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In recent years, the Internet of Things (IoT) has revolutionized the way we interact with our surroundings. From smart homes to industrial automation, IoT technology has permeated various aspects of our lives. Now, a new standard called "Matter" is poised to take IoT to the next level, promising a more seamless and interoperable future. In this blog post, we'll explore how Matter is reshaping the landscape of IoT technology and what it means for the future.

The Genesis of Matter

Matter, formerly known as Project CHIP (Connected Home over IP), is an open-source connectivity standard developed by major players in the tech industry, including Apple, Google, Amazon, and the Connectivity Standards Alliance (CSA). This collaboration aims to create a unified standard for smart home devices, enabling them to work together effortlessly, regardless of the manufacturer.

Interoperability: A Game-Changer

One of the key ways Matter is transforming the IoT landscape is through its emphasis on interoperability. In the past, compatibility issues between different devices from various manufacturers have been a significant hurdle for consumers. Matter addresses this problem by providing a standardized communication protocol, ensuring that devices can seamlessly communicate with one another, regardless of their origin.

Enhanced Security and Privacy

Security is a paramount concern in IoT technology. Matter incorporates robust security features to protect user data and privacy. With end-to-end encryption and secure authentication mechanisms, Matter-enabled devices offer a higher level of security, giving users peace of mind when integrating them into their homes.

Simplified Setup and Configuration

Setting up smart devices has been a pain point for many users in the past. Matter aims to streamline this process by providing a unified setup experience. With easy-to-follow instructions and a standardized onboarding process, users can get their devices up and running quickly and hassle-free.

A Growing Ecosystem

The adoption of Matter is gaining momentum, with an increasing number of manufacturers pledging support for this standard. This growing ecosystem means that consumers will have a wider range of options when it comes to choosing compatible devices, further enhancing the flexibility and customization of their smart homes.

The Future of IoT with Matter

As Matter continues to gain traction, we can expect to see a surge in innovation within the IoT space. Developers will have a standardized platform to build upon, leading to a proliferation of new and exciting applications for smart devices. This standardization also paves the way for broader adoption in various industries, including healthcare, industrial automation, and more.

Conclusion:

Distracted driving is responsible for approximately a quarter of all traffic fatalities. As a result, texting while driving is prohibited in more than 47 states in the United States. Below are the some of the statistics:

Road accidents claim the lives of 1.25 million people worldwide (WHO) 

Human mistake is to blame for 95% of all traffic accidents. 

Operator/driver weariness is responsible for 40% of trucking-related incidents (NHTSA) 

While driving, 30% of total driving time is spent on distracting activities (European RSO).

Let's look at some of the reasons for distracted driving: Visual distraction, manual tasks, and cognitive tasks are all examples of visual distraction. The primary cause of these distractions is that drivers feel they can multitask while driving. Regulatory authorities and OEMs adopt new standards and technologies to address these issues and make the road safer for all drivers. Active and passive driver monitoring are the two types of driver monitoring.

Passive Driver Monitoring

Passive driver monitoring includes front-facing camera-based lane departure warning and capacitive touch-based steering and braking input data that is processed to determine whether the driver is distracted or alert.

Active Driver Monitoring

Inferring distraction can be done via a camera-based system that recognizes the driver's face and actively measures numerous facial features such as head attitude, eyelid tracking, and other features. 

The driver monitoring solution is an active monitoring system that predicts the driver's status using a camera and CNN-based tracking features of facial landmarks. 

The use of a camera-based driver monitoring system has several advantages.

To avoid false alarms caused by other systems. 

To comprehend driver alertness in SAE Autonomy levels 2-4, 

To keep an eye on the health and well-being of the drivers at Level

Old cars can sometimes be retrofitted using this mechanism. It may be included as standard equipment in new vehicles. Let's have a look at some of the DMS's features: -

Old cars can sometimes be retrofitted using this mechanism. It may be included as standard equipment in new vehicles. Let's have a look at some of the DMS's features: -

Detecting sleep deficiency: Long periods of driving or routine highway driving induce drivers to nod asleep. The driver's head nods and yawns are seen using CNN models trained using a large user database. 

Distraction alert: Any external or internal distraction (such as using a cell phone or manipulating an entertainment system) forces drivers to shift their attention away from the road and toward the distraction. Looking away or keeping one's eyes is used to detect this behavior. 

Sleep deprivation prediction: Detecting tiredness is a lot easier than anticipating it. The CNN model detects any lack of attention, which is seen by counting the number of blinks (slow blinks) and yawns.

Identification and classification of other actions: With passengers in the vehicle, the driver is compelled to engage with them. These features keep an eye on the same. Texting, laughing, talking, drinking, and eating are all examples of actions that have been identified.

Application of Driver Monitoring Solutions-

Diverse monitoring systems assist users in having safer travel; they have a wide range of applications across areas involving human and vehicle interaction. Below is a list of some of them. 

For insurance providers

For taxi aggregators

Fleet management companies

Car rental providers

Driver Monitoring Solution Lowers Insurance Premiums 

Insurance accounts for a significant portion of a user's annual vehicle maintenance costs. On the other hand, users will be enticed to that insurance carrier if they are offered a subsidized payment option for using a technology that provides them with increased safety. It assists the insurance provider in improving the insurance experience while reducing the number of claims.

For Taxi Aggregators, a Driver Monitoring Solution 

Both drivers and customers use taxi aggregators' platforms; most of the time, the drivers are overworked, resulting in risky conditions for passengers who rely on these taxi aggregators daily.

Better Fleet Management with a Driver Monitoring Solution 

In general, fleet management companies confront numerous driver and vehicle safety challenges. This directly influences their profits since it raises liability and, as a result, the insurance premiums that must be paid to keep the cars running. Drivers can be readily monitored using the Driver Monitoring Solution. It is possible to combat distracted and irresponsible driving. DMS can also function as a dashcam, recording any misbehavior by the fleet driver or other vehicles on the road that could result in an accident. This aids in the reduction of traffic offenses. Better Fleet Management with a Driver Monitoring Solution.

For car rental companies, a driver monitoring solution is available. 

Customers who rent cars come from all walks of life. As a result, different driving styles and habits provide a challenge. Cheaper rent and rental insurance expenses are always preferable from the customer's standpoint. The use of a driver monitoring solution (with the user's consent) that monitors the user's driving style and calculates the price accurately, resulting in a win-win situation for the user and the car rental provider, is an ideal solution for car rentals to address this and attract new customers (by providing lower prices compared to the competition).

Conclusion

OEMs and carmakers are aiming for full autonomy shortly. Consumer acceptance of completely driverless vehicles is still a long way off, so cars with ADAS are installed (Advanced Driver Assist Systems). DMS is a component of ADAS, which will help drivers avoid distractions while driving and make the transition easier. 

The ubiquity of mobile computing devices like smartphones and tablets has made mobile apps a crucial component. Consequently, the demand for app development has surged in recent years. As every new high-end device relies on mobile apps, the supply and demand for Enterprise mobility solutions have reached an all-time high. With no indication that technological progress will slow down, app developers strive to exploit this trend.

A wearable application development company has shattered the misconception that wearable technology in enterprise apps is limited to smart watches. Many businesses can use wearables to fulfill operational requirements and enhance productivity by creating corporate apps. Businesses can greatly increase their productivity and effectiveness by providing employees with timely access to relevant information.

Let's explore some practical use cases for wearables and examine how they impact consumer demand:

How can wearable technologies be used in a mobile business strategy?

It is speculative how wearable technology applications may affect the development of specific workplace mobility strategies because most organizations are currently lagging behind app development for smartphones and tablets. Employees' adoption of wearable technology will depend on the usefulness of the apps that businesses offer. Applications must directly help users to improve and streamline other employees' work.

When developing an app for safety glasses that enables construction workers to view plans and schematics, businesses could include a feature that allows users to play music on the device. While wearable design technology may take some time to gain widespread adoption, enterprise IT must be willing to take a chance on various apps that cost little to nothing upfront. Businesses must be prepared to respond quickly, as the release cycle for enterprise apps is generally three months.

How to Use Wearables: Overcoming Fragmentation for Corporate Adoption"

For wearable technology to gain widespread adoption in the corporate world, manufacturers must address the significant issue of fragmentation caused by developing products on separate, company-specific platforms.

However, the high cost and complexity of developing cross-platform software for multiple operating systems is deterring developers from pursuing technical improvements due to the lack of standardization. To effectively integrate wearable devices and simplify app development, a solution is needed that can compete with Android, Windows, or iOS.

Secondly, both businesses and employees have valid concerns about the security of wearable technology. Wearable technology increases IT complexity from a company standpoint and raises concerns about data leakage and employee device eavesdropping. The question of whether wearable technology complies with HIPAA regulations in the healthcare industry is also a consideration. Wearable technology may eventually be used in Big-Brother-style surveillance systems to monitor employees' every move on the employee side.

Last but not least, pricing greatly hinders the adoption of wearable technology at the consumer and commercial levels. Wearable app development won't take off in this sector unless wearable technology becomes profitable. The Google Glass device, currently in beta testing, costs $1,500, making it financially limited for many companies to furnish notable parts of their personnel.

Discover the various ways in which wearable technology is set to dominate.

Smartphones are taking over.

Smartphone usage in the workplace is quite prevalent. Cellphones are not trustworthy or suitable for the purpose; thus, wearable technologies can show that they are utilized in ways that cell phones cannot. At this early stage of their development, wearables only act as smartphone accessories. However, portability and hands-free use are the main advantages enabling it to surpass smartphones in intelligence.

Real-world implementations

Wearable technology is predicted to have a big influence on several businesses. When discussing healthcare, we notice that wearables are used as surgeons perform the procedure while being observed uninterrupted. Since smart glasses enable technicians working off-site to feed video in real-time, wearables are being used more frequently in the industrial sector.

Enterprise Mobility Strategy and Wearables

Whether to incorporate Wearables in the corporate mobility plan has yet to be determined since the wearables enterprise mobility app development team is currently implementing telephones. The corporate app development team will concentrate on streamlining and enhancing employee responsibilities. Apps with low development costs will be more advantageous to businesses.

Wearable technology barriers

Businesses will only begin utilizing this emerging technology once the manufacturers address the issues with creating corporate apps. Wearable technology has a major obstacle in the form of fragmentation. The developers will face challenges in advancing technology as they construct apps for corporate mobility development technology with next-gen through various platforms and devices. Therefore, there are costs associated, and the apps are challenging.

Various Types of Wearables

Smartwatches and fitness/wellness trackers dominate the wearables industry.

Internet of Things(IoT)

These linked gadgets are based on the Internet of Things (IoT). It links gadgets and promotes data interchange to determine logical results for smart living. Connectivity is the key component of wearables that drives their initial sales, not just one more IoT subfield. A collection of IoT use cases in healthcare provides a glimpse into the technology's future. 

Retail customers are a target market for items like iWatch, smart lenses, etc., from Google and Apple. In addition to the Galaxy wristwatch, Samsung now offers IoT solutions in wearables for fleet management and monitoring. Wearables are closely related to the future of IoT and will continue to influence app development for end users. Wearable app makers should include IoT to stand out in the market. 

Customized features for apps 

Due to the lower cost of their memory and hardware compared to smartphones, wearable apps require fewer resources. Consider the wristwatch app as an example. Unlike general smartphone applications, which various ancillary functions might overrun, the smartwatch will focus solely on showing time.

Data Ownership

The Internet of Everything has replaced the Internet of Things in popular culture. IoT devices will number 31 billion, according to studies. They will produce 79 zettabytes' worth of data when combined. 

Devices that use wearable technology, such as body-mounted gear, smart eyewear, and fitness trackers, provide data that allows hardware and software companies to map user profiles. The connection of wearable technology firms with e-retail & digital marketplace platforms will be made possible by shared data ownership. 

Evolution of smartwatches 

Consumer psychology tends to move quickly. For a much lower cost, smartwatches offer a comprehensive experience similar to that of smartphones. In addition to serving as an alternative to smartphones and fitness trackers, smartwatches have many other uses. They can rapidly receive notifications from social media at a time when speedy interactions are the norm. Some wearable technology includes YouTube support as well. With a wristwatch, those concerned about their health may keep track of their sleep, glucose level, calories burnt, stress levels, and more. So the next big thing is expected to be enabling wristwatch interface interaction with home devices and gadgets. 

Wrapping up

Given all of that, it is crucial for an app developer, particularly one creating wearable technology, to be ahead of the curve and quickly respond to the most recent hype train circling the industry. It's difficult to keep programs current and effective in a way that pleases all concerned hardware parties, yet doing so is what distinguishes strong apps from merely OK or even awful apps.

The cost is another aspect that is taken into account. Said the expense of wearable technology needs to be supported. One of the greatest firms for developing mobile apps is Teksun, which also develops wearable apps. We have seen great growth in just two years and added a sizable high-skilled team. We believe in developing creative apps for our valued customers.