Wearable technology refers to any electronic that is worn on the body as part of cloth material or an accessory. However, smartwatches and activity trackers are the most common wearable that can connect to the internet and allow the device to network data exchange.
As the Internet of Things, mobile applications, computing and smartphones gain market traction, wearable technology is expected to gain more popularity and probably become more advanced than phone technology. This is because the technology offers scanning and sensory features with the aim of solving problems in real-time.
An increase in popularity of wearables means that the focus, from here on should be on developing custom mobile applications that sync with the wearable technology. Additionally, changes and improvements should be made to the current mobile applications.
Here is how the wearable technology is expected to affect the future of mobile applications:-
1. Screen Sizes
Wearable feature smaller screens as compared to other smart gadgets. Therefore, mobile app development companies must develop applications display information effectively on the dynamic and small screen sizes. Application designs will be more user-friendly and pervasive.
2. Changes in User Interface
Mobile applications designed to accommodate wearables should make use of precise and relevant user interface features. For instance, the instructions ought to be concise and feature ergonomically assembled tabs to ensure easy user access.
3. Light Applications
Wearable devices are limited in regards to size and power. Therefore, their applications must be light to ensure that they respond to commands quickly and effectively. As people embrace the wearable technology, they will appreciate the apps which run smoothly on their wearable devices.
4. Top-notch Computational Skills
Customers use wearable devices expecting to input and output data in real-time. Therefore, mobile applications designed for use in wearable gadgets should have high computing capabilities that support their real-time inputs and outputs feature. Some of the inputs and outputs are presented in the form of big data files that must be processed efficiently through sophisticated algorithms.
5. Customization of Notifications
Top mobile app development gurus will focus on customizing app notifications for wearable gadgets. The customization could include the use of; voice memos, single word messages or uniquely colored signals among others. Customization of notifications gives wearable app users the freedom to receive information and notifications in the way they deem appropriate.
6. Reduced Energy Consumption
Due to the real-time wearable device feature, mobile application development for wearables will be optimized for low energy consumption profiles in a bid to ensure longer battery life for wearable gadgets. This will allow people to use wearable devices for longer periods without recharging.
7. Smooth Data Transmission
Wearable device users expect to collect data using their wearable devices and transmit it effectively to connected smart gadgets. Apps for wearable devices will facilitate smooth and fast data transmission between different smart devices through applications supporting Bluetooth and Wi-Fi smart technology. In fact, every serious mobile app development company must center its wearable app development strategies on Wi-Fi and Bluetooth technologies.
8. Interaction Features
Mobile applications designed for use in wearable gadgets will offer improved human interaction features like; swiping, voice command response and tapping among others. Such features will not only intrigue wearable device users but will also make their app experience much easier and enjoyable.
9. Semantics and bio-metrics
Biometrics refers to metrics that relate to human characters while semantics is the philosophical and linguistic study of meaning. Semantics and biometrics-based software that tracks progress detects biopotential and interprets emotions ought to be incorporated in mobile application development. For instance, with multi-axis accelerometer sensors, app developers would create applications optimized for gesture detection.
10. Communicating in Real-time
The real power and uniqueness of wearable device apps is their ability to communicate in real-time. Therefore, future mobile apps for wearable devices must offer real-time updates to users and concerned professionals like doctors about the state of their patients. Real-time communication will also be useful at enabling businesses to monitor and give instructions to their employees despite their location.
11. Artificial Intelligence Algorithms
Artificial intelligence is a booming trend the mobile app development context. It relies on algorithms that make use of big data technologies to predict the behavior of users and make the necessary modifications. This way, mobile applications will personalize and boost user experience on wearable devices.
12. Techniques for Augmented Reality
Future mobile application development for wearable devices will utilize interesting techniques for augmented reality that are designed to enhance human senses like hearing, smelling, feeling and seeing. For instance, it can be used to improvise navigation via maps, boost voice commands and magnify health-related data.
13. Cloud, Security, and Data
The cloud is the main data storage center that will act as the data storage and allocation center for wearable. Hence, security standards must be applied to ensure that user data is well-protected especially in mobile applications that collect confidential personal data in an open source environment. A comprehensive security protocol is essential and reassuring for users. Access to data stored in the cloud can be expedited through features like voice recognition and bio-metrics.
The evolution and increased use of wearable gadgets like smart watches, contact lenses, spectacles, caps, jewelry and trackers among others will trigger the development of highly-sophisticated mobile apps. Therefore, mobile apps development company Florida must utilize unique app development features as per client or industry specifications.