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The global IoT market was valued at $193.60 billion in the year 2023 and it is estimated that this market is going to be valued at $657.31 billion by 2025. During the forecasted period, i.e. 2023-2025, it is predicted that the market will show a growth CAGR of 21.00%.

Indian IoT Ecosystem

A report published by NASSCOM states that in the APAC (Asia-Pacific) region, India is going to be the front runner when it comes to the adoption of IoT technology. It is predicted that the Indian IoT market will be valued somewhere around $9 billion by 2023, emerging from $1.3 billion in 2023. In the stated growth period, the CAGR that would be recorded lies at 62%. When it comes to the IoT connections, the same report states that by 2023, India is going to have 1900 million IoT connections rising from 60 million connections in 2023. The CAGR growth recorded during this period is tremendously huge, lying at 137%. The key factors that have been driving the adoption of IoT in India include the following-

innovations being done in product offering by the businesses

Increased operational efficiencies

Enhanced customer experience

Maturity of the IoT solutions being offered

Increased coverage of networks and enhanced levels of data speed.

Besides these IoT solutions being deployed for smart cities along with their extensive usage in industries like- manufacturing, transportation, and automation. This will lead to enhanced demand for IoT applications in these industries. Another major factor that is driving the growth of IoT in Indian markets is that the number of tech-savvy customers has increased significantly in the past decade and so, owing to factors like increased number of smartphones along with Internet penetration that has taken place in India.   Snapshot of Indian IoT Ecosystem


Following are some real-world applications of IoT-Cloud platform-

Smart Home Automation

Just imagine your electric applications turn off by themselves as soon as you leave the premise. It would be a nice experience, isn’t it? IoT has been nurturing so rapidly with all the modern-day smart devices connected to each other and monitored by users from a distance using voice commands. With this rapid growth of IoT, it is predicted that Smart Homes is sooner going to be the reality when clubbed with smartphones. Smart homes along with the devices and the data can be stored on the Cloud to analyze patterns related to the consumption of electric applications.

Smart Wearable Technology

In 2023, the smart wearable market was valued at 216.18 million units, with an estimate to reach 614.31 million by 2025. So, you can just imagine how fast this market segment is growing. All these wearable devices have sensors and software installed in them which helps in collecting data and information of their users. This data is then processed to extract out useful insights of the user. When it comes to IoT technology, the prerequisite remains to be highly energy-efficient, consuming low power and compact-sized. The productivity of data processing is going to be achieved by the means of various wearable technologies present around us. These can be in the form of smart wristwatches, smart glasses to name a few. 

Connected Vehicles

It is estimated that the Global connected vehicle market is going to be valued at $212.7 billion by 2027, emerging from $42,6 billion in 2023. In the same forecasted period (2023-2027), it is forecasted that this market will grow at a CAGR of 22.3%. The underlying concept of a connected vehicle is that it gathers, analyzes, stores and takes reasonable actions based on data generated from vehicle sensors. IoT in automobiles is a vehicle-to-cloud (V2C) based offering enabling awareness of the environment besides the vehicles that can be useful for providing information and establishing relationships with the driver also.

Industrial Internet of Things (IIoT)

Industrial Internet of Things (IIoT) has provided industrial engineering systems with sensors, software along with big data analytics for building intelligent equipment. Smart machines are being developed with high precision and consistency than their human counterparts when it comes to transmitting data. These data analytics helps companies to resolve their shortcomings and solve their problems faster. It is estimated that the global IIoT market is going to be valued at $751.3 billion by the year 2023. IIoT has been witnessing tremendous growth in the past few years owing to factors like the emergence of Cloud Computing along with IoT.

Smart Cities and IoT

It is needless to say that IoT technology has been driving the growth of

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Why Code Signing Is Necessary For Iot Devices?

Code signing is the process of digitally signing software or code to authenticate its origin and verify that it has not been tampered with or altered in any way. This involves adding a digital signature to the code or software that can be verified by a trusted third-party, such as a certificate authority.

In this article, we will discuss more about the communication models.

Let’s start!

How Code Signing Works?

The process of code signing involves several steps. First, the developer creates the software or code and then uses a code signing tool to add a digital signature to it. This signature is generated using a private key that is only accessible to the developer.

When a user attempts to install or run the software, the operating system or application will check the digital signature to verify that it matches the signature generated by the developer. If the signature is valid, the software is considered safe to install or run. If the signature is invalid or missing, the operating system or application will alert the user to the potential security risks and may block the installation or execution of the software.

Importance of Code Signing for IoT Devices

Code signing is essential for IoT devices because it helps to ensure the integrity, authenticity, and safety of the software that runs on them. IoT devices, like any other computing device, can be vulnerable to various cyber threats, including malware, ransomware, and hacking attacks. These attacks can result in data breaches, system crashes, and other serious consequences.

Here are some reasons why code signing is important for IoT devices

Ensuring Authenticity − Code signing allows IoT devices to verify the authenticity of software updates or patches that they receive. This ensures that the software comes from a trusted source and has not been tampered with.

Maintaining Integrity − Code signing ensures the integrity of the software that runs on IoT devices. It guarantees that the code has not been modified or altered since it was signed and helps to prevent unauthorized modifications.

Building Trust − Code signing builds trust between manufacturers and consumers of IoT devices. It assures users that the software on their device is legitimate and secure.

Meeting Compliance Requirements − Code signing may be required by regulatory bodies or industry standards, such as the National Institute of Standards and Technology (NIST) Cybersecurity Framework or the Payment Card Industry Data Security Standard (PCI DSS).

Types of Code Signing for IoT Devices

There are several types of code signing for IoT devices, including −

Firmware Code Signing − Firmware code signing involves signing the firmware that runs on IoT devices. Firmware is the low-level software that controls the hardware of the device, and it is critical for ensuring the proper operation of the device.

Application Code Signing − Application code signing involves signing the software applications that run on IoT devices. This helps to ensure that the applications are legitimate and have not been tampered with.

Driver Code Signing − Driver code signing involves signing the drivers that allow IoT devices to communicate with other devices or software. This helps to ensure that the drivers are legitimate and have not been tampered with.

OS Code Signing − OS code signing involves signing the operating system that runs on IoT devices. This helps to ensure that the operating system is legitimate and has not been tampered with.

Code Signing for Updates − Code signing for updates involves signing software updates or patches that are delivered to IoT devices. This helps to ensure that the updates are legitimate and have not been tampered with.

Overall, code signing is an important security measure for IoT devices, and it can help to ensure the authenticity, integrity, and safety of the software that runs on these devices.

Best Practices for Code Signing IoT Devices

Code signing is an essential security practice for IoT devices. To ensure the security of these devices, the following best practices should be followed −

Use a trusted code signing solution − Use a trusted code signing solution to ensure that the code is signed using a secure and widely recognized process.

Use strong encryption − The private key used for signing should be stored in a secure location and protected with strong encryption to prevent unauthorized access.

Verify signatures − Verify the digital signature of the code before installing it on the device to ensure that the code has not been tampered with or modified.

Monitor and update − Monitor the code signing certificates and update them regularly to prevent the certificates from expiring or becoming invalid.

Secure the device − Implement additional security measures to secure the device, such as network security, encryption, and access control.


In today’s connected world, IoT devices are becoming more prevalent, and with that comes an increased need for security measures to ensure that these devices are not compromised by cyberattacks. Code signing is an essential security practice for IoT devices that helps to ensure the authenticity, integrity, and safety of the software running on these devices.

By using a trusted code signing solution, implementing best practices such as strong encryption and signature verification, and monitoring and updating code signing certificates, organizations can help to prevent security threats and build trust with consumers. It is important for developers and manufacturers of IoT devices to prioritize security and follow best practices for code signing to protect their products and consumers.

You Don’t Need Windows 11 Smart App Control; Here’s Why

Consequently, if any third-party app lacks a digital signature or has an obsolete imprint, it will most likely be blocked by the Windows smart app control. Interestingly, the app works standalone and remains unaffected even after turning off the default Windows security. Here’s what it offers:

On Mode: It actively scans and spots any malicious or untrusted app on your system, following which it will block the app to protect your device.

While Windows Smart App Control might look useful, it makes things far worse. If you have an old machine running on the latest Windows 11 update, you might experience the following issues:

Severe difficulties installing the driver app if their digital signature has gone obsolete.

Third-party apps from the internet will likely get blocked if it doesn’t pass the smart app control safety checks for a valid signature.

Since the smart app control largely depends on its cloud algorithm, you can’t manually exempt it for a specific software or app unless you turn it off. That said, let’s look at several effective ways to disable it on your system in the next section.

In order to disable the Windows Smart App Control feature on your Windows 11 machine, you need to follow these simple steps.

1. Press the Windows key and search for the Smart App Control feature to configure it.

Note: Microsoft states that turning off this feature is permanent, and you might have to reset or install Windows 11 again to revert the changes. However, we have a workaround for you to re-enable it in the Bonus Tip.

1. Download our chúng tôi file from Google Drive.

That’s it! You’ve successfully disabled the Smart App Control feature on your Windows 11 machine. You can verify it by opening the Smart App Control section inside the settings app.

As per Microsoft, once you disable the Windows Smart Apps Control feature, you need to reset, or fresh install your Windows OS if you decide to turn it back on. However, it is not entirely true. You can re-enable the Smart App Control using our quick registry files without resetting or removing anything. Here’s how it can be done.

Follow these steps to re-enable smart control without having to reset or format your Windows computer.

That’s it. You’ve successfully enabled the Smart Control feature on Windows 11 without resetting it.

1. Download the ActivateEvaluationMode.reg file from Google Drive and run it with administrative permissions.

2. Next, press the Yes button to activate it successfully.

You can verify the same by accessing the Smart App Control feature in the Settings app.

A: Yes, you can use our quick registry files to re-enable this feature easily. Refer to the bonus tip in this guide for more details.

A: You can either turn it off using the Settings app or the registry files listed in this explainer.

We hope you’ve learned how to successfully disable the Windows Smart App Control feature on Windows 11 using this guide. If you find it helpful, hit the like button and subscribe to GadgetsToUse for more quality explainers. Also, check out other productive links below.

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Samsung: Apple Television Is Old News. Smart Tv Is The Future And Already Here

When Steve Jobs told his biographer Walter Isaacson that he finally “cracked the code” to building an integrated television set that is user-friendly and seamlessly syncs with all of your devices, Samsung Australia’s Director of Audiovisual Philip Newton told the Sydney Morning Herald that Jobs’ was talking about connectivity.

He laughed off the mythical iTV and dissed Jobs’ TV brain wave as “nothing new,” saying the future is now and it is his company’s Smart TVs:

When Steve Jobs talked about he’s ‘cracked it’, he’s talking about connectivity – so we’ve had that in the market already for 12 months, it’s nothing new, it was new for them because they didn’t play in the space. It’s old news as far as the traditional players are concerned and we have broadened that with things like voice control and touch control; the remote control for these TVs has a touch pad.

Samsung is promoting Smart TVs left and right at the CES show that is underway this week in Las Vegas. The company is showing off apps and games such as Angry Birds running smoothly on Smart TVs. Feature-wise, Samsung Smart TVs are beating Google TVs to the punch with capabilities such as voice interaction, facial recognition, integrated camera controls for multi-video conferencing and multitasking.

Sony, Panasonic and LG are also pushing integrated television sets built around the Smart TV platform. While not officially an exhibitor, Apple reportedly dispatched 250 employees to attend the show and monitor what competition is doing; among them is the head of iOS product marketing Greg Joswiak. Apple has been rumored for months to launch 32- and 37-inch television sets in the summer of 2012. Does Samsung see Apple as a threat?

Not at all, though that might be just a posture as Apple and Samsung are embroiled in a complicated web of copyright infringement lawsuits in courts the world over.

Do we see them as a threat, not specifically no … probably we’ll have some competitors that may suffer … but we see it as a great opportunity, the more big name brands that get involved in smart [TV] the better off we are as a brand because we know we can lead it.

Front-facing view of Samsung’s ES8000 LED TV.

He summed up:

Samsung makes TVs. They make everything – the screen, the PCBs, and the case. Apple will be outsourcing their manufacture and they won’t be able to compete on price, especially when they’re buying panels from Samsung. Can Apple beat other CE manufacturers at this game? Sure. They’ve done similar things before. But Samsung and Sony and LG have plenty of time to sell TVs and at two a second, Apple will have quite a bit of catching up to do.

In the meantime, Samsung updated its television lineup yesterday with the newly announced Samsung ES8000 LED TV model that is coming “soon.” Pictured below, it sports a dual-core chip, slim bezel, U-shaped stand and screen sizes going all the way up to 75-inches. Samsung America President of Consumer Electronics Division Tim Baxter explained the benefit of multitasking on a big screen during a CES presentation:

Let’s say you are watching a movie on Netflix and want to check in on the hockey highlights, just toggle from Netflix to one of my favorite apps, NHL Game center, and come right back to the movie without having to quit the app and launch another app.

A pair of CES clips showing gesture interaction on a Samsung Smart TV and Angry Birds can be seen below.

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Windows 11 Is Faster Than Windows 10 And Here’s Why

Many Windows 10 users are wondering if Windows 11 is indeed faster than its predecessor. That’s one key element that would convince many people to upgrade to the new OS version. Keep reading to find out more.

⇒ One quick note before we dive in. Do make sure your computer is compatible with Windows 11 before hitting the Update button. We’ve also got seven handy tips that you can use to ensure the upgrade process goes on smoothly.

Is Windows 11 Faster than Windows 10?

Personally, I’ve been using Windows 11 since the day Microsoft rolled it out to mainstream users. In terms of responsiveness, I can confirm that Windows 11 is indeed faster than Windows 10.

Apps Load Insanely Fast

Windows 11 has been great in terms of app stability and speed. So far, I haven’t experienced any issues with apps or programs freezing or crashing. I’ve never had to restart my computer because an app or the OS itself stopped responding.

Also, browser launching speed is significantly faster. This is valid for both Edge and third-party browsers. I initially thought there would be slight differences in speed between Edge and other browsers, but that’s not the case.

As a quick reminder, Edge now features sleeping tabs. You can use this option to put inactive tabs to sleep and save resources. By doing so, the OS can then direct those resources to foreground apps.

The Secret Ingredient: A New Memory Management System

Windows 11 prioritizes apps and processes running in the foreground over background apps. Microsoft revamped the memory management system to favor foreground apps. In other words, the OS lets foreground apps use more CPU power and resources. Even if the CPU is under massive load, the UI feels responsive and fast thanks to foreground prioritization.

As a quick reminder, Windows 10 users often complain about apps using too much CPU power. Well, Windows 11 users will rarely encounter similar problems.

The same applies to Windows Shell, aka the OS graphical user interface. That’s why everything feels so fast and responsive. Moreover, the new memory management system also helps you extend your laptop’s battery life.

Games also start faster. However, I’m not referring to loading times here; that’s a whole different story that depends on many other factors. It’s just that you can launch games faster compared to previous OS releases.

Resume from Sleep Is Instantaneous

My laptop now boots up and shuts down much faster. It also wakes from sleep much quicker compared to the Windows 10 era. Resuming from sleep is almost instantaneous. This is because Windows 11 features an optimized instant-on experience. Microsoft has optimized call to hardware components needed to power on.

Another essential thing to note is that bloatware is still present but not running in the background. Fortunately, you can use PowerShell to remove bloatware.


Windows 11 definitely feels faster and smoother compared to Windows 10. Much of this comes from the improved memory management system that Windows 11 is using. If you own an average computer in terms of specs, you’ll definitely notice the difference. The same is valid for old low-specs machines. Windows 11 feels a lot snappier, even on HDD machines. Overall, it runs better than its predecessor on many computers.

Top 7 Iot Smart City Trends To Look Out In 2023

The Smart City investment is slated to peak at $158 Billion by 2023. The fastest growth altogether is predicted within the Americas, with the foremost spending seen on the general public transport sector, alongside fixed visual surveillance. It is predicted that by 2023, 50% of cities use platforms that shall rely on their own crowdsourced participation when it comes to city budgeting and decision making. The global smart city spending is set to reach an amount of $34.5 billion by 2023. The utility sector is slated to increase beyond the 2023 figure of 436.5. The smarty energy’s share of the worldwide smart city market is at 15.8%. Smart cities won’t be complete without smart homes therefore the forecast for the smart home market around the world in 2023 amounts to $40.9 billion. The estimated home technologies sale in 2023 was $4.6 and this is expected to grow by at least ten percent this 2023. the revenue of the global home security market for this year is expected to be $2.58 billion.  

IoT Smart City Trends That Will Change Future

The trends you are looking out for in a smart city is shared below:  

Transportation Congestion Sensors

Smart transportation systems use IoT sensors to detect congestion and bottlenecks in traffic patterns. They likewise depend on cameras to implement speed and traffic infractions. In doing as such, these apparatuses gather constant data that can be utilized by city DoTs to make portability networks more secure and more good. Transportation systems have become a fundamental base for the growth of the world by making apps on Smart transportation systems.  

Bridge Inspection Systems

Sensors screen the structural soundness of bridges and inform city engineers of any issues. Drones are used to inspect hard to reach areas that have any issue in the bridges from the Smart Bridge System app, the engineer gets the location quickly to resolve the issue. The system is fully compliant with non-destructive testing standards and uses sensors attached to a structure, sort of a bridge to supply continuous monitoring of the structure’s health. The sensors aren’t a replacement for traditional inspections but act as an early warning system so that local authorities or asset owners can anticipate and schedule on-site inspections and maintenance work.  

Waste Management Sensors

The best way to clean the city using IoT Smart technology. IoT sensors detect the amount of garbage around the city so that sanitation workers can clean the garbage in their routes. IoT fills level sensors, robotizes and enhances squander the executives frameworks all together that associations can conserve and go greener. In short, IoT sensors provide a far better option for cities looking to take care of sustainable, connected growth.  

Lighting Sensors Fire Detection

Sensors screen conditions in recreational areas and lush territories that may be inclined to fire. Sensors can likewise distinguish fires in structures and the sensor pops an alert to the nearby emergency services. Remote monitoring and diagnostic capabilities of an IoT system help firefighters know where to position personnel and trucks beforehand, consistent with chúng tôi framework sends cautions to fire staff and the areas of a smoke alarm going off, a warmth locator imparting signs, or a water stream switch being enacted.  

Parking Sensor Apps

You also know about parking apps that help to coordinate with smart parking meters to inform drivers of where there is parking availability. Smart parking development implies an IoT-based system that sends data about free and occupied parking places via the online or mobile applications.  The IoT device, including sensors and microcontrollers, is found in each parking place. The user receives a live update about the supply of all parking places and chooses the simplest one. Similarly, the app also gives information on previous parking receipts and sessions.  

Water and Wastewater Monitoring

  These are the trends that you are trying to find within the

Author Bio: Kulmohan Singh

Director of Sales & Marketing at X-Byte Enterprise Solutions. I have been a decade old technology evangelist, driven by a passion to innovate and create platforms and solutions that would make the tech sphere bigger and better for mankind. Supporting tech ventures since 2008, I believe learning and failing and learning should never stop. Using technology differently rather than using different technologies has been the soul of managing one of the leading technology ventures in mobile and cloud domain. X-Byte Enterprise Solutions; a company whose foundation lies on expert intuition and accurate utilization of skills, helps its clients with their tech needs, while effectively eliminating risks. We take care of the nuts and bolts, every detail, so that the clients don’t have to. I enjoy cooking and eating what others cook. 🙂 I love networking and solving problems or adding value for anyone and everyone that I can. You can reach me at phone number or email address. Social links:

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