Smart Cities IoT: The Age of Home Wellness Technology

Smart Cities IoT: The Age of Home Wellness Technology

Cities can now adopt and modify technology for their benefit because of lifestyle evolution and the ongoing decline in the cost of that technology. A number of significant cities have accelerated their transition to the future by embracing smart cities and the Internet of Things (IoT), which has emerged as a global trend.

Although people may focus on comfort and luxury, since the Covid pandemic, home wellness and mental health have become increasingly important. You have access to everything, from voice-activated music systems to smart mood lighting and air purifiers.

Recently, Mr Jyoti Prasad Bhatt, CEO at ImpactQA, expressed his outlook on the rise of home wellness technology through a recent Forbes Technology Council post.

He highlighted how a network of small but powerful devices now permeates our homes and workspaces. In the current times, we live around many sensors, actuators, and processing software. The wide range of technology we are familiar with lets us call this an ‘intelligent era’.

JP was precise in mentioning that-

“Integrating IoT’s technical potential with wellness expertise, some companies have provided solutions that have fully span visibility of every home aspect, even those that are not visible to the human eye. To achieve this, IoT uses a suite of different sensors and actuators such as cameras, microphones and lights. These are capable of monitoring nearly every element of a home, including the current temperature, pressure, pollution levels, density, type of microparticles in the air, lighting and sound levels.”

Smart City IoT – Safeguarding Home Wellness for You

Several leading American real estate conglomerates have recently reworked their plans to prioritize total community welfare by delivering ground-breaking solutions centred on home wellness technology. Some companies, such as Delos, a leader in wellness real estate, are already making headlines. Delos technology has proven effective in providing dawn simulation for improved sleep and illumination programming to assist occupants/residents with increased focus and productivity.

In fact, other interesting smart city implementations have worked out wonderfully for the masses.

The Nobi Lamp

The purpose of this device is to detect falls and quickly raise an emergency alarm if the occupants are unable to vocally check in.

Olly

Olly works uniquely to mimic sunlight during the day to help you wake up. In addition, it produces a darker evening light which signals your brain to go to bed.

The use of IoT for home wellness technology has the potential to help individuals take more control over their health and well-being, leading to improved quality of life and potentially lower healthcare costs. However, it is important to ensure that these technologies are designed with user privacy and security in mind, and that individuals have access to the necessary support and education to use and interpret the data generated by these devices effectively.

Why is this Imperative to Test Home Wellness Software?

Testing this software is crucial to ensure it functions correctly and provides accurate data to the end-users. Here are some reasons why testing home wellness IoT software is necessary:

Accuracy: Home wellness IoT software must provide accurate data to the end-users. Testing helps to ensure that the software measures data accurately and consistently. This is particularly important for users who rely on this data to manage their health conditions.

Reliability: Home wellness IoT software must be reliable and function correctly. Testing helps to identify and address issues such as software bugs, hardware malfunctions, or network connectivity problems, which could impact the reliability of the software.

Security: Home wellness IoT software often collects sensitive personal health data. Testing helps identify and address security vulnerabilities, ensuring the software protects user data from cyber-attacks.

Usability: Home wellness IoT software must be easy to use and navigate. Testing helps to identify and address user experience issues, such as confusing interfaces, difficult-to-read text, or unresponsive controls.

Compliance: Home wellness IoT software must comply with regulatory requirements, such as HIPAA or GDPR, which govern the collection and use of personal health data. Testing helps to ensure that the software complies with these regulations.

Customer Satisfaction: Testing helps to identify and address issues that could impact customer satisfaction, such as slow performance or inaccurate data. Home wellness IoT software can improve customer satisfaction and retention by addressing these issues.

How is the world Responding to Smart Cities IoT?

Singapore making a go-ahead with digital twins

Urban planners all over Singapore have been helped using 3D semantic modelling to successfully build a virtual replica of the actual city, create prototypes, and deftly test solutions. With real-time data available, the urban system is quickly improvised. For instance, in the virtual city planner, the height of the rooftops can be calculated to analyze the amount of sunlight that can be produced. As a result, solar panel placement can be easily determined by urban planners.

Barcelona and its smart energy consumption

Thanks to Sentilo, an IoT sensor network with real-time capabilities, Barcelona residents can now keep an eye on and manage the city’s diverse community. The city has installed thousands of sensors at various locations to track energy use in public spaces, including street lighting. The city was able to cut its energy consumption by 30% thanks to these data collection efforts.

To embrace technology in the form of smart devices, the thumb rule is to incorporate testing for thorough quality checks. Looking at the global expanse of home wellness tech as part of smart cities, there are definitely some interesting breakthroughs we should be excited about. In terms of existing innovations, it’s always better to collaborate with a trusted IoT testing partner to speed up release time without compromising quality.

 

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