Changing screen sizes
The upcoming mobile applications to be built for the wearable tech ecosystem would present precisely relevant information through dynamic changes in screen sizes. This will help make information design more pervasive and user-friendly.
Ergonomic user interface
The applications being designed for wearables would have user interfaces with highly relevant and precise features. The instructions shown in these applications to users would be concise, and tabs would be ergonomically assembled for easy access by users.
Lightweight and fast
The mobile applications for wearables would be lightweight so that they can load quickly and respond to individual commands swiftly. The developers are currently developing apps whilst keeping this in mind. With the apps running smoothly, people will feel more inclined to use their wearables.
The future mobile applications for wearable gadgets would have fast computational skills due to real time inputs and requirement of on-the-go outputs. Moreover, some of the inputs would be in the form of big data files which would require a lot of processing through sophisticated algorithms.
It is a probability that the applications for wearable devices would focus on customizable notifications, such as single word messages, voice memos or different coloured signals; this will give the users freedom to have the app present what they want in the way they want.
Low energy consumption
Due to their real-time usage, next-gen mobile applications for wearable devices would be enabled for low-energy consumption profiles to ensure a longer battery life of those wearable devices. This will mean that the people would be able to use their devices for a stretched period of time without having to run to charge the device.
Seamless data transmission
The applications for wearable gadgets would allow fast and seamless data transmission between smart devices (e.g., Bluetooth smart technology enabled applications). It has been noted that many giant companies are centering their wearable strategy on Bluetooth and WiFi.
Advanced interaction features
The future mobile applications for wearable devices would also have enhanced human interaction features, such as tapping and swiping or responding to voice commands. This will serve as a breath of fresh air and will sway people into being mesmerised by the app features.
Biometrics and semantics
The new mobile applications for wearables would allow integration of biometrics and semantics-based software that can help interpret emotions, track progress and detect biopotential (e.g., with the sensors available such as a multi-axis accelerometer, developers would have scope for greater innovation and create fascinating gesture detection enabled applications).
The future mobile applications for wearables would provide real-time modernise to users and concerned professionals (e.g. doctors) about the contemporary state of the users. Such real-time communication can also enable enterprises to monitor and give instructions to staff.
The future mobile applications for wearables would make use of artificial intelligence algorithms (using big data technologies) to predict user behaviour and make modifications in own execution. In this way, such mobile applications will improve and personalise user experience of wearable devices.
The upcoming mobile applications for wearables would make use of augmented reality techniques by enhancing the human senses of seeing, hearing, feeling and smelling. For example, augmented reality can be implemented to magnify voice commands, expand health-related data and improvise navigation through maps.
Cloud, Data and Security
In the future mobile applications for wearables, the cloud would be the primary data centre as far as data storage is concerned since it will act both as the storing and allocating place of data for the wearable device. In such a scenario, security would become important, and it will be necessary to make sure that secure standards are employed by the application to protect user data. Specifically, in cases of applications that deal with confidential user data in an open source standard environment, having a comprehensive security protocol will be important essential for users. Access to user data in the cloud and the application can be expedited with features such as biometric and voice recognition techniques.
To conclude, the evolution of wearable devices such as watches, spectacles, contact lenses, e-clothes, fitness trackers, headbands, beanies, belts, caps, and jewellery will lead to the development of more sophisticated and advanced mobile applications. These applications for wearables will blur the interface between humans and the hardware devices. And every mobile application for wearables will need a unique set of features depending on the industry and use the wearable is built for.