The epoch we currently live in has gained a reputation for mobilizing futuristic technologies in the present and smashing our notions of what’s possible to the ground. Business solutions have precipitated into a reality that exudes the most fundamental tenets of humanism and makes us masters of our well-being. 

The upcoming wearable technology is one link in the chain of engineering evolution with future-headed possibilities. For one, the segment is experiencing a rapid build-up of new categories that are reforming mobile application development as we know it.

The applications of wearable technology engulf us from head to toe be it through smartwatches, to head-mounted gear, and footwear. Data suggests that North America is the place to be if you want to realize the immediate benefits of wearable technology ideas turn real-life solutions. And the reason for that is 5G. The continent would spearhead the establishment of the most 5G connections with wearables in 2022. 

Therefore, if you operate in the wearable app development space, you need to take preemptive measures that marry regional demographics with the wearable technology trends in 2021. 

The Rational Driving Wearable App Development in 2021

25% of the adult population of the USA is projected to use wearable devices by 2022. This demography cries out for multi-platform connectivity and a bunch of other user-friendly features. It possesses a unilateral potential to make or break the future of wearables. The benefits of wearable devices kept aside, app development in this domain is an area of expertise that should factor the following.

Integrating the Internet of Things

IoT refers to the digital fabric of interconnected devices. Its main principle is to connect devices and enable data exchange to compute logical conclusions for smarter living. But connectivity is not a random tenet of IoT, it is also one of the basic expectations of the users of wearable mobile devices. The future of wearable technology in relation to IoT can be envisioned through a customary overview of the healthcare sector. Here’s a list of wearable IoT devices that healthcare institutions are rolling out:

• Glucose trackers 
• Wearable defibrillators for heart patients 
• Sports utility equipment to avoid concussion 
• Remote asthma monitors 
• Bluetooth enabled tracking apps for cancer patients 

Home automation systems and fitness trackers fall under the all-pervasive umbrella of IoT. Big Tech is betting big on IoT and shaping the wearable tech future. Apple and Google are targeting retail customers through products like the iWatch, and the smart lens. Samsung, in addition to its Galaxy smartwatch, has wearable IoT solutions for fleet management. The writing is on the wall, when it comes to the future of wearable devices, the internet of things has to be part of the conversation. 

Wearable application developers must integrate IoT into their products if they are to mark their turf in this field. 

Custom app functionalities 

Earlier, we discussed some of the in-app features that wearable app development services should focus on. In our experience, such apps require lesser resources as their memory and hardware are low-cost in contrast to mobile devices. Consider the case of smartwatch app development for instance. While everyday mobile apps could be flooded with a deluge of unwarranted features, a smartwatch will constrain itself to its core function, telling time.

Since North America is the center of wearables at the moment, wearable app development services in the USA are positioned at the vantage point of shaping futuristic wearable technology. As part of this elusive covenant, Appinventiv focuses strictly on core app specifications and not dilly dally in attaching wearables with redundancies. 

As O’Reilly put it, the need of the hour is to balance fashion with function and that cannot happen without subject matter expertise. As a wearable app development company, we nurture a procedural, yet flexible innovation environment with a team of 500+ mobility solution experts. 

Shared data ownership

The Internet of Things has leaped to rebrand itself as the Internet of Everything. By 2025 it is projected that the total connected IoT devices would total 30.9 billion. Together, they would produce 79 zettabytes of data. For the uninitiated, one zettabyte is equal to 1,000,000,000,000,000,000,000 bytes.   

The following source of data will contribute the most to this cycle: 

• Industrial control systems 
• Business Applications
• Wearables 
• Sensors & devices 
• Web data 
• Digital media 
• Location trackers 

We are at an inflection point in the relationship between wearable apps and humans. IoT data collection will force marketers to experiment with unconventional approaches and shun senile, old-school mindsets. Not to mention the emergence of self-governing AI algorithms that operate on minimal data minus the dependency on volumetric data sets. In tandem with Gartner’s data analytics prediction for 2021, wide data will be key to the future of wearable technology.  

Examples of wearable technology such as fitness trackers, smart eye-wear, and body-mounted gear creates data that allows hardware/software vendors to map consumer profiles. Shared data ownerships enable the confluence of wearable tech companies with e-commerce platforms. 

Power to GPS wearables 

Google glass, GoQii, Spotnsave, and wristbands are some examples of wearable technology that collect user location. Presently, such devices have gained immense popularity amongst people as they are pocket-friendly and affordable. Most of all, with a single tracker, guardians can maintain protective, remote supervision over adolescents. 

The future of wearable technology rests on the integration of GPS tracking in devices. Self-driving cars are powered with real-time GPS updates helping them navigate safely. Who is to say, a smartwatch would not be able to do the same in time to come! 

e-Payments through wearables 

By 2025, the global contactless payments marketplace will be valued at $18 billion. As stated by Marketsandmarkets, smartphones and wearable technology in business will contribute to this surge, underpinned by social distancing norms due to a perpetuating pandemic. Private banks are introducing wearable, contactless payment devices for people on the go. 

Near Field Communication Technology (NFC) is used to connect a smart device with assets like credit cards, debit cards, and prepaid cards. As a wearable App development company in the USA, we can be your in-house agency for such projects. Our experiential faculties have the capabilities to produce wearables ground-up equipped with e-payment gateways. 

With a wireless network, users could flash their wearable device in front of the terminal and transact instantly. 

Smartwatch development 

Consumer psychology will forever remain the same – do more with less. Smartwatches offer a relatable experience to smartphones at much less a price point. 

Smartwatches can double up as a fitness tracker and a mini-smartphone. In the age of instant interaction, they help you receive social media notifications. Some of the products like Pebble have batteries that outlast even the best of smartphones. And in case you were wondering, they come with built-in support for YouTube. Health-conscious people can track their sleep, glucose levels, calories burned, and even stress levels with the right (smart)watch. 

As a wearable technology company, we can conclusively say that enabling smartwatch interfaces to interact with home appliances is the next wow. 

Beacon technology 

Beacons are wireless transmitters that operate on low-power Bluetooth technology using which they interact with the devices in their vicinity. They can connect with nearby smart devices and exchange information to facilitate location-based searching. 

When it comes to the nervous system i.e. hardware, it is as simple as a CPU, radio, and a couple of batteries. Given the simplistic nature of beacon technology, it comes as a no surprise that it is being integrated into wearables such as smartwatches. 

A wearable device app development company like ours predicts a tangential growth of beacons in the immediate future. 

Where From Here? 

Apart from a certain pomp-factor that wearable devices endow the users with, they bring along numerous lifestyle benefits. Touchless business operations, on-demand action, and an immersive experience, wearable devices sanction enough reasons for adoption during the pandemic. 

A corroborating factor of this is that wearable device manufacturing is picking up pace and so is the corresponding app engineering. As a wearable technology company, Appinventiv has delivered over 25 products (and counting) in the field. 

Let’s not beat around the bush. You need a feather touch of technological expertise, and we embrace new relationships. 

What are you waiting for then, let’s talk!

The post 7 Dominant Trends Underpinning Wearable App Development in 2021 appeared first on Appinventiv.

No matter how great your product is, if it doesn’t support basic functions such as push notifications in technology like android wear a smartwatch, smart glasses (google glass), fitness trackers, and many more; then there are chances that your customers might go to your competitors rather than waiting, suffering and becoming frustrated. This direction where the market is headed is calling for the need of developing apps for wearable devices.

With that said, wearable technology can be summarized in two simple futures – the one in which you’re living and the other in which wearable technology uses are improving your life by providing a much-required boost to your environment and surroundings at the right time.

If you think that the wearable hype is just for a few more years, then you should know that you’re living in denial. The wearable trends are emerging every year and are shaping the technological change in different ways.

These devices are going to last for long, and they’ll only get more effective and sophisticated as they evolve. With the constant use of wearable apps and gadgets, it implies that wearable apps have become a part of our daily lifestyle. As they are used by everyone on a daily basis thus, people are looking for more advancement in wearable technology, and are waiting to take the latest available hit and trial out of healthy living!

Let’s have a look at what the figures tell about this intelligent and fashionable technology:

• According to research by Statista, the total number of wearable devices connected worldwide from 2016 to 2022 is $536 million.
  
  
• The wearable technology market is expected to reach an accelerated growth of 23 percent within a year to reach over $150 billion by the end of 2026.
  
  
• By the end of 2021, the total shipments of wearable devices are predicted to reach over $560 million and are expected to provide a revenue of $95.3 billion.

As per the numbers, it’s worth saying that wearable apps are ready to modernize the world. Whether you are entering the digital space for the first time or are looking to expand your already existing digital presence, wearables are here to develop successful experiences from your creations.

Therefore, let’s cut to the chase and uncover how to get started with wearables by planning, building, and designing. 

Planning Your Wearable App – Everything You Need To Know

If you’re a beginner, you’ll find wearable electronics to be the most frustrating yet fascinating technology at the same time. Apart from coding and circuit design, there are several other things that you need to consider before starting to build your wearable device apps. The task of brainstorming, getting a clear idea about the type of app that you want and types of components that you want to include, and so forth, are some of the planning ideas that need to be clear.

Let’s discuss and know how to plan properly for smooth execution.

1. Brainstorming

Before starting any project, you need an idea, a plan of how to do it, what to include, and so on. Thus, start by making a rough outline of your app and include what the app should do, how it should look, and what all to include. 

Since we are just mapping out the possibilities and functionalities that should be there, thus this is the phase where you are free to use your imagination and preferred method of placing the ideas such as comparing different wearable apps and noticing the mistakes, making a list of features that are required to create a wearable app, and making a list of the users that use the feature most.

2. Collecting Data

As it is clear that wearable devices make use of user data to improve their functioning and provide accurate information to the user. Providing value to users in terms of wearable products requires context for any data that the app sensors collect. Without understanding the context of collected data, the result may be twisted or inaccurate. 

Thus, to have precise data, the focus should be made on developing app sensors for android wear apps, smartwatches for iOS, and other devices.

3. Project Planning Checklist

Make a proper checklist of questions while declaring the specifics of your project. Moreover, consider adding questions such as how durable the project needs to be, whether you want to make the circuit transparent or not, who will be the user, functionalities to include for the user, and so on. 

Having questions gives you an idea about the project and its developing process along with the kind of device that is to be made. For example, whether the app will be for android or iOS, such as smartwatches for iOS, android wear smartwatch, wearable web apps, and so on.

Building Your Wearable Apps – A Non-Engineer’s Guide

After you’ve done some basic prototyping with your ideas and features, you need to refine your sketch of the layout to make it even more understandable and easy to follow. In this process, you’ll also have several opportunities to find any problems with the design.

This allows you to make necessary changes before starting the app development process. A final sketch also acts as a guideline to make sure that all the features are finalized during the process to build a wearable device application. Here’s what you need to consider while building your project:

App Complexity

For example, the computation power and the machine that a smartphone uses have been designed to meet the high real-time specialized requirements. But a wearable, independent of its form is devised to deal with direct connections and not to go to a ton of computational requirements. Noticing the intrinsic contrasts, when you make a mobile application for your wearable device, you should choose which sort of apps to show in the wearable and which ones to avoid.

User Base

Since the user base is different for smartphones and wearables, thus the app making will also be different accordingly. It is important to understand and know for whom the app is being developed, what kind of app is created according to the demographic, and what necessary changes need to be made.

Security

Data is collected whether you are using smartphones or wearable devices. But the data collected from wearables are extremely critical as the information is sensitive which is according to the person’s location, health information, likes dislikes, habits, etc. Thus, for wearable app developers, it is extremely important to take care of the personal information of the user and ensure that the security remains intact when using that information.

Integration

The evolution of wearable apps has affected consumers, brands, and app developers.  Businesses are empowering their administration with intuitive wearable apps development that integrate seamlessly with a wide range of connected devices and sensors.

Integrating wearable apps with multiple systems provides the ease of operating various applications with just a touch of our fingers.

For integration to succeed, the developer must start with finalizing which all data will be required for the functioning of a wearable application and then use SoC (system-on-a-chip) to native interface with number of sensors and actuators. Using API, one can share data seamlessly from different wearable devices and apps.

Prototyping

The prototype design is important to understand and know your ideas and the purpose behind a design or feature before investing time into the development.

The way the app is interacting with the users and presenting data means a lot. It should be easy and simple to understand. Too much data leads to confusion and a bad user experience. Thus, prototyping is the best option before moving forward with the development and launch.

Designing Your Wearable Apps

When it comes to wearable app development cost and procedures, there are numerous choices available in the market (including glasses, watches, rings, and wristbands) and even more, are arriving. Your app design should be made to fit with all the multitude of wearable devices, seamlessly. However, these devices have a unique set of challenges when it comes to their design. There are several limitations such as less information density, smaller screen space, and limited battery life. That’s why they require a different design approach:

1. Glanceability

Wearable designs are destined to be glanceable. For those who don’t know, the term refers to information being shown for limited interactions. A great example can be fitness trackers, that rely on lights to explain what’s happening.

2. Context

Talking about the context, it’s the backbone of your design and needs to be used to provide specific information in the least time. When you design a wearable app, you’re automatically designing for the context too because these devices are filled with sensors.

3. User Interface

When designing a wearable is important to integrate a wearable device with the existing user’s devices. Thus, wearables app development should be made keeping in mind other devices and user interface as well. For example, a blood pressure monitor and heart health app for a smartwatch might be used to gather information/data, but the review and analysis of the data collected can be made through a smartphone.

Wrapping It Up

With the growth of mobile technology, the world has seen some of the most fantastic benefits such as the ability to be available anytime, anywhere. From app development to using a wrist band, this connected technology makes everything come together and closer. AppInventiv is the most revered and reliable company for wearable app development in the US, South Asia, and European Regions. We have expertise in building world-class apps that have created new milestones.

The post An Entrepreneur’s Guide on Wearable Application Development appeared first on Appinventiv.

It is safe to assume that if you are on this article, you are one of the visionary entrepreneurs who understand the importance of wearable technology in the business world. Along with understanding, you also get to know how technology holds the potential to change how we play, work, and operate. 

Taking assumption one step further, you might have crossed the stage where you needed convincing on why to invest in wearable technology and you have realized that the future of the tech world lies in connectivity. A connectivity that wearable apps offer. 

Based on the assumptions set, let us take you one step closer to your wearable mobile app launch, by looking into the factors which can ruin your app’s chance to success. In other words, let’s cut to the chase on the wearable app obstacles standing in front of its revolution that must be addressed well within time before you create wearable app strategy and bring them into development and QA stage. 

If, in actuality, you are step behind and belong to the ideation stage where you are thinking about entering the wearable segment, head on to this article: Things to consider during wearable devices app development.

Wearable App Development Mistakes That Can Cost You Your Business 

1.  Developing on today’s top sensors & devices

Overinvestment in the present day’s top hardware, although enticing, can be problematic in the time to come. You see, wearable technology, at present, is still finding strong use cases and supporting infrastructure. Meaning, the wearables that you see today will most likely get obsolete by the end of the third or fourth year. 

The very notion of connected intelligence showcases that the future of wearable devices lies in them going beyond mere connecting, sensing, and reporting. The smart wearable device must process the data independently and become an intelligent node which in itself can perform the activities around embedded processing, connectivity, and sensing.

Thus, if you are planning to invest in wearable app development, you should ensure that it is made of an intelligent node and has the potential to become a full-fledged computing ecosystem. With this end goal, if you limit your app idea on the device and sensor, it will prove to be a grave wearable app mistake. 

2.  Not aligning your use case with the wearable device 

Okay, this might sound contradictory. I know I just said that it’s one of the biggest Wearable app development mistakes to solely go by the present day’s top wearable device and create an application at the back of it. But it would also be a mistake to not align your use case with the devices. 

When consulting our wearable app seeking partners, we always tell them to create a table with devices on one side and use cases on the other. This way, it gives them a clear idea on how best they will be able to showcase the value of their solution. There are several questions that give a clarity on this front: Would people prefer to stand or sit when using the application? Will they be able to offer the distractions of AR glass? Will they be able to use the app in the office space? and how to avoid wearable app development mistakes? 

After deliberation, narrow down the options you have and decide between the available options accordingly. Cases like these are what drive product design company to conduct product discovery workshops and design sprints. These idea validation approaches help us decide the best fit on the basis of real users’ feedback. 

Now coming back to the point we started with, while it is true that going by the current hot device can be one of grave wearable app development mistakes, it is also true that your use case has to be aligned with the right device. So before you plan in the direction of wearable app launch, what you have to pay 80% attention to is the app idea and its computational abilities and 20% on the wearable device. 

3.  Trying to add a lot of feature-set

Many a times, entrepreneurs in the race to deliver a unique product fill their wearables with a lot of features and functionality sets. You might wonder how this could be a wearable mobile app development mistake. Let me explain. 

There are two things very wrong with this approach, as any specialized wearable app development company would tell you.

1. The real estate available on a wearable device is very limited. This means, if you add too much information or functionality set, users will either end up not using them or abandoning your application altogether.

    

2. The battery life of a wearable device is not as very strong and long-lasting as in a smartphone. So, when you load your wearable app with a lot of feature sets, you bring down the battery life even down. 

Elaine Montilla from The Graduate Center said, “Don’t include every cool idea on version one. Always keep in mind that this is not the final product and leave room for improvements and upgrades in future releases. It all requires a continuous commitment to improvement.”

4.  Keeping launch date above in-depth testing 

One of the biggest mistakes that you can do is hurry your wearable app developers into app launch with conducting proper tests on them. At the development stage every feature seems feature and viable, it is only after you test in a pool of prospective users you get to know the actuality of your app’s effectiveness. 

There are a lot of things that could be wrong with your wearable app apart from security and privacy issues. You will have to ensure seamless connectivity between the hardware and your mobile application, ensure that there are zero bloatwares which would end up consuming a lot of users’ battery life, etc. 

When testing your wearable app as a system, you will have to remember that the ecosystem is made of hardware, software (your app) and wearability. Until you evaluate all these three domains together, you will never be able to fully emulate the complete user experience.

5. Following hardware-driven approach

Another regular mistake that is frequently neglected is the reliance on hardware-driven devices. The hardware-driven devices limits the possibilities as well as makes it vulnerable to getting obsolete and not ready to stay up with the competition over the long haul.

Thus developing the infrastructure and architecture of wearable applications around will lead to dependency. Prediction of the future is a tough task and quite impossible, so we cannot say whether the device will work in the next few years or not.

As much as software is evolving, the hardware of wearable devices is likewise unique in nature. Henceforth, never depend on a device rather learn and develop all alone. This is the best way to add something new to the business of wearable technology.

6. Deploying feature without a client feedback

A feature may charm clients from the outset but later it may appear to be impractical for their wearable device. This happens frequently when the experiment is taken on the industry where customers are anticipating development but are simultaneously confused with their necessities.

Deploying product features without customer input can be an expensive mistake. A costly mistake to avoid is to rapidly deploy product features without customer input incorporated into the product guide. Fast emphasis and learning are significant for development; however, customer feedback is center to product usability. Set aside some time to tune in to the problem areas of customers as a starting point. After that address customer feedback in the product guide based on user input.

7. Complicated UI

For the UX/UI designer, this represents a test as it is essential to make a non-cluttered UI while guaranteeing all components are present. From picking background colors that match the brand image, to show measures, and distinguishing symbols that pass on the correct message, wearable application developers must be cautious about their decisions. Most importantly, it is significant that the design is supported by various platforms.

Challenges Faced While Developing A Wearable App

Tethering

With restricted functions and small screens, most wearables are tethered devices, and not standalone gadgets. They depend on other bigger devices for getting to all the features of an app. At that point, they go pretty useless if the tablets or smartphones they are associated with, have a low battery or just quit working.

Additionally, the wearable which is associated with the smartphone or tablet must be in scope of bluetooth for smooth tasks.

Fragmentation

Fragmentation represents an obstruction during the process of wearable app development. A large portion of the wearable applications don’t have cross platform compatibility which brings about the issue of fragmentation. This issue expands the general expense of development of wearable technology.

User Interface

As referred, the best wearable apps should not just look appealing and work smoothly on the mobile only but also on other devices as well. Typically, wearable gadgets have small screens than smartphones and tablets. Besides, it is a significant task to concoct a design that is alluring yet light.

Battery Life

If your application devours too much battery, it will not get by in the competitive market, especially in the coming future. App stores consider input from users. An application that requires a user to charge their device over and over, won’t do well in the market space. Searching for the correct balance between incredible usefulness and battery-saving features is an always on search task.

Privacy and Data Security

Application for the best wearable devices includes the exchange of data and information through the cloud. While there are numerous benefits of wearable application development and information trade, it can likewise represent a danger as data can be stolen by third parties. This is one significant challenge for most driving wearable device application development company.

The Takeaway

Wearable apps are taking away all the limelight and the future just seems to be brighter. Businesses must take into consideration this factor when planning their mobile app development projects. Any idea can be turned into a game-changer for wearable apps. If you are looking for a partner to execute your next project, contact us.

Wearable applications are snatching all the spotlight and the future seems to be splendid. Organizations should contemplate this factor when planning wearable product development projects. Any thought/idea can be transformed to advantage wearable applications. If you are searching for a partner to execute your project, get in touch with us. We are one of the known wearable app development company in USA, to craft easy to use and attractive applications that deliver impressive results on desktop and smartphones.

The post Mistakes to Correct Before Launching Your Wearable App appeared first on Appinventiv.

Back from 2004, which was dubbed as the year of wearable technology when there was a sudden rise in activity trackers once Apple Watch was introduced, the innovations that have been happening in the Wearable sector are no less than complete transformations. 

But some time between today when you are reading this article and a few years ago, there was a time when wearable devices started losing their charm – mostly because of the fact that people got bored with tracking their counts or getting phone call notifications on their smart watch. This was the time when the talks of making wearables smarter started doing rounds. 

Cut to today, the preparation of making applications of wearable technology intelligent so that the value the users get at the back of every interaction is comprehensive is on a high. This preparation has been given the name of Wearable AI. As you can infer, the sector is what has emerged out of the incorporation of Artificial Intelligence and Wearable tech in the world. 

In fact, the fitness industry is witnessing a tremendous shift as a result of widespread adoption of Internet of Things (IoT) applications and cutting-edge artificial intelligence (AI) product offerings. According to Reports and Data, the fitness app market would generate $14.64 billion in yearly revenue by 2027, with roughly 100.2 million fitness app users.

With that proved, let’s see what the disruptive technology holds for customers.

Table Of Content

1. Wearable Industry Shortcomings That Artificial Intelligence Solves
2. Statistics Around the Wearable Artificial Intelligence Market
3. Use Cases of AI in Wearable Technology
4. Challenges Associated With the Incorporation of AI in Wearable Technology

Wearable Industry Shortcomings That Artificial Intelligence Solves

The problem in wearable technology that would need an AI technologies solution is two-fold. 

On one side, there is a problem that users face in terms of lack of an action item. Imagine this, suppose your smart watch notifies you that you have walked 300 steps in a day. Now what would you like to do with the information? Don’t you want to know what the ideal step counts? Or need a comparison with the previous day’s step count? Or simply need information around how steps lead to your fitness goal, how many more steps would you need to meet your goal?

Now on the other side, there is a ‘what is the next step problem’ with the wearable service providers. When built simply on the idea of fetching information from the body and notifying the vitals to the users, there comes a time when users start asking the value proposition (although, the instance almost never comes in case of medical wearable apps which are devised to track vitals). What is difficult for service providers is to think about the expansion model – another one of the wearable challenges that fitness AI solves.

AI technologies, at the back of their powerful armour, Machine Learning, does an amazing job at converting the plethora of data that the users give you into actionable intelligence. It helps your users and your business with the next steps. In fact, an artificial intelligence smartwatch is creating a benchmark in enabling real-time monitoring of one’s fitness and health goals.

Let us look into some statistics throwing light at the rise of fitness AI and Wearables convergence.

Statistics Around the Wearable Artificial Intelligence Market

The wearable intelligence market is poised to reach USD180 Billion by 2025. There are AI and Wearables technology trends driving the growth of AI and Wearables:

• Continuous improvements in the design, function, and variety of available wearable devices, in addition to constant innovations introduced by a slew of sound wearable app development company.
• Emergence of edge computing on powerful processors like the Qualcomm® Snapdragon Wear 3100 Platform 
• Enhanced AI algorithms and advancements in wireless connectivity such as 5G, are increasing the functionality for providing a seamless user experience.
• Smart wearable device market will be able to sustain a double-digit growth, with 780 Million units poised to sell between 2018-2022.

Use Cases of AI in Wearable Technology 

The use cases of artificial intelligence in wearable device is presently divided into two main categories: Healthcare & Safety, Enhancing AR/VR, and Intelligent Assistants. 

Enhancing Augmented and Virtual Reality 

The role of VR and Wearable in the Healthcare domain is already extremely prevalent in the market. The need, however, is to make them intelligent. 

The first and most uprising use cases of wearable AI is seen in their incorporation in the AR/VR segment. The mixed reality devices which use a blend of augmented and virtual reality can be enhanced greatly through AI technologies incorporation in the wearable industry. The present mixed reality headsets have to be connected to either a powerful PC or smartphones to work. But their performance however is dependent on the processor’s power. 

AI can lower down the wearable workload by adjusting the performance of the headset to what the users require at the moment. Through an interaction with the user and their environment, the intelligent machines are able to understand their preferences, the information that has to be displayed, and lower the latency which is experienced with a mixed reality. 

Example: In HoloLens 2, Microsoft has announced to incorporate a dedicated AI core processor for providing users with an expansive experience. The time to come will see more AI wearable devices emerging in the gaming industry. 

Intelligent Wearable Assistant 

With applications in wearable technology being on the rise, artificial intelligence devices are becoming true assistants and thus improving the customer experience. The use case of AI Analytics in Wearable is fairly evident in the sports world where the gadgets and advanced sensors are embedded in the smart apparel and provide the users with real-time notification of their metrics in addition to actionable advice for improving performance and insights for lowering the injuries risk. A justifiable example of this is an artificial intelligence smartwatch.

Other than the sports industry, it is also seen in case of event and travel use cases, where the users are notified of their flight timings or movie schedule. 

Example: When we talk about the companies using wearable technology and fitness AI combination, both Google and Apple offer the functionality of syncing their assistant services: Google Assistant and Siri with their Watch, EarPods and other wearables. 

Health & Safety

The use cases of AI and wearable technology in healthcare is most sought after. On an individual level, both the technologies – AI in Healthcare and Wearable in Healthcare – are doing a lot of efforts to make the sector disruptive. There are multiple ways in which the combination of AI and Wearable are helping the healthcare industry a lot more responsive and preventative. 

• The technology, through natural language processing and computer vision, learns the visual cues which the sighted people recognize in cities like paths, buildings, sidewalks, curbs, etc. It then uses the information by converting it into natural voice cues that help visually impaired wearers move around the city comfortably. 
• Machine Learning through real-time monitoring can help learn all the seizures patterns. These wearable devices with AI capabilities can be worn by someone having epilepsy and can then alert them if a pattern is recognized, so that they get time to pull off the road or reac a safe spot in time. 
• With the help of machine learning, meaningful data can be created by monitoring the physiological markers of stressors and emotional arousal in children with autism spectrum disorder. This, in turn, can help caregivers identify potential precursors, thus making the health and care domain a lot more preventive through the introduction of Wearables and AI in healthcare. 

Challenges Associated With the Incorporation of AI in Wearable Technology

Battery life: During development and evaluation of wearable fitness devices, one of the key challenge areas for us in the entire AI project management cycle was managing the battery life. Since the computational power of AI wearables is a lot less compared to smartphones, the batteries tend to run out much sooner than ideal. Two approaches that we followed to counter this in our wearable technology development process was A. we processed only the data that we needed through edge computing and B. we optimized our code in a way that would support minimal usage. 

Privacy: A successful implementation of Artificial Intelligence Wearables calls for a lot of data. In this scenario, it is very important to keep privacy as the top priority. All throughout the development process we had to keep ourselves asking if at all we needed to collect certain information. The next important thing was to compute the derived data on the fly. All these measures tend to increase the wearable app development services cost to a great extent, something that can be worrisome for the startup entrepreneurs.

Security: There are some security–sensitive AIs like the ones that make use of wearable cameras for facial recognition. For such devices, it has been our priority to make use of on-device data processing in our wearable app development processes. The usage of edge computing saves the need to transmit data through the public or private cloud services. This avoidance offers a high level of privacy. But in instances where transmission of the data is necessary, we follow ways to encrypt the data to their entirety.

Summary

In short, wearable devices that are powered by artificial intelligence technology are helping businesses tap new arenas of digitalization along with improving lives as well as their ROI. Industries across the globe and domains have already started diving deeper into innovation with AI. If you have a great idea in mind, start looking for an experienced wearable app development company to help you estimate the costs associated.

The post Wearable AI: What Does the Implementation Mean for the Digital World appeared first on Appinventiv.

There was a time, not too long ago, when wearables were presumed to be a dead sector attracting bottom line attention from the users and investors alike. But, the two tech giants – Apple and Google kept the sector breathing. 

Now with Google acquiring Fitbit and Apple launching a new powerful WatchOS in iOS 13, the innovation wheel is once again moving at a high speed. As per reports, the wearable technology market is expected to grow from USD 116.2 billion in 2021 to USD 265.4 billion by 2026, at a CAGR of 18.0%. 

This article is intended to answer a simple question for all the entrepreneurs who are looking to enter the space of planning, building and designing a wearable which is fresh for innovation – How much does wearable app development cost?

So, without further ado, let’s begin. 

Factors Affecting the Cost of Wearable App Development 

Answering how much does it cost to make a wearable app is an activity that would need to take several things into consideration. 

Since we are not talking about any specific app type but are estimating the cost of developing a wearable app as a whole, we will dive into this section holistically. What we mean by this is that we won’t mention the wearable app features or the wearable app tech stack at a specificity level, like we do when we cover the cost estimate of specific applications. 

We will, instead, give you an idea of what you should look for when preparing the wearable apps services cost breakdown. 

Here are the factors affecting the cost of wearable app development. We decided to keep the factors the same as the stages of wearable app development because ultimately, wearable or not, the cost of app development falls down on the app development process details.

1. User Research 

At Appinventiv, we include user research and product design sprint as part of the mobile app development cost estimate. We don’t charge exclusively for designing the user profile and research. But there are brands that do. 

In case you come across a brand which does, here’s what they will be doing for you. 

They will be creating a venn diagram. On one side they will keep the users who are most likely to use your application and on the other, the ones that use wearable technology. There on, they’ll find a sweet spot where the two will meet. 

While the first part of the diagram would vary from one app type to another, the other part, which looks into the user type that is most likely to adopt wearable technology has been studied by our team of Business Analysts. 

Here’s a visual representation of the finding.

2. App Design 

The next element of the wearable app development cost will come into the picture when your partnered mobile app design agency would build UI for the wearable app. 

Designing wearable applications is VERY different from designing mobile or tablet apps. A normal Wear OS usually comes with four prime interaction points: watch faces, notifications, voice commands, and native apps.

For the sake of this article, let us look at the wearable design from the perspective of smartwatches. This is what you will have to understand when we talk about design specific costs for smartwatch app development. 

Notifications: It displays contextual, ambient data. It is generally what makes users launch an application. It offers a lightweight experience, for example answering a message, playing a song, or opening a location on a map. 

Watch Face: In the end, a smartwatch is a watch. Noting that, if yours is a time based application, you will have to give it a watch like look and feel. 

Wear Apps: These are the applications, your application, which would most likely work without any connection with a smartphone application. In case of these standalone wear apps, you can either follow the same design principle as your smartphone app or make a new one from scratch. 

Voice Commands: Majority of the smartwatches in the market today (or ones in pipeline) come with the functionality of voice commands. Meaning, users will be able to initiate commands from their voice. As a Product designer, it would mean a special attention to designing a voice based UI interface. 

At Appinventiv, we follow some rules when it comes to designing for wearables, here are what they are:

• Design elements favoring Glanceability 
• Designing for Lightweight Interactions
• Minimalism in UI and UX
• Introduction of Non-Visual User Interfaces
• Offline Usage. 

3. Wearable Apps Development 

In case of Android Wearable app development: Wearable apps are developed in almost the same way as other apps which use Android SDK, but they vary in terms of design and functionality – after all, the interactions will be a lot less when users would use the app on their watch. 

What affects the cost of Android wearable app development is its difference from the development of phone apps –

• Watch apps make use of the watch-based APIs
• They contain functionalities which are appropriate to a smartwatch.
• They can access a number of standard Android APIs, but not the following:
  • android.print
  • android.webkit
  • android.appwidget
  • android.app.backup
  • android.hardware.usb

In case of iOS: Development of smartwatch apps for Apple come with its own set of intricacies. This increases the cost that a wearable specialist iOS app development company would charge. Apple has come up with a new watchOS 6 version along with a slew of APIs to help developers build robust app experiences. They have also come with the functionality of enabling the development of standalone Watch apps.

4. App Testing 

When you compare the cost of testing a smartphone app versus that of a wearable application, the testing and app maintenance costs will be higher in case of the latter. 

Here are the elements that ups the cost in case of wearable app testing. 

• Syncing of data between a smartphone application and their connected wearable app. At a detailed level, multiple things have to be tested – app performance when the bluetooth connection is lost, what happens when one device switches off, etc. 
• Difference in screen size poses one of the biggest challenges in developing wearable apps. 
• The battery life of the primary device has to be kept into consideration when testing a wearable application. Our QA experts look into different instances where the primary device is switched off, to see how the data would get affected. 
• There are very few emulators present in the market. This, in turn, automatically increases the cost to build smartwatch app.

5. Choice of Technology Stack 

There is hardly any difference in the choice of technology stack when developing a smartphone app versus when you develop wearable application. A wearable app development company will use almost the same set of technology stack that their best mobile app development companies counterparts use.

6. Location of the Agency 

The average cost of developing a wearable app also varies greatly depending on the location of the agency. The average hour in the case of an agency which is in Eastern nation will be between $35 to $60. While the same job will be done in an agency belonging to a Western nation in the range falling between $80 – $120. This is the reason why entrepreneurs generally look for outsourcing their app project.   

The factors that you read above are the ones that have an impact on the wearable app building cost. As you can imagine, these factors can cumulatively add to the app development cost and make it huge. 

This high expense brings us to the next point. 

How to Reduce Wearable App Development Cost?

Don’t rely on un-intelligent sensors 

Majority of the wearables active in the market today run on un-intelligent sensor-laden devices (SLDs). The need of the hour is that smart wearable devices should process data independently and act as more than a mere remote sensor.

So, you will have to ensure that the wearable app is based on an intelligent node with the capability of becoming a full-fledged computing system.

Be prepared to update and expand 

As a brand trying to create a name in the wearable app market, it will be important for you to be prepared for changes. The technology is in a constant improvement mode. Meaning, it would be unwise to invest heavily in wearable hardware and software, which will only be wither merged later or replaced. 

Idea first, device second

Instead of going with a device which is most in trend in the current time and then thinking of a business idea, take the opposite approach. Find an idea first and then think of the device that would best complement the idea. 

[Also Read: Tips for Wearable App Development]

FAQs About Wearable App Development Cost

Q. How to develop a smartwatch app?

The process of developing a smartwatch app is almost similar to the process of developing a smartphone application. The steps ranging from research and design to development and testing are the same as mobile apps. The only difference is in the approach. The intricacies of the smartwatch app design is not what is required in mobile apps (extent wise).

Q. How to estimate the cost of wearable app development?

The estimation of wearable app development devices cost depends on factors such as features, number of platforms, design complexities, development approach, etc. Read the article to know the process of how wearable app cost is calculated.

Q. How to make money with a wearable app?

The sure shot way of making money with a wearable application development will be through linking it with a smartphone application and following the monetization models like in-app advertising, in-app purchases, subscription model, etc.

Final Note

Wearable application development has skyrocketed in recent years. The success of wearable applications like Fitbit has opened new avenues for wearable app development services. If you are also interested in launching your own wearable app, contact a reputed wearable device app development company and hire wearable app developers to guide you through the whole process.

The post How Much Does Wearable App Development Costs? appeared first on Appinventiv.

Such technology has become very popular not only among fitness enthusiasts, but also among all those people who are in the search of hands-free technologies which works beyond answering phone calls. In this regard, smartwear devices such as Apple’s iWatch and Google’s Eyewear allow users to do a wide assortment of tasks without referring to their smartphones. It is said that wearable apps can run directly on the device and gives access to hardware such as GPU and sensors. These apps differ a lot in terms of design as well as usability. Moreover, in comparison to handheld apps, wearable apps are small in size as well as handheld apps.

Listed below are some essential features of wearable device apps:

Tailored Notifications

It is believed that smartwear devices does not have the capability to release the detailed notifications , which users can view. Thus, applications must design notification messages to be of single word or can also use several other aspects of the device. For example, different colored lighting or voice memo.

User-Friendly Interface

The tabs are required to be ergonomically assembled for hassle free access. In addition, the application also needs to be lightweight, allowing it to load quickly and responds to commands at a much faster pace.

Cloud, Security and Data

Cloud will be considered as the primary data center where data storage acts as the storehouse and also the transfer place of data from the primary device to the wearable device. It is believed that in this regard, security will be very important mainly because it is important to make sure that all the secure standards are being properly placed within the app in order to protect the user data. On the other hand, in case of apps that deal with sensitive user information in an open source standard framework, proper security protocol will be very essential.

Reinforcement of Reality through App

There are many features that plays a pivotal role in extending the augmented reality experience, which includes voice commands, using map and GPS as well as taking health related data through body temperature. It is said that in future, games and multimedia will see the augmented reality as a central theme and in this scenario, wearable device will be the source field.

Here, at AppInventiv Technologies we offer a wide assortment of IoT-based smart-wear applications that are running on the renowned smartwear devices. Our developers pays a lot of attention on new applications that will be highly compatible with ecosystem of latest versions on Android smartwatch and iWatch.

Our wearable app developers works with the motive to develop customized as well as customer-centric applications that works properly on several wearable devices such as glasses or smartwatches.

The post Essential Wearable Device App Features for Better Efficiency appeared first on Appinventiv.

With the help of the apps your android wear can become more capable, smarter and much more easy to use. Here are some apps you need to install for a better experience:

1. Shazam

We all know what Shazam is and how it detect and identify songs on your device. What if this feature comes in your android wear? The Shazam app does one thing in your android wear and it does it well. What you need to do is to launch the app on your watch by voice command or by touching your android wear and it will start listening for music. Once it detects the song it will display on your watch and saves it to your Shazam list on your phone for later. If the lyrics are available then it will display the song to which you are listening to. Shazam has free and paid apps, but the Wear functionality is the same on both.

2. Google Keep

This is the best ‘note and list’ app for Android Wear that might already be on your phone. Although this app is not pre-installed on your phone, but it’s a must for all android wear users. This app provides access to all your notes, add a reminder or make a list for your shopping. Lists are fully scrollable on the android wear and you can add new items in the list by voice. This app is free like all other Google apps.

3. IFTTT

IFTTT stands for if this, then that. IFTTT connects to hundred of services and platform, including Android Wear. You can use your watch as trigger (if) or an action (that) to create recipes.

It can also be set up to ping your watch indicating when it is going to rain. IFTTT has a big future ahead with Android Wear. This app is free.

4. Weather Timeline

Checking the weather on your Android Wear saves your time as well as you don’t need to take out your phone. This app does not have any extra feature but it does the work. Swipe to the right and you get the hourly forecast, Swipe again then you will get multi-day forecast. It is one of the finest apps for your phone or your tablet. This app is not free but it’s worth spending 57.99 INR.

5. Wear Aware

Your watch is connected to your phone constantly, so if it is disconnected then something is up. So with this app you will never forget your phone and if the connection is lost then it will prompt you or give you an alert that  your phone is disconnected. This app is for free, comes really handy and could save you from losing a very expensive phone.

6. PixtoCam

Android Wear devices do not come with the camera of their own, but you can control your phone camera from your watch by downloading PixtoCam.

You can switch from front and rear camera, change flash mode, start and stop a video and more. It also works when your phone is asleep. PixtoCam is available in the Play Store for 121.82 INR which is reasonable for the features it have.

7. Wear Audio Recorder

Your Android Wear should do a lot of things, including recording. This is where Wear Audio Recorder comes, simply open the app and press the record button and it will do it’s work. You can pause, record and end recording from the watch itself. It will synchronize all your recordings with the phone app as you complete them. This app is for free on Play Store.

8. Endomondo

You cannot workout while using your phone and if you do then it will be a perfect recipe for disaster, but if you have a watch which is strapped on your wrist then it will surely help you. This is a perfect workout app where you can select different types of workout, you can start and stop and see result on your Android Wear. This is a free app with in-app purchase if you want to take your workout to extreme.

9. Photo Gallery

You took the photos from your watch with PixtoCam, why not view it from the the watch itself? Photo Gallery app is a very easy app to use, you just need to open the app and see a list of folders of your phone containing images. Open the relevant pic and pinch it to zoom to check the shot. This app is for free but it has in-app purchase if you need to unlock the full version.

10. Coffee

If you don’t like to text or you are stuck in a middle of something or driving and you receive an important message what will you do? This is where Coffee app comes in.  You can have Coffee takeover SMS replies on your watch with its list of categorized quick replies. You can also reply through voice and it will convert into text. This app you can get for free on Play Store.

These are some interesting and handy apps you can use it on your Android Wear. What do you think about these apps? Let us know in the comments section below.

The post 10 Mobile Apps You Must Have in Your Android Wear Watch appeared first on Appinventiv.

1. Craft a Use Case

Start with crafting a set of questions that are relevant from the wearable context. This will help you in identifying the best possible solutions and available wearable hardwares including API/SDK, development frameworks / platform and other effective measures for mobile app development.

2. Right Platform selection and API

There are numerous tools and APIs that are available in the market including Android, Salesforce, Apple. Thus its important to choose the right platform depending upon the requirement. So, in-spite of having multiple versions for different devices and platforms, end users will prefer to have a single app that is easily with every device and gives prompt quick response. For having a successful application, it must solve the biggest obstacle standing in front of the wearable revolution – app compatibility.

3. User-centric Design and Interface

Due to its small size, wearable device has numerous challenges inducing difficulty in implementing various feature sets. Wearable app’s Design and User interface is also one of the key factors because the users interacts with the wearable gadgets in various manners. While building an app, designers focus should be towards streamlining the end user experience with the restricted physical visible space available.

4. Data Breach

Wearable technology is still on the rising swing of the development phase, thus security concerns are anticipated. Since, Wearable tech devices can’t be connected to the Internet on their own and they require various synchronization or third party tools or functions to connect with the mobile apps available on the Internet-enabled devices. And, that’s why it has become the key concern for end user, who wants to purchase the wearable app. To meet the data security challenges, developers are required to accomplish all the required security concerns so that crucial and sensitive information can be protected.

5. Functionality and Features

For any Wearable app “Ease of its use and mobility” is the key objective. Prior to development, the key step is to add a feature-rich set and functionalities that can add value to end-users. Developers are required to understand user’s requirements and make it real.

6. Frequent updates well-versed with Latest Technology

Every back-n-forth we hear about the new wearables that are arriving in the market along-with the new technology. And, to sustain in this emerging market for long term success; meeting end user’s expectations and need, updating with the the latest technology is crucial. So, for developing market-centric wearable apps, developers are required to consider the future updates.

7. Battery Consumption and Memory Space

Battery consumption is one of the key factors in every smart devices. Users are always looking for the apps that should consume less power and memory. Thus, while wearable app development , developer should customize the code in such a manner that it takes less memory and battery consumption; so that it performs more effectively.

8. Rigrous Testing

Users are looking for user-centric mobile solutions and businesses are looking for more efficient solutions. App’s performance is one of the key metrics to measure the success of wearable app, which can only be attained with robust testing. So, do not even think about overlooking the quality assurance process as it is one of the wearable app development mistakes that turn down the innovative ideas too.

Presently, wearable devices are primarily connected with other devices, small screens with the restricted functionality that depends on another device. But have you ever thought that – What will happen if the connected device with wearables stops functioning properly? – This will create a lapse in efficiency. So, always remember that before publishing an app for wearable device it should undergo rigorous testing processes for all the possible functionalities and compatibilities with other devices.

The post 8 Tips For Wearable App Development: Key Challenges & Ways To Meet Them appeared first on Appinventiv.

Dependance on Smartphones

The biggest obstacle that comes in the way of wearable tech is that if you don’t have a smartphone, then your smart-device would become useless. Wearable technology was taken as a replacement for other gadgets such as smartphones, like laptops and has almost overshadowed the desktops. But, it still has a strong dependence on smartphones and tablets. Let’s take an example of Apple watch, it has to be paired with iPhone 5 or higher, in order to make calls or sending messages. Next example would be of Fitbit flex that is used as a health monitoring wearable tech. And, like Fitbit many free smartphone apps are able to produce roughly the same results. It is very important for the companies that are in the business of wearable technology, that they should come up with something that would function on its own and won’t need any other device to help.

Low battery life: One of the common problems faced by the consumers who use smartphones is Low Battery Life. And, the same goes with wearable technology. A heavy demand for high resolution devices that are compatible and can perform multiple functions at a time as smartphones does. To overcome the power issues with the wearable technology, Microsoft has recently come up with an energy saving system called Wear Drive that increases the battery life of wearable tech up to 3.60 times. However, much research and development is required before these solutions can be implemented on a large scale.

Amalgamating Fashion with Function

These days, consumers not only look for comfort and utility of a device, instead they also focus on design and fashion. And, the financial decision lies majorly on these factors. Google glass, after its launch was criticized hugely by the analysts and consumers for its obstructive design. Many wearable companies have started to call fashion designers to address this issue.And, many fashion designing companies are planning to levearge this trending technology by launching their own designs.

The challenges discussed above are a few of the major obstacles on the way of wearable technology. But, they can be solved with the help of top-notch engineers and fashion designers. However, tech giants are focusing on the pain areas and soon wearable tech will once again pick momentum.

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