Wearable Apps: The Future of Mobile Applications

There are over 2 billion smartphone users in the world and almost 180 billion mobile applications are downloaded every year. Now you know how quickly mobile app development is growing. Surprisingly,  Wearable app development is also keeping up the pace and transforming every industry. Including, the fashion industry, fitness, education, tourism, media, entertainment, healthcare, and other industries.  

The introduction of health measures to self-track COVID-19 symptoms along with the increasing interest from consumers in their private health and wellness during global lockdowns presented a significant opportunity for the wearables market.

As per Gartner, global spending on wearable devices will reach approximately $82 billion USD by the end of 2021.

In addition, with major commercial hotshots like Amazon, Walmart, and Bank of America interacting and selling with customers through mobile phones, mobile application development is witnessing tremendous changes.

Wearable Mobile App Development 

Wearable application development can be used to simplify business processes and increase productivity. There are many mobile application development companies that provide customized design, development, testing, and deployment of Wearable applications. 

Users can wear these devices on clothes or as accessories. Such devices connect to the Internet directly or through mobile devices to perform various functions. These devices exchange data between the network and the device.

 

10 ways by which wearable devices may change the future of mobile applications? Modifying the screen size 

The mobile application that will be created for the wearable technology ecosystem will dynamically change the screen size to accurately display relevant information. This will help make the information design more universal and user-friendly. 

Ergonomic user interface 

Applications designed for wearable devices will have a user interface with highly relevant and precise functions. The instructions to be displayed to users in these applications will be concise and clear, and the labels will be assembled according to ergonomics to facilitate user access. 

Light and fast

Mobile apps for handheld devices will be very lightweight, so they can load quickly and respond quickly to a single command. Developers are currently considering this to develop applications. 

As the application runs smoothly, people will be more inclined to use its wearable devices. 

Computing power 

Due to real-time input and instant output requirements, future mobile applications for wearable devices will have fast computing power. Similarly, some inputs will be in the form of large data files, which require extensive processing through complex algorithms. 

Seamless data transmission

Wearable device applications will allow fast and seamless data transmission between smart devices (such as Bluetooth Smart technology-enabled applications). According to observations, many large companies are focusing their wearable device strategy on Bluetooth and WiFi. 

Advanced interactive function 

Wearable device’s future mobile applications will also have enhanced human-computer interaction functions, such as touch and slide or respond to voice commands. This will act as a breath of fresh air and make people fascinated by the functionality of the app. 

Biometrics and Semantics 

A new mobile app for wearable devices will allow biometrics to be integrated with semantic software that can help interpret emotions, track progress, and detect bioelectrical potential (for example, using multi-axis acceleration, developers will have a range of innovations and creating fascinating gesture detection apps). 

Instantaneous communication 

The next-gen applications for wearable devices will offer instant updates to users and related professionals (such as clinicians) about the current status of users. This real-time communication can also allow companies to monitor employees and give them instructions. 

Artificial intelligence 

Mobile applications for wearable devices in the future will use artificial intelligence algorithms (using big data technology) to predict user behavior and modify it in their own execution. In this way, these mobile applications will enhance and personalize the user experience of portable devices. 

Augmented Reality 

Mobile applications for next-generation wearable devices will use augmented reality technology by enhancing human vision, hearing, feeling, and smell. For example, augmented reality can be implemented to expand voice commands, expand health-related data, and instantly browse maps. 

 

Conclusion

The development of wearable devices such as watches, glasses, contact lenses, electronic clothing, fitness trackers, headbands, hats, belts, hats, and jewelry will lead to the development of more complex and advanced mobile applications. 

Every wearable mobile application requires a unique set of features, depending on the industry and its intended use. If you are planning to build any such applications, reach out to the industry’s best app development experts and accordingly, consult and plan for the most feasible app development roadmap.