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HTML5
HTML5 is of great significance to the portability of mobile applications, but it is divisive. And immaturity creates many implementation and security risks. However, as HTML5 and its development tools mature, the popularity of mobile websites and hybrid apps will grow. Therefore, despite its many challenges, HTML5 is an important technology for organizations delivering applications across multiple platforms.
2. Multi-platform/multi-architecture application development tools
Most organizations need application development tools to support the future "3 x 3" platforms and architectures, that is, the three main platforms (Android , ?
iOS and Windows) and three main architectures (native, hybrid and mobile Web). Tool selection is a complex balancing act, weighing many technical and non-technical issues such as productivity and vendor stability. Most large new organizations will need some combination of tools to provide the architecture and platform they need.
3. Wearable devices
Smartphones will become the center of personal area networks. Personal area networks consist of health and medical sensors on the body, smart jewelry, smart watches, display devices (such as Google Glass), and various sensors embedded in clothing and shoes. These technology devices will communicate with mobile applications to provide information in new ways and launch a wide range of products and services in sports, fitness, fashion, hobbies and health care.
4. High-precision mobile positioning technology
Knowing a person’s precise location is a key factor in providing relevant location information and services. Applications that take advantage of accurate indoor positioning now use technologies such as Wi-Fi, imaging, ultrasonic signals and geomagnetism. It can be expected that the use of wireless signals using the new Bluetooth Smart standard will grow. In the long term, technologies such as smart lighting will also become very important. The combination of accurate indoor positioning technology and mobile applications will produce a new generation of highly personalized services and information.
5. New Wi-Fi standards
New Wi-Fi standards, such as 802.11ac, 11ad, 11aq and 11ah, will improve Wi-Fi performance and make Wi-Fi Becoming a more important technical part of applications such as telemetry, and enabling Wi-Fi to provide new services. Over the next five years, as more Wi-Fi-enabled devices appear in organizations, as cellular workload shifts become more prevalent, and as location applications require denser access point configurations
, the demand for Wi-Fi infrastructure will grow. The performance opportunities created by new standards and new applications require many organizations to modify or replace their Wi-Fi infrastructure.
6. Advanced mobile user experience design
Leading mobile applications will provide an unusual user experience. This user experience is achieved using a variety of new technologies and methods, such as motivational design, "quiet" design, and "playful" design. Designers are also creating
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applications that can handle mobile challenges, such as partial user attention and interruption, or that can take advantage of novel features such as augmented reality to use this technology. Leading consumer applications will set a high standard for user interface design.
?All organizations must acquire new skills and work with new partners to meet the growing needs of users.
7. Enterprise Mobility Management
The term Enterprise Mobility Management (EMM) explains the future evolution and integration of technologies such as mobility management, security and technical support. Enterprise mobility management includes elements of mobile device management, mobile application management, packaging and containerization, and enterprise file synchronization and sharing. These tools will mature, expand in scope, and ultimately address mobile management needs for all popular operating systems on smartphones, tablets, and PCs.
8. Smart objects
By 2020, ordinary wealthy households in mature markets will have hundreds of smart objects, including LED light bulbs, toys, household equipment, sports equipment, and medical equipment And controllable power sockets, etc. These home smart objects will be part of the Internet of Things, and most of them will be able to communicate in some way with applications on smartphones or tablets. Smartphones and tablets will perform many functions, including remote controls, display and
analyze information, work with social networks to monitor "things" that can tweet or post, pay for subscription services, and order replacement supplies. and update target firmware.
9. Measurement and Monitoring Tools
The diversity of mobile devices makes comprehensive application testing impossible. The uncertain nature of mobile networks and the cloud services that support them can create performance bottlenecks that are difficult to detect. Mobile measurement and monitoring tools, often called "application performance monitoring," can help solve this problem. Mobile application monitoring tools can provide visibility into application behavior, provide statistics on which devices or operating systems are being used, and monitor user behavior to determine which applications are successfully leveraging their capabilities.
10. LTE and LTE-A
LTE and the technology that succeeds it, LTE-A, are cellular technologies that improve spectrum efficiency and can theoretically increase the maximum upload speed of the cellular network. to 1GB per second while reducing latency. All mobile users will benefit from improved bandwidth. Superior performance and new features such as LTE broadcast will enable network operators to offer new services.