobile Alliance Device Management (OMA-DM) standard, which has already been proven in the cellular industry by managing hundreds of millions of mobile devices worldwide. The standard has been adapted to meet the unique requirements of WiMAX operators, chipset makers and equipment manufacturers of fixed, nomadic and mobile devices.

In the cellular market, the OMA-DM enabler is used by operators and manufacturers to remotely manage mobile phones and other devices over the air, including performing firmware updates, provisioning, configuration management and diagnostics. The standard makes it easier and less expensive for service providers to deploy and maintain customers on their networks. Because key WiMAX operators are choosing to manage devices using OMA-DM and have included it as a mandate in building their networks, WiMAX chipset makers and equipment manufacturers are actively embedding standards-based OMA-DM client software into their products.

As the leading independent DM client, Red Bend’s vDirect Mobile™ is “WiMAX-ready” and the first to offer a DM client with built-in support for the WiMAX Forum’s WiMAX management object (MO) specification. With a WiMAX-ready DM client, vDirect Mobile offers faster time to market for mobile WiMAX devices that need to meet the requirements of WiMAX operators such as Clearwire in the United States and UQ in Japan. Red Bend had secured deals with three of the top mobile WiMAX chip providers worldwide: Intel, Beceem and most recently announced, Fujitsu Microelectronics.

Fujitsu Microelectronics has licensed Red Bend’s DM software for Fujitsu’s WiMAX SoC and WiMAX chipsets. Beceem Communications has taken advantage of Red Bend’s proven OMA-DM client to further accelerate its device development and ensure out-of-the-box network interoperability in all the major mobile WiMAX networks. And Intel has adopted vDirect Mobile for Intel-based notebook PCs shipping in the United States and Japan. Red Bend is also providing ZTE device management for WiMAX modems. With these customers, Red Bend’s DM software is reaching more than 50% of the mobile WiMAX market.

Although the U.S. WiMAX market remains in its early stages, compared with UQ’s upcoming rollout to 6,500 access points in Japan, it is poised for significant expansion this year with rollouts in Portland, Las Vegas, Chicago, Atlanta, Miami and San Francisco. In order to compete or surpass current networks such as cellular, DSL and cable, WiMAX operators need to capture market share with compelling pricing, prove the technology’s capability and deliver high bandwidth and other functionality not available in current networks and do so quickly, within the next 1-2 years (before LTE becomes a serious threat). By adopting vDirect Mobile and leveraging the cost-effectiveness of standards-based device management, WiMAX operators and device makers will be well positioned to support expansion with the scalability and efficiency within their networks by adhering to the OMA-DM standard.

As important as OMA-DM is to the current phase of WiMAX deployment, it will be even more important as these networks evolve, by providing the platform to deliver more advanced applications and services to WiMAX consumers in the future. The prospects for WiMAX are merely up to the imagination of the operators and their ability to offer attractive services, regardless of the device. The bandwidth capabilities anticipated in WiMAX will likely bring unprecedented access to video, movies and more, driving additional revenue streams to operators, manufacturers and ISVs as new services and applications become available.


 

MSM Is Key to the Success of the ‘Mobile Experience Service Provider’

By Roger Ordman
Director of Product Management
Red Bend Software

On a recent business trip to Korea, I had a free afternoon and decided to experience some of the sights. I found myself walking down the side of a mountain from the Seokguram Grotto to the Bulguksa Temple. It was a sunny and peaceful afternoon, and I thought: “Wow, this is what life is all about!”

In medieval times real was defined by what you can hold with two hands, what you can possess. Now we have learned that experiences are real, too. BMW, undoubtedly a manufacturer of desirable automobiles, does not try to convince us to buy their cars by extolling the virtues of the object itself but rather by convincing us that we will be enjoying “The Ultimate Driving Experience.”

We are not defined by what we own but by what we see, smell, hear, taste, feel … by what we experience.

The mobile device has come out of the medieval age and into the new millennium to not only enable us to communicate and reach out to our colleagues and friends but also to supply our needs to have fun, listen to music and watch movies. Our desires have evolved to capturing our experiences in photos and videos and then immediately sharing them via mobile social networks like YouTube, Facebook and Twitter. These are the latest apps in the social networking trend, but would anyone care to predict what will be the next big thing in as little as six months’ time? This acknowledgment of our core desires is what’s driving phenomena such as the iPhone and Android to unprecedented success. Success that is based on a flexible software architecture that enables these devices to continue to evolve and adapt to the latest software enabled trend.

While hardware is needed for some of these experiences, such as a camera and a large screen, the underlying need for all these experiences is the software on the device and the enabling services on the network. As such, the software on the device is fast becoming the main asset of the service provider. In order for these devices to be flexible, future proof and, therefore, profitable, they must have a modular architecture to enable the independent management of each of these valuable software assets. The market term for this is called Mobile Software Management (MSM). MSM covers the technologies, products and solutions that allow the service provider to define and manage these software assets on any device at any time during the device lifecycle.

Each player in the mobile value chain understands that the one controlling the software also controls the “mobile experience.” The OEM does not want to solely be the platform (HW and SW) provider and the MNO does not want to solely be a bitpipe. Both are competing to become our “mobile experience service provider.”

Analyst firm Ovum has coined the term MDP or Managed Device Platform for OEMs like Apple and RIM that supply an end-to-end ecosystem, which includes devices, servers and services. Ovum specifically states: “A fully-realized MDP will offer all the elements involved in the creation, discovery, acquisition, delivery and consumption of digital content and applications, as well as the means to update applications and device software” (“Of iPhones and Androids: Redefining the Smartphone and Other Devices,” Tony Cripps, 16 March 2009). It is clear that MDP is not only defined by the ability to deliver software to the device but also must possess the MSM capabilities to manage the software on the device.

As attractive as these MDPs are, they are still in the niche market. For service providers to reach out to mobile consumers in the mass market and to offer services such as TV streaming, navigation and even application stores, the same software management features will have to be available on the other 95% or so of mobile phones.

While MDPs have a closed end-to-end system for deploying and managing the software that powers their mobile experience, services only succeed in the mass market when driven through standardization. The Open Mobile Alliance (OMA) has ratified the Software Component Management Object (SCOMO) that deals with the management aspects of adding and removing applications as well as the inventory management guaranteeing interoperability between the service provider’s server and the clients on the devices.

As fast as the latest trends have caught on, there are sure to be more on the way. Over time, our tastes evolve and so do our desired experiences. The key to prolonged success for the mobile experience service provider is to have a clear Mobile Software Management strategy in place to enable them to be flexible to meet the ever changing needs of the mobile consumer experience.


 

Independence Is Coming to the Mobile Industry


By Lori Sylvia
EVP, Marketing
Red Bend Software

Summer is almost over, but I have been thinking lately about Will Smith’s blockbuster movie from the summer of 1996 - remember Independence Day? In the mobile industry, our own version of this movie is playing out before our eyes. I’m referring to the independence of software from hardware.

Consumer demand for new applications and services is “opening up” the mobile phone and creating a separation between the software that drives the user experience and the hardware it runs on. Software has become more important than it used to be, driven by consumer interest in downloading applications. But we know that software is much more than just apps. It’s also responsible for the core functions of the phone like browsing and messaging, and for the key enablers that power mobile services like navigation and music.

Consumers are forcing us in the mobile industry to think differently and act differently if we are to meet their needs for a personalized user experience. And software is at the core. For the mobile phone to truly be personalized, the software must become independent of the hardware, so that it can continuously evolve to meet consumers’ changing needs.

In the current model, there are multiple software creators that make up a phone, and the OEM serves as the systems integrator. All too often though, the OEM as systems integrator has the unintended consequence of serving as a bottleneck for new innovation and enhancements that come from the software creators and service providers.

Once the phone has shipped, the OEM uses firmware over-the-air (FOTA) updating to deliver a new version of software. To do this, the OEM must aggregate software updates from all of the software creators that contributed to the phone. Most OEMs will use FOTA to update the phone’s software from 1-3 times during the phone’s lifetime. This usually happens within the first year of launching the phone. After that, the OEM reassigns the engineering team to develop a new device.

Don’t get me wrong--I’m the first to tout the benefits of FOTA. Red Bend is the leader in FOTA with more than half a billion FOTA-enabled devices shipped. FOTA is extremely good at what it was designed to do, and that is to provide a more efficient and cost-effective way of performing software maintenance.

It’s not that FOTA has become less valuable to the mobile industry. It’s that software has become more valuable than it used to be. Therefore, the need to manage the software assets both discretely and dynamically throughout the phone’s lifetime has become critical to meeting consumer demand. The paradigm must change.

Mobile Software Management (MSM) changes the paradigm. With MSM, each player in the mobile industry--OEM, operator and ISV--can independently control its own software assets on the mobile device, and can break the bottleneck of the current model.

The way to achieve this is for the mobile phone to have multiple software owners, not one. The OEM can own the phone’s core functionality, the operator can own the key service enablers and the ISVs can own the applications. So, while the OEM serves as the systems integrator, it can then leverage the other players to be responsible for their software assets after the phone ships. This will result in a phone that is constantly evolving and whose software features, services and applications can be personalized to the consumer’s preferences.

The OEM can even delegate some or all of its responsibility for the phone’s core functionality to the individual software creators. For example, the OEM can enable the web browser provider to update and manage its browser without affecting the other software on the phone.

The technology to enable this level of software independence exists today with Red Bend’s vRapid Mobile™ solution for managing software components over the air (SCOTA). Several mobile industry leaders including DOCOMO are already moving to adopt the technology. With a SCOTA-enabled phone, consumers can subscribe to new data services or download the latest applications regardless of the phone’s pre-existing capabilities. The result is that more revenue is generated per subscriber throughout the phone’s lifetime. And at the end of the phone’s lifetime, the consumer has been delighted and grown loyal to the experience she received.

There is a legitimate question to be asked: Why would the OEM share or delegate its responsibility for managing the phone? The answer: to stay competitive. OEMs can leverage their supply chain (ISVs) and retail channel (MNOs) to share in the responsibility to keep the consumer satisfied, and ultimately keep their phone actively used and generating new revenues. The current status quo is a losing proposition, where OEMs generate nearly all their revenue once every two years when a new phone is purchased. If the OEM wants to stay relevant as the systems integrator, it should take a dynamic approach to this role, where software creators can update their software during the phone’s lifecycle. If not, OEMs will struggle to keep up with consumer-demanded Internet services and new applications, and will face eroding brand loyalty when the consumer grows dissatisfied and buys a new phone from a competitor.

Let’s be truthful: The replacement cycle has not shortened, and in some markets it has even lengthened due to the economy or regulatory changes that have caused consumers to spread their investments over longer periods. Let’s be truthful on another point: Phone hardware doesn’t last that long. And the OEMs will always encourage new purchases with their latest designs. Today it’s the touch screen. Next year it will be something else.

Independence Day is coming to the mobile industry. Consumers are driving this change with their increasing demand for software. The technologies are ready to enable a truly personalized mobile phone whose software is continuously enhanced and dynamically personalized. Those players in the mobile industry who embrace this new model will win with loyal consumers and new revenue streams.

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