7 trends that will determine the future of mobile app development

 

With more than 1 billion smartphones and 179 billion mobile apps downloaded annually, mobile development is undoubtedly one of the most innovative and dynamic sectors. The mobile app market certainly dominates by Google apps (Gmail, Maps, Search), social media (Facebook, Instagram, Twitter, Youtube), and gaming apps (Angry Birds, Temple Run). Major companies such as Walmart, Bank of America, and Amazon use mobile apps to promote their brands, increase customer engagement, and direct marketing. Small and medium-sized businesses are also jumping on the mobile bandwagon. After all, an effective mobile strategy is about more than just a mobile-friendly website. As mobile app development evolves with technology, businesses need to have a vision for the years to come. Below are some of the trends that will shape the future of mobile app development

 

| 1. Mobile phones

 

According to IDC,  around 101.9 million wearable devices shipped in 2016, a 29% jump from 79 million has seen a shift in computing and the shift from basic wearables to smart wearables, creating new opportunities for vendors and app developers, and accessory manufacturers. Smartphones will become the heart of a personal network of wearable gadgets, including health sensors embedded in the body, bright jewelry, smartwatches, display devices (e.g., Google Glass), and a range of sensors embedded in clothing and shoes. These gadgets will communicate with mobile apps to provide information in new ways. They will also enable a wide range of products and services in sports, fitness, fashion, entertainment, and healthcare. Thus, wearable devices connected to smartphones will influence the next generation of mobile application development strategies.

 

| 2. Internet of things and mobile-connected smart objects

 

According to Gartner, there will be 26 billion connected devices in 2020, including hundreds of intelligent objects such as LED light bulbs, toys, home appliances, sporting goods, medical devices, and controllable power outlets. These intelligent home objects become part of the Internet of Things and communicate through smartphones and tablets. These smart home objects become part of the Internet of Things and share via an application on smartphones or tablets. The smartphone or tablet acts as a remote control, displays and analyses information connected with social networks to monitor the 'things' that tweet and post, pay for subscription services, order replacement consumables, and update the firmware. Well-established companies such as Microsoft, with its smart system services, and enterprise software providers such as SAP, with its Internet of Things solutions, also add Internet of Things-related functionality to their products.

 

Today, RiotOS and Thingsquare Mist are software technologies, while RFID, Wi-Fi, and EnOcean are communication technologies used in the IoT. Google has two projects dedicated to the IoT: Nest and Brillo. Nest develops home automation products (smoke detectors, cameras, thermostats), while Brillo is an IoT operating system that supports Android technologies such as Wi-Fi and Bluetooth Low Energy. Apple recently launched its Homekit product, which enables electronic and wireless control of household appliances. The product includes dimmers, air monitors, and thermostats, as well as an entire smart home hub that can be controlled via an app or Siri, allowing you to automate your home with voice commands. Similarly, Amazon has launched Amazon Echo, a voice-controlled device that can answer questions, play music and control smart devices. A complete list of IoT technologies is available at Postscapes Labs.

 

| 3. M-commerce

 

Various analysts believe that mobile shopping's upward trend will continue over the next four years as more and more consumers adapt to m-commerce. The proliferation of Apple Pay and Google Wallet will make it easier to make mobile phones instead of debit and credit cards. Developers, therefore, need to create mobile applications that can process transactions without the need for a physical debit or credit card, or cash. When combined with wearables with payment capabilities, m-commerce will look different than before. In addition to data collection and predictive analysis, wearables will also play an essential role in future mobile payments and customer loyalty.

 

| 4. Motion and location sensors

 

 Knowing a person's location within a few meters can help provide contextual information and relevant services. Motion sensor application uses for security, anti-theft, energy-saving, and gaming. Location information is used for geolocation, games, car navigation, fitness, and other applications. Applications that use accurate indoor location currently use Wi-Fi, imaging, ultrasonic beacons, and geomagnetism. In the long term, technologies such as intelligent lighting will also be necessary. Precise indoor positioning, combined with mobile applications, will enable a new generation of highly personalized services and information.

 

| 5. The innovative design of the mobile user experience

 

It is essential for a healthy user experience to effectively display data and content in the mobile user interface—successful companies with mobile apps, such as Houzz, Instagram, Pinterest, and Wunderlist. Companies with successful mobile apps, such as Houzz, Instagram, Pinterest, and Wunderlist, are developing new templates that depict intuitive designs and interactive interfaces. Designers are also creating apps capable of addressing mobile challenges such as partial user attention and interruptions. Applications need to leverage technology with new features such as interactive content layers, circular design patterns, maps, and content manipulation. These features create "augmented reality" by allowing users to manipulate content in greater detail. Advanced consumer applications set high standards for user interface design. All organizations will need to develop new skills and work with new partners to meet users' growing expectations.

 

| 6. Application Performance Management (APM)

 

The two main performance bottlenecks in application testing are mobile devices' diversity and the non-deterministic nature of mobile networks. However, mobile measurement and monitoring tools, known as application performance management (APM), have improved testing and quality assurance. APM provides visibility into application behavior, provides statistics on devices and operating systems adopted, and monitors user behavior to determine which application features use successfully. As the enterprise application landscape and infrastructure migrate to the cloud, APM tools challenge to deliver real performance benefits to systems with virtual boundaries. Modern enterprises need robust tools to monitor application resources, correlate this data with meaningful user information and align performance with business processes.

 

| 7. Mobile enterprise management

 

Mobile enterprise management (EMM) is the set of people, processes, and technologies that use mobile computing to streamline the business. The critical elements of EMM are security, application management, and financial management. It also includes features such as mobile device management, mobile application management, packaging, and containerization. these are the must-follow trends if you want to give a hike to your business you can contact top app development companies in India.