Mobile applications are an integral part of our everyday lives. Without them, we can’t even think.
Mobile apps are rapidly evolving because of their ubiquitous nature. Mobile apps have become more powerful thanks to the incorporation of new technologies such as Artificial Intelligence (AI), machine learning (ML), the Internet of Things(IoT), and cloud computing.
These are 10 mobile computing trends you should be paying attention to:
1. IoT Mobile Apps
The Internet of Things (IoT) has been a popular technology in many industries, including oil and gas, manufacturing, healthcare, and agriculture. The IoT is basically a network of interconnected objects that can exchange data. Each of these interconnected objects/devices has a unique identity that allows them to communicate with one another.
IoT has led to the creation of IoT-enabled apps for mobile phones that can control devices such as air conditioners, refrigerators, security devices, and many other devices. These IoT apps can also manage wearable devices, gas networks, and traffic sensors, as well as autonomous cars.
IoT-enabled apps for mobile phones are rapidly growing and making our lives more connected.
Also read: Top 10 Benefits of Cloud Computing
2. AI Mobile Apps
Since 2017, artificial intelligence has been implemented in mobile apps. Additionally, multiple mobile apps have been integrated with Apple’s voice assistant Sir.
These are some of the most popular uses for AI/ML in mobile applications:
- Voice recognition.
- Virtual assistants
- Surveillance systems.
- Recommendation engines.
- Medical diagnoses.
To stay ahead of the competition, the mobile computing industry is focusing on AI- and ML-based apps.
3. Mobile Cloud Computing
Mobile apps that are highly advanced and integrated with AI/ML or IoT technology are often complex. They require a lot of storage space and computing resources. Mobile devices can’t be designed to store large amounts of memory because they are too small and would also cost too much.
What’s the solution? Mobile apps that are cloud-based. These advanced apps can access cloud resources and storage remotely via the internet. Cloud-based mobile apps offer the following benefits:
- High performance and reliability.
- Capability to deal with large amounts of data.
- High processing power.
- Ability to use AI/ML and IoT technology.
4. Mobile Edge Computing
Multi-access Edge computing (MEC), is also known by the term “mobile edge computing.” In simple terms, MEC can also be described as an intersection Where the mobile network(wireless edge), and internet (infrastructure edges) meet to transfer traffic.
MEC apps will expand rapidly with the introduction of 5G and provide a superior user experience. MEC can be used in the following use cases:
- Augmented and Virtual are mixed-reality apps.
- Autonomous vehicles
- Gaming applications
- Drone detection and monitoring
- Real-time analytics.
5. 5G Network Connectivity
The global fifth-generation network (5G) is rapidly expanding. This network has allowed mobile apps to use advanced technologies such as AI/ML, and IoT. Cloud-based mobile computing has been revolutionized by the speed of 5G networks. They are up to 100 times faster than 4G networks.
These are the benefits of 5G:
- High-speed wireless connectivity
- Real-time stream processing of data.
- Low latency.
- Enhanced bandwidth.
- Apps that support AI/ML, IoT, and cloud-based mobile applications
6. AR/VR Mobile Apps
Augmented Reality (AR-based mobile apps) is basically the integration of digital visual components with real-world entities. Virtual reality (VR) is an artificial world that appears to be real to end users.
Mobile app developers are focusing on AR/VR-enabled mobile apps to improve user experience. These technologies were used primarily to develop mobile games in the past. AR/VR apps can now be used in real-world applications, such as:
- Architectural/interior design.
- Preparation of the guideline and user manual.
- Software navigation
- 3D design.
- Educational course design.
7. Mobile Commerce & Mobile Payments
Mobile E-commerce (Mobility Commerce) and mobile payments are two of the fastest-growing trends in technology.
M-commerce apps are very popular for online marketing, transaction processing, and transactions. Payment-based mobile apps are becoming more popular with the rise of mobile shopping and m-commerce.
Apple Pay and Google Pay are both common mobile payment apps. They can be used anywhere to manage secure transactions.
8. Mobile App Security & Biometrics
Mobile app security has been a critical area for app development. This is especially important when apps are used to make financial transactions such as Apple Pay.
Both app providers and consumers need to be secure with mobile devices. Any single security flaw can lead to a catastrophe. Hackers are constantly looking for security holes to hack phones; there are many instances of hacking and financial loss. Many app developers now make security their top priority before releasing apps to the public. It is crucial to ensure security as we move towards mobile apps-based living.
Biometrics are gaining popularity in the context of mobile app security. Face recognition, fingerprint scanning, and voice recognition are the most common biometrics in mobile apps.
9. Logistics and Transportation Apps
Mobile apps are a great tool for transportation and logistics. Mobile apps are extremely useful in transportation management as well as tracking.
Logistics and transportation-oriented mobile apps are of various types. Some apps are for consumers, such as car rental apps, traffic monitoring, and route optimization apps. Others are business-oriented, such as apps for fuel monitoring and vehicle tracking, fleet management, or apps that help with fuel monitoring.
Apps for logistics management will continue to grow and assist the transportation industry.
10. Apps for Wearable Devices
The wearable device market is rapidly growing. There are many popular models, including smartwatches, exercise trackers, and body sensors, as well as smart wristbands and smart glasses.
As a result, there is a lot of development going on for apps that can be used with wearable devices. Wearable apps require simple user interfaces compatible with smaller screen sizes and the possibility to exchange data via sensors with network devices.
Wearable devices can be used to perform tasks such as fitness monitoring, location tracking, and health monitoring. Developers will need to keep these in mind.
Mobile apps today are more powerful thanks to the integration of technologies such as AI/ML, IoT, and cloud computing. This allows them to provide better user experiences. These mobile computing trends will continue to have an impact on our daily lives as we become more connected to our smartphones and tablets.