On June 10, Salesforce.com announced Salesforce Wear, a bundle of free tools and reference applications aimed at evangelizing the power of enterprise wearables. The offering supports six different wearable devices, each with its own open-source reference application to help developers design and build wearable apps that connect to the Salesforce1 platform.
Salesforce Wear has the potential to turbo-charge the growing market for enterprise wearables. Enterprises using Salesforce Wear will gain tools and reference applications that immediately apply to six wearable devices: three smart watches (Pebble, Samsung Gear, and Android Wear), plus Google Glass, the Myo armband, and Bionym’s Nymi authentication device.
Some of the reference applications are pure enterprise/B2B workforce enablement applications, like the Google Glass application for oil rigs, which can be generalized to other field service scenarios (and which, conceptually, I have written about before). Salesforce Wear’s app facilitates real-time field actions by providing schematics of the equipment being serviced, offering a view into the full service history of the equipment, and connecting field workers to colleagues for real-time collaboration. All in all, the reference app helps field workers fix problems more quickly and effectively.
Salesforce Wear's Casino Reference Application with the Bionym Nymi Band. Source: Salesforce
This morning when I woke up, one of the first things I did was pick up my iPhone. It’s increasingly part of my morning ritual – whether its checking the weather app for the day’s forecast or using the Starbucks app to pay for my morning coffee on the way to work. And I am not the only one. Forrester forecasts that European online retail sales will increasingly come from sales completed on mobile devices like smartphones and tablets.
When it comes to mobile banking, customers' expectations are growing faster than the hair on a Chia Pet. So every year, Forrester reviews and scores the mobile banking offerings from the largest retail banks in the US across seven categories: Range of touchpoints; Enrollment and login; Account information; Transactional functionality; Service features; Cross-channel guidance; and marketing and sales. You can read the complete report here or by clicking on the link below:
Here is a sampling of some of our findings:
Chase and U.S. Bank tie for the top spot. With scores of 69 out of 100, Chase and U.S. Bank received the highest overall scores among the five banks we evaluated. Chase delivers the basics superbly, with a wide range of transactional features for transfers, bill pay, and P2P payments as well as strong cross-channel guidance for customers to contact Chase and find ATMs and branches. By contrast U.S. Bank stands out for more advanced features, including marketing and research for additional products, the ability to take a picture of a paper bill to enroll in bill pay, and the ability to pay another person using the contact list in a mobile phone.
In Canada, mobile banking is growing up faster than Justin Bieber. So from March 21 to April 9, 2014, Forrester reviewed and scored the mobile banking offerings from the five largest retail banks in Canada across seven categories: Range of touchpoints; Enrollment and login; Account information; Transactional functionality; Service features; Cross-channel guidance; and marketing and sales. You can read the complete report here or by clicking on the link below:
Here is a sampling of some of our findings:
CIBC earns the highest overall score with BMO and Scotiabank on its heels. With an overall score of 71 out of 100, CIBC received the highest overall scores among the five retail banks we evaluated, continuing the firm’s leadership in mobile banking since it launched its first iPhone app four years ago. But the other large Canadian banks are hot on CIBC’s trail: BMO and Scotiabank each earned a score of 70 out of 100 with impressive – and recent – overhauls of their mobile offerings. Scotiabank lets users apply for new products via mobile with pre-filled, mobile-optimized applications. BMO, meanwhile, ensures that all mobile money movement task flows are clear and consistent -- incorporating the same progress meter at the top of every screen.
Japanese consumers are among the most mobile-savvy in the world: They were shopping, banking, and gaming on mobile phones long before consumers in other nations. The Japanese mobile ecosystem used to be unique; telecom operators specified to Japanese handset manufacturers the design of services to implement on multimedia phones. This is changing in an app world.
Indeed, the mobile market is opening up quickly to the smartphone app ecosystem. While Japan is a mobile-centric society, smartphone adoption has lagged behind other major markets. Many international brands launched their first mCommerce initiatives in Japan several years ago, but the market subsequently disappeared from the innovation radar due to the US-centric smartphone app ecosystem. But this is changing. It is time to take another look at Japan to uncover how the nation is combining innovation and scale as its market embraces smartphone apps.
More than a decade ago, I had the opportunity to work with NTT DoCoMo to introduce i-mode — the mobile multimedia service in France. At that time, Japan was clearly two to three years ahead of the rest of the mobile world. The Japanese market — and more specifically, the i-mode business model — is rumored to have inspired Steve Jobs to launch the Apple App Store. After that, Silicon Valley became the new source of innovation and inspiration for mobile marketers. Now that the app ecosystem has come full circle, marketers should again consider mobile marketing in Japan, benefiting from a more open ecosystem to distribute their apps and engage with Japanese customers. I recently spent a full week in Japan, and it is fascinating to see the relationship people have with mobile phones over there.
There are lots of lessons to learn from the likes of Rakuten, Line, Felica, Softbank, or NTT DoCoMo and from a mature ecosystem of mobile contactless and connective-tissue technologies.
Yesterday, Microsoft released the Surface Pro 3, a 12" touchscreen device billed as "the tablet that can replace your laptop." Sporting some hard-core computing bona fides (including Intel processors and Windows 8.1) and new innovations (like an active stylus that activates note-taking outside of the lock screen), the device in its third generation offers a new level of mobility despite having a larger screen than its predecessors in the Surface line. It's worth taking a look at:
Microsoft designed the Surface Pro 3 with a variety of seemingly incremental improvements that, once assembled in the same device, make it surprisingly innovative. In fact, you should think about it as quite a departure from the earlier Surface models. With this product, Microsoft makes its best yet argument for device consolidation for the workforce, potentially allowing some workers to stop carrying separate laptop and tablet devices in favor of Pro 3. For consumers, the Surface Pro 3 doesn't act as a substitute for popular 8" form factor tablets, but it might make for a good laptop replacement.
That's not to say it's (to quote the cliche) any sort of "iPad killer"; the starting price of a Surface Pro 3 is higher than the iPad's starting price. It's more like a successor to the laptop -- but one that takes mobility quite seriously. Altogether, it's likely to be popular among prosumers, BYOD consumers, and perhaps some other segments.
In the early 1900s, author Kin Hubbard said, “A bee is never as busy as it seems; it’s just that it can’t buzz any slower.” A century later, things haven’t changed much — except that today, those bees are us and that buzzing comes from our mobile phones.
Survey data tells us that consumers regard their mobile phones as catalysts for productivity. Considering the amount of time consumers spend using the device and how essential they characterize the technology to be, it’s easy to take their word for it. But not so fast: Mobile tracking metrics show that consumers rarely ever conduct productivity-related tasks on their devices. In fact, the official US productivity rate has dropped to its lowest point in the past two decades.
In this case, the conflicting data points are not wrong, they are complementary — and the resulting insight is even more valuable than the sum of its parts. A combination of Forrester’s Consumer Technographics® data, mobile tracking numbers, and ConsumerVoices output reveals that consumers engage far less frequently in productive behaviors than expected — and suggests a new understanding of what “mobile productivity” really means.
If you have implemented or used either application wrapping or containerization technologies, please COMPLETE THIS SURVEY.
Application wrapping versus containerization: Which technology provides better security to an enterprise mobile deployment? What are the use cases for each technology, and which technology has a longer shelf life when it comes to being the de facto standard for enterprise mobile security? Are there times when containerization provides a better user experience than application wrapping? And more simply speaking . . . what the heck is the difference between these two technologies, and which one should you purchase?
In the sport of boxing, "the tale of the tape" is a term used to describe a comparison between two fighters. Typically, this comparison includes physical measurements of each fighter as taken by a tape measure before the bout, thus the term "the tale of the tape." I'm currently conducting research for a "tale of the tape" report between mobile containerization technologies and mobile application wrapping. There has been a significant amount of discussion lately regarding which of these technologies is better suited for enterprise deployment. In order to settle this dispute, I'm going to get out the virtual tape measure and analyze the fighters!
Ok, well, some of them will. Those customers who are mobile-savvy enough (they are the shifted as part of what we call The Mobile Mind Shift) and engage with your brand frequently will. You own those mobile moments with your customers. They reach for their phones to engage with your brand. You will still need to work hard to keep them engaged, but it's a good start that they downloaded your app. It's even better if they allow you to send push notifications - that gives you the opportunity to create mobile moments with them.
If they don't download your app, borrow moments.
Let's face it. Lots of your customers won't download your app. They won't invest the time or energy. With these customers, you must borrow mobile moments - that is, you must engage with your customers on third party apps (really platforms).
We see more and more brands embracing this strategy. What is your strategy to engage with your customers through borrowed moments?
Google Maps released a new app version this week. Uber is integrated into the Map app if you are already signed up for Uber (and in this implementation have the Uber app on your phone.) Uber already owns mobile moments with thousands if not more consumers. Exposure through Google Maps gives them more upside. First, it will help them to acquire customers through exposure. Second, it puts Uber in the mix of transportation options I have as I evaluate how to get from point A to point B within my Map app that also shows me traffic and parking availability. Highly contextual.
If they do download your app, don't assume they will actually open it - kind of a hassle for quick tasks, right?
Most apps are dead boring. Sensors can help add some zing. Sensors are data collectors that measure physical properties of the real-world such as location, pressure, humidity, touch, voice, and much more. You can find sensors just about anywhere these days, most obviously in mobile devices that have accelerometers, GPS, microphones, and more. There is also the Internet of Things (IoT) that refers to the proliferation of Internet connected and accessible sensors expanding into every corner of humanity. But, most applications barely use them to the fullest extent possible. Data from sensors can help make your apps predictive to impress customers, make workers more efficient, and boost your career as an application developer.