Engineering driven wearable technology is the hottest market trend these days. No longer are wearable limited to the fitness and tracking services. Scientists with different fields of interest are developing these wearable to improve the quality of life in every possible way.
A Brief Introduction & Quick History
As for myself, the first wearable I remember has to be the Tom Cruise’s Oakley Romeo in Mission Impossible II. These glasses had an audio/video presentation for the mission but unfortunately, they came with the self-destruction mechanism so he had to throw them away. If you glance back to the history of android wearable apps technology, there are few that leave quite an imprint on human lifestyle. You think the wearable technology has huge developmental gaps through times but that’s not necessarily true. Most wearable invented during this time gap were either not patented or were duds. Some of the most influential wearables in the history of time are:
Abacus Ring is considered the first wearable just like it was the first computing device (if you eliminate eyesight improving glasses). Other important devices were wrist watches, 1780’s pedometer, 1965’s exoskeleton, digital watches, digital cameras and blue tooth headsets. The era when the wearable really took off was when the smartphones became popular. Apple, Google, and Windows collaborated with fitness brands to launch pedometer watches that only began to grow. Presently these android wearable apps for fitness trackers are becoming more posh and sleek. And that’s not where it ends.
The wearable today have become more common and not all of them are successful. But that’s not stopping giants like Google to come up with new ideas every day. Almost all popular wearable have a collaborative Android app that provides the detailed interface and user can control the wearable at will. In this article, we are going to inform you everything that’s happening in Android Wearable Development.
Android Wearable Apps Development: The Launch of Android Wear & Android Wear 2.0
Ever since Android had created a platform for wearable’s development in 2014 by the name of ANDROID WEAR, the number of wearable has only increased. This wearable’s platform has provided developers with exciting opportunities. Limited to watches, for now, android wear enabled developers to develop personalized wearable Android fitness, music, wireless payment, IoT apps for modern-age users.
- Android wear 2.0 has made even more advancements in this technology field and now offers:
- Instant cloud connection which means you no longer require an Android phone to use the wearable. You can have an apple phone and your android wearable still works.
- It is using a darker color pallet for better visibility.
- You can now download apps on your Android wearable as it comes with Google Play Store.
- Wear 2.0 is also concerned with the design and watch face to ensure that your smart app actually looks great with all this functionality.
Google Glass: The Face of Revolution in Wearable Technology
There so much happening in the world of wearables that it’s quite hard to keep up. Along with smartwatches, the progress on eyewear tech is also making progress. When the first Google Glass Prototype was launched in April 2013, it didn’t go off as planned. But for a software think tank like Google, the research and the data generated by this unheard of technology paved gateway for modern enhancements that are still being processed for better functionality. Google Glass is an Optical head-mounted display (OHMD) Wearable technology that is enabling people to surf the web without using their hands at all times.
Challenges in Android Wearable Apps Development
Android wear is an amazing opportunity for developers to create apps for smartwatches, now that smartwatches are becoming even smarter. But developers shouldn’t assume that if they know how to develop android apps for smartphones, they can ace wear app development as well. Even though developing wear apps do require some basic knowledge of app development and intermediate knowledge of JAVA but it’s a different game altogether. Why? Because each smartwatch houses a different chip and has a different screen size or style. You have to take into consideration the hardware specs of all available devices in terms of disk space or controllers. Android phone apps won’t work on wearables despite being developed in the same framework. If you want to go into the details of few of these challenges then consider this:
Slow Development of Wearable Hardware: The basic hardware platform for Android Wear watches is still the same as launched by Google & LG in 2014. It uses this same Qualcomm’s Snapdragon 400 processor, 4GB of storage, 512MB of RAM, few sensors and a high-density display. This lag has slowed the development process considerably. As compared to wearable the smartphone technology changes every few months.
Display: The screen sizes, the display resolutions, OLED displays, Force Tech technologies; the display factors that affect the wear app efficiency are countless. Even though smartwatches are getting modern makeovers to suit different demographics. There is an endless debate about the round and rectangular smartwatch brand so the development of wearables is tricky, no doubt.
Functionality: Functionality of android wearable apps are not as enhanced as that of mobile phones or tablets. Most of the wearable apps are lighter versions of mobile apps. Designing the apps to interact with mobile devices also poses some challenges, although Android Wear 2.0 has eliminated this issue quite handily.
Battery Consumption: These apps are now being designed to save battery life as people get annoyed when they have to charge ten different devices each day.
We have led you on a roller-coaster ride of wearable technology but the bottom line is even though the short-term outlook for wearable isn’t getting noticeably better but the future belongs to wearables. It is an emerging market which is not going to remain limited to watches. There are some amazing things happening in wearable fashions, health, sports technology which aren’t necessarily linked to Google.
Even though the hardware and software of smartwatches are still undergoing improvements and most people don’t need these devices. But sooner or later, this is going to change and people will revert to wearable tech.