Mental health experts in the UK are celebrating a major contribution from Dr. Kennedy Oberhiri Obohwemu, a Nigerian-born medical doctor and researcher, for his innovative work on emotional resilience.
Now based in the UK, Dr. Obohwemu has introduced a new psychological model called the Self-Comforting Attitude Theory (SCAT), along with a complementary tool—the Self-Comforting Attitude Scale (SCAS). These two form part of a broader framework aimed at understanding how people mentally respond to emotional distress and self-soothing behaviours.
Published in Mental Health & Prevention, a respected peer-reviewed journal by Elsevier, the study offers a fresh approach to emotional resilience—going beyond observable behaviours to explore internal beliefs and mindsets.
This latest contribution builds on Dr. Obohwemu’s earlier work, the Self-Comforting and Coping Theory (SCCT) and the Self-Comforting and Coping Scale (SCCS). Together, these four tools make up what he calls the Self-Comforting Framework—a dual-theory, dual-scale system designed to better understand how people experience and navigate psychological stress.
Mental health professionals have praised the framework as timely and transformative, especially for communities with limited access to therapy. By focusing on both actions and attitudes, it offers deeper insights into how people build resilience—often without formal support systems.
Speaking with The Guardian in Lokoja, Dr. Obohwemu revealed that his research was deeply personal. He arrived in the UK just before the COVID-19 lockdowns and faced isolation, financial challenges, and limited support. It was during this period that he began to rely on internal strategies—what he now terms “self-comforting”—to manage his the mental burden.
“We often talk about how people cope,” he said, “but not enough about how they think and feel about their coping behaviours. Some view self-soothing as weakness, others as resilience. That attitude shapes everything—from mental health outcomes to whether people seek help. That attitude shapes everything—from mental health outcomes to whether people seek help.”
His work is already making waves in clinical and academic circles, with experts highlighting its potential in therapy, education, workplace mental health, and public health planning worldwide.
With four validated psychological models now to his name, Dr. Obohwemu is emerging as a leading voice in the movement to redefine emotional resilience in a more inclusive and evidence-driven way. His journey is a powerful reminder that personal hardship can inspire groundbreaking ideas—turning struggle into meaningful change for others.
The Internet of Things (IoT) is a rapidly evolving technology that has the
potential to transform our lives in profound ways. It refers to the network of
interconnected devices, objects, and systems that can communicate and exchange
data with each other through the internet. These devices, often embedded with
sensors and software, have the ability to collect, analyze, and transmit data,
enabling them to interact with the physical world and make autonomous
decisions.
Internet of Things extends the power of the internet beyond traditional computing devices
like computers and smartphones, connecting everyday objects and enabling them
to become "smart" devices. These objects can range from household appliances
and wearable devices to industrial machinery and infrastructure. By connecting
these devices, Internet of Things opens up a world of possibilities, where data-driven
insights and automation can lead to increased efficiency, convenience, and
improved decision-making.
The underlying concept of IoT revolves around the idea of creating a digital
ecosystem where devices can communicate and collaborate seamlessly. This
interconnectedness enables devices to gather real-time data, monitor their
environment, and respond accordingly. For example, a smart thermostat can
adjust the temperature based on occupancy and weather conditions, while a
wearable fitness tracker can monitor vital signs and provide personalized
health recommendations.
The potential applications of IoT are vast and diverse. In the realm of
healthcare, IoT devices can revolutionize patient monitoring, enabling remote
tracking of vital signs and early detection of health issues. In agriculture,
IoT can facilitate precision farming by optimizing irrigation, fertilization,
and pest control based on real-time data. Smart homes equipped with Internet of Things devices can automate tasks, enhance security, and provide energy-efficient
solutions. Industrial sectors can leverage IoT for predictive maintenance,
optimizing production processes, and improving worker safety.
However, with the vast potential of Internet of Things comes a range of challenges and
considerations. Privacy and security of data become critical concerns, as the
collection and transmission of sensitive information increase.
Interoperability and standardization are essential to ensure seamless
connectivity among devices from different manufacturers. Ethical
considerations arise in areas like data ownership, transparency in
decision-making algorithms, and the impact on employment and society.
Despite these challenges, the Internet of Things (IoT) holds great promise for
transforming our world into a more connected, efficient, and sustainable
place. As technology continues to advance and IoT continues to evolve, it is
crucial to navigate the ethical, privacy, and security aspects responsibly,
while leveraging the immense potential of this transformative technology.
Full Introduction - Internet of Things In Healthcare
The rapid advancement of technology has paved the way for innovative solutions
in various industries, including healthcare. One of the most significant
technological advancements is the Internet of Things (IoT), which refers to
the interconnected network of devices and sensors that can collect and
exchange data. In the healthcare sector, Internet of Things has the potential to
revolutionize patient care and improve healthcare outcomes. However, this
technological integration also raises important ethical considerations that
need to be addressed. In this article, we will delve into the ethical
implications of IoT in healthcare and explore the challenges and opportunities
it presents.
1. The Definition and Scope of Internet of Things in Healthcare
Internet of Things in healthcare encompasses the integration of various devices, such as
wearable sensors, smart medical devices, and health monitoring systems, into
the healthcare ecosystem. These interconnected devices collect and transmit
valuable patient data, enabling healthcare providers to monitor patients
remotely, deliver personalized treatments, and make informed decisions based
on real-time information.
2. Privacy and Data Security Concerns
The collection and transmission of sensitive patient data through Internet of Things devices
raise significant privacy and data security concerns. As healthcare devices
become more interconnected, the risk of unauthorized access and data breaches
increases. Healthcare organizations must implement robust security measures to
protect patient data from malicious attacks and ensure compliance with privacy
regulations, such as the Health Insurance Portability and Accountability Act
(HIPAA).
3. Informed Consent and Patient Autonomy
With IoT devices collecting and analyzing vast amounts of patient data, issues
surrounding informed consent and patient autonomy become paramount. Patients
should have a clear understanding of the types of data collected, how it will
be used, and who will have access to it. Healthcare providers must prioritize
transparent communication and obtain informed consent from patients before
integrating IoT devices into their care.
4. Reliability and Accuracy of IoT Devices
The reliability and accuracy of IoT devices are critical in ensuring patient
safety and optimal healthcare delivery. Malfunctioning or inaccurate devices
can lead to incorrect diagnoses, improper treatments, and compromised patient
care. Healthcare providers must thoroughly evaluate the performance and
reliability of Internet of Things devices before implementing them in clinical settings.
5. Ethical Implications of Data Ownership and Control
The ownership and control of patient data collected by IoT devices pose
ethical dilemmas. Should patients retain ownership of their health data, or
should healthcare organizations have the authority to utilize it for research
and improvement of healthcare services? Striking a balance between individual
rights and societal benefits requires careful consideration and ethical
frameworks that prioritize patient autonomy.
6. Equity and Accessibility in Internet of Things Enabled Healthcare
The widespread adoption of IoT in healthcare raises concerns about equity and
accessibility. While IoT devices have the potential to improve patient
outcomes, not all individuals have equal access to these technologies.
Socioeconomic disparities and lack of infrastructure can limit the reach of
IoT-enabled healthcare solutions, exacerbating existing healthcare
inequalities. Addressing these disparities is essential to ensure fair and
equitable healthcare delivery for all.
7. Ethical Challenges in Data Analytics and Machine Learning
IoT-generated data enables advanced analytics and machine learning algorithms
to identify patterns, predict health risks, and optimize treatment plans.
However, the use of these technologies also presents ethical challenges. How
do we ensure transparency and accountability in algorithmic decision-making?
How can biases in data collection and analysis be mitigated? These questions
require ongoing ethical scrutiny and oversight.
8. Maintaining Patient-Provider Relationship in IoT-Driven Healthcare
The integration of IoT devices in healthcare has the potential to alter the
traditional patient-provider relationship. With remote monitoring and
real-time data collection, the frequency of in-person visits may decrease.
Healthcare providers must strike a balance between leveraging IoT technologies
for improved care and maintaining the essential human connection and trust
that underpins the patient-provider relationship.
9. Ethical Considerations in Emergency Situations
In emergency situations, IoT devices can play a crucial role in providing
timely assistance and improving outcomes. However, ethical considerations
arise when it comes to making decisions based on IoT-generated data during
critical moments. How should healthcare providers prioritize and interpret IoT
data in emergency settings? What ethical frameworks should guide their
actions? These questions necessitate careful reflection and consensus among
healthcare professionals.
10. Public Trust and Regulatory Frameworks
The successful integration of IoT in healthcare relies on public trust and
robust regulatory frameworks. Patients and healthcare providers must have
confidence in the security, privacy, and ethical use of IoT devices.
Governments and regulatory bodies play a vital role in establishing standards,
guidelines, and policies that ensure the responsible and ethical deployment of
IoT in healthcare.
For more understanding kindly watch the video below:
Exploring the Ethical Implications of Internet of Things (IoT) in Healthcare - FAQs
Q1: Are there any regulations in place to protect patient data in
IoT-enabled healthcare?
Yes, there are regulations in place to protect patient data in Internet of Things-enabled
healthcare. One notable regulation is the Health Insurance Portability and
Accountability Act (HIPAA) in the United States. HIPAA sets standards for the
privacy and security of protected health information and applies to healthcare
providers, health plans, and other entities handling patient data.
Q2: What are some potential benefits of Internet of Things in healthcare?
IoT in healthcare offers several potential benefits. It enables remote patient
monitoring, which can enhance patient care and improve treatment outcomes. IoT
devices can also facilitate the early detection of health issues, enabling
timely interventions. Additionally, the data collected through IoT devices can
be used for population health management and research purposes, leading to
advancements in healthcare delivery.
Q3: How can healthcare organizations address privacy concerns related to IoT
devices?
Healthcare organizations can address privacy concerns related to IoT devices
by implementing stringent security measures. This includes encryption of data
during transmission, secure storage of patient information, and regular audits
to identify and address vulnerabilities. Transparent communication with
patients about data collection, use, and security can also build trust and
alleviate privacy concerns.
Q4: What steps can be taken to ensure the accuracy and reliability of IoT
devices in healthcare?
To ensure the accuracy and reliability of IoT devices in healthcare, rigorous
testing and validation processes should be undertaken before their deployment.
Manufacturers should adhere to recognized quality standards and undergo
regulatory scrutiny. Healthcare providers should also establish protocols for
regular maintenance, calibration, and performance monitoring of IoT devices.
Q5: How can healthcare organizations address the issue of accessibility in
IoT-enabled healthcare?
Healthcare organizations can address the issue of accessibility in IoT-enabled
healthcare by considering the needs of diverse populations and developing
inclusive solutions. This includes ensuring affordability, addressing language
and cultural barriers, and providing support and education to individuals who
may have limited technological literacy. Collaboration with community
organizations and policymakers can also help bridge accessibility gaps.
Q6: What are the potential risks of relying on machine learning algorithms
in healthcare decision-making?
Risks associated with relying on machine learning algorithms in healthcare
decision-making include algorithmic biases, lack of transparency in
decision-making processes, and potential errors due to incorrect or incomplete
data. It is crucial to regularly evaluate and validate algorithms, consider
the context in which they are applied, and have mechanisms in place for human
oversight and intervention.
Conclusion
As Internet of Things(IoT) continues to shape the healthcare landscape, it is essential to
critically examine its ethical implications. Privacy, data security, patient
autonomy, equity, and accessibility are among the key considerations that must
be addressed. Through thoughtful regulation, transparent communication, and a
commitment to patient-centered care, the ethical challenges posed by IoT in
healthcare can be effectively navigated. By doing so, we can harness the
potential of IoT to revolutionize healthcare while safeguarding patient rights
and ensuring the responsible use of technology.
How will you feel if you can customise you andriod smartphone the way you want.....awesome right?. Yeah!.
When it comes to changing icons of your apps, things seem to look somehow technical or tricky.
I believe there might be several reasons why you’d want to change the icons. Maybe you’re bored of looking at the same old icons or sometimes people want certain apps containing private informations to be hidden.
Well!, whatever the reason is, it is quite possible to change the app icons using numerous methods like app icon changer, installing launcher or jailbreaking the phone.
Briefly, i will be discussing two different methods below and the sweet part is that you don’t need to root your phone before you can perform the changes.
How To Change App Icons On Android Device
First Method: Installing a Launcher
One of the best launcher I will recommend for at the moment if writing this article is the Nova Launcher you can get it on google play store.
Nova Launcher is a powerful tool that can be chosen for customizing icons on Android phones.
Any launcher that you install will ask you to move ahead with various instructions mentioned within. In case of Nova Launcher, you will be able to make multiple changes like picking an image from your own phone gallery (for the icon), setting up a variety of wallpapers, form the folders or even style out home screen.
Not just this, you will be able to set up dark mode through it and enable smart gestures very easily.
You can also check more Android launchers, learn their mode of operations and choose what better suits your taste?
It's not everyone that actually is comfortable using a launcher on their phone and for them, third-party apps can do the same wonders. Well, you have an option to explore many apps like Icon changer Free, Awesome Icons or Icon Changer.
These user-friendly apps also contain multiple other features apart from changing app icons and provide you with an open source space for experiments on android. Basically, after installing any of these apps, you just need to open it, tap the app icon you wish to replace, and rest will be done through the easy in-built description.
There are some apps which even permit change of the app name along with the icon.
Click the links to download, In case your interested in these apps:
Here is tecno Camon C9 Pro; an upgraded version of the previous Camon C9.
This C9 Pro comes with a 3GB of RAM and 32 GB internal storage.
Besides those extras, everything else is the same, including the two 13 megapixel cameras.
Specs And Features Of Tecno Camon C9 Pro
DESIGN
• Dimensions: 153 x 76.4 x 10.35 mm
• Weight: (g)
• Display: 5.5 inches, 1920 x 1080 pixels IPS display
• Build: Aluminum Unibody
• Colours: Gold. Sandstone Black
As we move into higher realms in technology our world is becoming a smarter place to live in. Our home is one of the place where we always spend the most of our time.
It’s where we relax, spend time with our loved ones, live, celebrate and have fun. Home automation is quite a thing of today’s age! Most individuals are now decking their home with smart home devices and gadgets to make our everyday simpler.
Smart home gears not just make our life convenient but these everyday solutions also bring technology to life! But as they say, you can’t prevent problems but surely deal with them in the best possible way, right? So, while using these smart home gadgets we have to think ahead and do a few things to keep our home’s environment totally out of danger.
You want to know how to keep your home safe?. Below are a few safety measures that a smart home needs in order to stay safe.
1. Automatic Shut down for Smart Plugs :
A majority of smart home gadgets are connected to Smart plugs. So, it’s really important that we set a schedule which automatically terminates the connection (if they’re not already turned OFF or not in use).
Suppose, you’re rushing late to work and forgot to switch off your space heater then by setting an automatic schedule for smart plug can help protect your home’s environment from any sort of fire danger. Doing so will not just help you in saving down on your electricity bill but it’s a great safety measure as well.
2. Update Emergency Contact info :
For devices like smoke detectors and fire alarms it’s always recommended that you update your emergency contact information. As soon as your smoking system detects any intrusion we often fumble to find the right number to call and either way end up calling on 911 emergency! So, to avoid this it’s always better to have a 10-digit emergency contact number on which you can instantly call upon as soon as anything turns up.
3. Keep track of Voltage Levels :
While using smart plugs there’s a feature when you can be notified as soon as high voltage is detected on a specific appliance. Getting such notifications on your Smartphone can easily protect your devices as you can instantly turn them off via app to prevent any sort of danger or mishap. Say, if any smart appliance exceeds the set threshold voltage level it can immediately turn off.
4. Temperature and Humidity Warnings :
A smart thermostat is one of the most commonly used smart home gadget. While you’re at home it’s pretty easy to control temperature levels and see how your device is acting up. But what if you’re out somewhere for a longer period say vacation, you cannot predict anything being that far, right? Most smart thermostats that are available out there now come with an inbuilt feature which notifies you when your home’s temperature or humidity level reaches a certain value. So, once you enable such notifications or warning, you can have a peace of mind even if you’re out for a longer duration. And suppose you get any sort of warning, you can call a friend or ask neighbor to go check on your place for any problem.
With these four precautions you're entitled to a more safe abode. Remember, God First!!!.
Kindly drop your comment below and share this post if it interests you.
Hot S3X is a special type of phone in the sense that it's the first Infinix device to come with a notch at the top. Spotting a 6.2-inches display screen, 13 + 2mega pixel back camera, and 16Mega pixel front camera.
This device will be coming in two variants: the first which is 3GB RAM and 32GB memory, the second which is 4GB RAM & 64GB memory.
Full Specs and Price Of Infinix Hot S3X
Network
2G: GSM, GPRS, EDGE 850 / 900 / 1800 / 1900MHz
3G: HSDPA 850 / 900 / 1900 / 2100 MHz
4G: LTE frequency bands + VoLTE 1( 2100) / 3(1800) / 5(850) / 8(900) / 40(2300) / 41(2500)
Sometimes your device (smartphone or Tablet) becomes very slow in operation which is annoying especially when you're playing games or using heavy files.
Just like humans, the fact is that your device also gets tired, this heavy load tiredness is what makes it gets slow in it operation.
Getting a cleaning /boosting app for Android will help to relief those loads either in form of junk files or useless data.
To save you from the stress of manual cleaning of these apps is somehow stressful and boring, so I have made a list of good Android cleaning apps, cache clearer and booster that will help sort it out on simple taps.
Best 10 Android Cleaner
1) CCleaner :
It removes junks from the phone .
It cleans cache from application , browser history, and clipboard content to release the device from clutter.
Uninstalls unwanted applications easily and free up space on the device.
It has user- friendly interface and does not contain ads.
It takes care of internal storage space and RAM of the device.
If you're you having insufficient storage problem and frequent overheating of your phone? Has your device turned slow and logy? 360° Booster & Cleaner is here at the rescue.
It is Android cleaner, speed booster, battery saver, all packed in a single marvellous tool.
It can remove cache, clean junk files and any residual files.
Efficient in cooling down your device to augment its performance and uninstalls unused apps and games automatically.
The best app to optimize and clean your device that automatically eliminates cache and junk files.
Backed by a trusted name such as Norton, this app can help you speed up Android by uninstalling unused apps and free-up RAM and storage space by removing junk from your phone automatically.
It helps in saving battery , cleaning the cache of apps and boosting the speed of the device.
It optimizes the device and removes junk from it. 1-Tap Device Booster feature of this app stops background running services to release RAM & boost the overall performance of the device with just a tap. This helps in boosting battery life up to 50%.
You can also delete duplicate and redundant files with its Duplicate Files and File Explorer feature. Simply preview and delete data carefully.
It runs automatically according to the schedule set by users to clean the device regularly. It has Hibernate mode to put your apps in it, which further helps in saving battery life and data on your device. Apart from these, you can also speed up any game with it, before you begin playing it.
This recently released Tecno device "Camon I Twin" bags a 3gb RAM, 32gb internal memory.
Its rear(back) camera which is 13.0MP, and accompanied by a front(selfie) dual camera of 13MP + 2MP, both cameras has a LED flash attached.
Above all Camon ITwin launched with the latest operating system Oreo 8.1.
Well, there are other interesting features you'd still need to know about this device. See it below:-
Full Features, Specifications And Price Of Tecno Camon I Twin
Just of recent, samsung display developed a new ‘Unbreakable Panel’ for smartphones. This flexible OLED panel has been certified by Underwriters Laboratories
For those who aren’t aware, Underwriters Laboratories is the official testing company for OSHA (Occupational Safety and Health Administration of US Department of Labor).
This flexible OLED panel was developed with an unbreakable substrate and an overlay window securely adhered to it. This is opposed to currently used flexible display products with attached glass-cover which is easily breakable on severe impact.
The newly developed unbreakable display from Samsung has passed several rigorous durability tests which are real-time and based on US military standards.
It includes drops from 1.2 meters (about 4 feed) above ground 26 times in succession, Extreme temperatures (71-degrees to -32 degrees) etc.
The Samsung Display’s new panel even managed to survive at 1.8 meter (about 6 feet) drop tests. It operated normally with no sign of damage.
“The fortified plastic window is especially suitable for portable electronic devices not only because of its unbreakable characteristics, but also because of its lightweight, transmissivity and hardness, which are all very similar to glass,” said Hojung Kim, general manager of the Communication Team, Samsung Display Company.
What do you have to say about this latest improvement or invention?
High graphics quality is what users nowadays love to see in devices.
This new Sony IMX586 sensor features in 48 effective megapixels, a pixel count which rivals to a performance of a SLR camera.
Pixel array of the new sensor (Quad Bayer Array) (conceptual diagram)
Array conversion using original signal processing (conceptual diagram)
Sony has announced its latest IMX586 stacked CMOS image sensor for smartphone cameras has world’s first 0.8µm ultra-compact pixel size with industry’s highest 48 megapixels.
The sensor makes use of the Quad Bayer color filter array where 2×2 adjacent pixels come in the same color. In case of low light situations, signals from four adjacent pixels are added, raising the sensitivity to a level equivalent to 1.6μm pixels (12 megapixels).
Sony IMX586 sensor – Key Specifications
Model Name: IMX586
Number of effective pixels: 8000 (H) x 6000 (V) 48 Mega pixels
Image Size: 8.000 mm (Type 1/2) Diagonal
Unit cell size: 0.8μm (H) × 0.8μm (V)
Frame Rate:Full – 30fps / Movie – 4K (4096 x 2160 pixels) 90fps, 1080p at 240fps, 720p at 480fps (w/crop)
