Trending December 2023 # Arm’s Mobile, Wearables And Iot Predictions For 2023 # Suggested January 2024 # Top 21 Popular

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ARM Holdings, the processor design firm whose chip technologies have dominated the mobile device space, issued its predictions for 2023 via a series of tweets yesterday.

Three weeks into the New Year, the company’s Twitter account (@ARMHoldings) lit up on Jan. 21 with 15 new predictions that hint at how the company may be approaching the white-hot market for low-power, mobile processors. According to the company’s crystal ball, devices will grow more powerful, interconnected and a touch more personal as 2023 winds on.

On the wearable device front, ARM is suggesting that vendors and developers step up their game and take their users’ real-world interactions into account while building their solutions. “Wearables must pass ‘don’t leave home without me’ test by delivering actionable, contextual info,” the company tweeted. The company also expects the buzz surrounding the Internet of Things to shift from wearables this year to robotics.

IoT’s effect on the bottom line will be most strongly felt in cities and enterprises, in the form of higher revenues. ARM also expects that the diverse crop of “IoT standards groups will start to consolidate as industry begins maturing.” Chinese IoT semiconductor vendors “will start to deliver significant design wins,” predicted the company.

The IT industry is flocking to the burgeoning IoT market, establishing a foothold and readying solutions to help enterprises cope with (and help monetize) the massive amounts of data and traffic that a sensor- and mobile device-filled world will generate over the next several years. By 2023, Gartner predicts that the Internet of Things will grow to encompass 26 billion devices and generate $300 billion in incremental revenue that same year.

Heightened data security concerns to will drive the adoption of hardware-based solutions that safeguard data “from sensor to server,” added ARM. Along the same lines, increased adoption of biometric technologies like Apple Touch ID will start pulling the identity management market further away from passwords, and mobile payments will finally take off – courtesy of more robust chip-and-PIN payment card systems.

Here’s the full, lightly-edited list:

50% smartphones shipped in 2023 will be 64-bit capable

Biometrics will drive alternative user ID strategies

Mobile operators will deploy smartphone services as de facto healthcare for rural areas

Wearables must pass ‘don’t leave home without me’ test by delivering actionable, contextual info

64-bit LTE smartphones will ship for under $70

IoT’s biggest revenues will be in cities and enterprises

Increasing cyberattack concerns will drive hardware security from sensor to server

More OEMs and Internet companies will acquire semiconductor vendors to drive their unique selling proposition (USP) into the value chain

Massive mobile payment surge with chip-and-PIN and smartphones will make retail more efficient

Benchmark data will shift end-user choice to purpose-optimized servers versus monolithic approaches

Effort will turn to efficiency and form factor as wirelessly-chargeable consumer devices enter market

Chinese semiconductor vendors’ focus on IoT will start to deliver significant design wins

Latest IoT buzz will shift from wearables to robotics

Diverse IoT standards groups will start to consolidate as industry begins maturing

System performance demands will move network functions virtualization (NFV) from software on server to tightly-coupled hardware accelerators

Pedro Hernandez is a contributing editor at Datamation. Follow him on Twitter @ecoINSITE.

Photo courtesy of Shutterstock.

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Predictions For The Future: Google’s Algorithm Updates

Editor Note: Many points in this post are the author’s speculation/prediction of the future and not concrete fact.

Everyone is talking about “Mobilegeddon,” the recent change Google made to its search algorithm, penalizing sites that do not provide a good experience for mobile users. However, there was another recent update, which passed largely unnoticed and accordingly received an even more fitting name – Phantom.

Why does it matter? You need to anticipate how Google search will evolve in the near future so you can plan and adjust accordingly.

In this blog post I will try to make a prediction about how the company will evolve the search algorithm in order to make sure it continues to rule the internet.

The Google Algorithm Changes Forecast

The main point to remember is that search is the pinnacle of Google’s business strategy, so the company has to do everything in its power to protect it and keep it healthy. Search is all about the user – Google does not want you to be unhappy with your search experience, and they most certainly don’t want you to switch to an alternative search engine.

In order to do this they will continue to focus on relevance and ease of use.

Quality of Content Will Continue to Rule

Starting with Panda, Google has really made website owners and SEO experts focus on the quality of website content. The search engine will continue to get better at judging content quality thanks to developing its artificial intelligence. Some experts even suggest that the time when the algorithm becomes better at predicting quality and relevance than humans is not far away.

However, human factor will not be overlooked, either. With search beginning to feature tweets, it is clear that social signals will come to bear more influence on rankings. But it is unclear whether this will remain a long-term feature.

Usability Will Become More Important

Another important trend in usability improvement is the rise of conversational search. The introduction of the Hummingbird update in 2013 overhauled the way keywords work in order to make SEO more aligned with the way people are searching. Again, with the improvement in Google’s ability to predict relevance, optimizing for searchers’ intention will become more important than targeting specific keywords.

Changes Will be Much More Gradual

If you’ve been reading carefully, you have probably already noticed there’s a spirit of slower, more gradual change. Perhaps the most obvious proof of this is the name of one of the updates that affected users in the last month – Phantom. But even Mobilegeddon, regardless of its name, didn’t affect as many people as was initially expected.

I think this trend will continue as Google will be much more strategic and careful about the changes they are making.

Google Will Continue to Experiment with Temporary Changes

When mentioning Twitter and social signals, it is important to point out that this might turn out to be short-lived. The search team has already proven they are not afraid to move quickly and scrap features that do not fulfill their potential. This was the case of Google Authorship and might very well turn out to be the same for the Google-Twitter partnership and social signals in general.

Here’s why:

With such partnerships, Google is not only harming its own products (G+ in this case), but also becomes reliant on external parties for data.

Social signals are unreliable and notoriously easy to falsify.

The algorithm might develop to the point where Google no longer needs to factor in signals from third-party social networks.

However, the company may elect to follow the opposite strategy and ensure its interest by acquiring Twitter. Reports of an imminent merger have already surfaced in the media. Such a step will be a very strong signal that the search algorithm will come to rely heavily on social signals.

How to be Prepared for Future Google Algorithm Updates

One of the safest predictions to make is that the search giant is not going to alter its policy of being extremely secretive about the changes it makes in the way the engine works. However, that doesn’t mean there’s nothing you can do to be prepared for those changes and make the best of them.

Here are some areas where you should direct your attention and resources if you want to be ready for the next time Google decides to alter their policy:

Focus on Producing High-Quality Content

Producing any content isn’t enough, so if you’re finding it challenging to put out great material on a regular basis, talk to someone who can take it over for you. The money you spend on such a partnership will return to you in new customers.

And while we’re on the subject, you might also want to consider someone who understands SEO. Even if you are pumping out engaging content on a regular basis, there are plenty of people out there who are doing the same. Optimizing it for search engines might be the differentiator you need to succeed.

Invest in Improving User Experience and Engagement

Going after websites that have no mobile version is just the first step. Do not forget that Google has all this useful information about how visitors are interacting with your website (through Analytics) that helps them find out whether your page provides good experience or not.

Keep an eye on vital statistics, such as page load time, bounce rate, time on page, and other key data points. And since Google will continue to provide differentiated experience to its users across different platforms (desktop, mobile, etc.), remember to keep track of your performance across each of these.

That doesn’t mean you have to give equal attention to each platform; focus on those most relevant to your business goals.

Plan for the Future

It really isn’t that hard to be prepared for Google updates to the search algorithm. All you have to do is focus on providing relevant information and good experience to your visitors.

Of course, that is easier said than done, but if you remain aware of changes happening in the industry and how people search and browse, it is not impossible to achieve it. For example, the trend toward providing better mobile web experience was present for a few years, so Google’s stance on it with Mobilegeddon was hardly surprising.

And while few people can predict the exact changes Google will introduce, every one of us can and should adopt a mentality of constantly planning for the future.

Featured Image: Denys Prykhodov via Shutterstock

Sensor Data For Internet Of Things (Iot)

There are sensors everywhere in the modern world. They can be found anywhere people gather, like homes, offices, malls, hospitals, and even schools. They are an important part of the Internet of Things, and most modern smartphones have them (IoT). There have been many kinds of sensors for a long time.

Sensors can pick up on changes in their environment and respond to them. Some examples of inputs are light, temperature, motion, and pressure. If sensors are connected to a network, they can share the information they collect with other devices and management systems.

Sensors are used in many modern businesses that couldn’t work without them. With the help of these early warning systems, businesses can do maintenance before it breaks down and avoid costly downtime.

There are many kinds of Internet of Things sensors, which can be used in many different ways. Here are some of the most common types of IoT sensors and the things they are used for.

Temperature Sensors

Temperature sensors do just that, telling us useful things about the temperature. The temperature controls in a factory often decide what will happen to a product. In the same way, a single wrong temperature reading can ruin a whole batch of food in a factory.

Sensors for Humidity

Water vapour sensors measure how humid a sample of air or a mixture of gases is. HVAC (heating, ventilation, and air conditioning) systems, both at businesses and homes, use humidity sensors a lot. They are used to care for patients in hospitals and to predict the weather in weather stations.

Sensors for Chemicals

Chemical sensors can help any business that uses process lines. They use real-time data to find chemical leaks in drums or tanks.

These Internet of Things sensors could also ensure that hazardous materials are handled safely and securely whenever used on-site. This would make the factory a safer and more productive place to work.

Pressure Sensors

With a pressure sensor, you can find out when the pressure of a gas or liquid changes. The sensor detects changes in pressure and sends that information to any other devices that are linked to it. A common use is to test for leaks, which could be caused by wear and tear.

Proximity Sensors

With proximity sensors, you can find things nearby without touching them. A lot of the time, these sensors send out beams of electromagnetic or infrared radiation. There are some interesting uses for proximity sensors. A store’s proximity sensor may be able to track how close a customer gets to an item of interest. The user can be sent information about sales and discounts on nearby goods. Malls, stadiums and airports use proximity sensors to let drivers know where open parking spots are.

Solar Cells

Internet of Things (IoT) solar cell sensors at EV charging stations collect and send real-time data that can be used to balance the load.

In response to changes in the grid, they can turn on or turn off renewable energy sources to meet demand.


An accelerometer, which measures the rate of change in speed as a function of time, can be used to figure out how fast something is moving. An accelerometer can also be used to measure changes in the force of gravity. Accelerometers can be used in many ways, like smart pedometers and systems tracking fleets. They can also protect against theft by setting off an alarm if something fixed is moved without permission.

Level Sensors

Level sensors can measure the height of liquids, powders, granules, and other solids. Level sensors are used in many fields, from oil to cleaning water to food and drinks. Since level sensors can tell if a trash can or dumpster is full, they are used in systems that take care of trash.

Infrared Sensors

These sensors send out or pick up infrared radiation to learn about their surroundings. They can also measure how much heat an object gives off. Infrared sensors are used in a number of Internet of Things (IoT) projects. One of the most common is the easier monitoring of vitals like blood flow and blood pressure in healthcare. Infrared sensors are used by a TV so that it can understand the signals coming from a remote control.

Optical Sensors

Through optical sensors, light waves can be turned into electrical impulses. Because they can be used for many different things, optical sensors are very useful. Optical sensors find road signs, barriers, and other things a human driver would see while driving or parking. Optical sensors are a big part of how autonomous vehicles are getting better. In smartphones today, optical sensors are used more and more.


With a lot of high-quality data and the help of predictive analytics, a company can make better decisions. With the Internet of Things (IoT) sensors, organizations may have access to high-quality data that has never been seen before. This would greatly improve their ability to predict the future.

Not only are these sensors used in manufacturing, but they are also used in smart city applications. IoT sensors are likely to become more common as the value of data rises and businesses look for ways to predict better what will happen now and in the future.

Top 10 Experts Shaping The Iot Industry In The Year 2023

Top 10 Experts That Are Shaping the IOT Industry in The Year 2023 For Better and Staying Ahead

Almost everything in today’s world is linked. In a networked world, everything is connected, from your appliances to your cars. This interconnectedness has created a slew of new and exciting opportunities for businesses, including the IoT industry (Internet of Things).

As the Internet of Things (IoT) industry grows in popularity, so does the number of experts shaping the industry. In this blog post, we’ll introduce you to the top ten experts shaping the IoT Industry, as well as reveal their unique insights and perspectives on the sector’s future. Let’s dive deep into the topic of how the top 10 experts shaping the IoT industry.

Helen Greiner

She is an entrepreneur and roboticist best known as the co-founder of iRobot. This company creates and manufactures robots for a variety of applications, including housekeeping.

Greiner co-founded iRobot with colleagues Colin Angle and Rodney Brooks in 1990, and she was instrumental in the development of the company’s first product, the Roomba vacuum cleaner.

Greiner is also well-known for her contributions to robotics, particularly her work on autonomous robots and mobile manipulation. She has received numerous awards and honours for her work in the field of robotics and is regarded as a pioneer in the industry.

Charlie Kindel

Charlie Kindel previously served as the General Manager of Amazon’s Alexa Smart Home division. He spent over five years at Amazon, where he was in charge of developing and launching various Alexa-enabled smart home devices and services.

Kindel is a well-known figure in the technology industry, having held senior leadership positions at Microsoft, where he worked on the Windows Home Server team, and Amazon, where he was instrumental in the development of the Amazon Echo and Alexa voice assistant.

Pete Wassell

Pete Wassell is the Founder and CEO of Augmate Corporation, a technology firm that specialises in the development of wearable and IoT devices for enterprise customers. Augmate provides a platform for managing and deploying these devices, allowing organisations to integrate wearable technology into their operations efficiently and securely.

Pete Wassell, the founder and CEO of Augmate, is most likely in charge of the company’s strategy and vision, as well as day-to-day operations and growth.

Tony Fadell

The man behind Nest’s success is on the list of IoT experts for a reason. Nest’s success is driven by his ability to see practical implementations of the internet of things in products. Smart Home Internet of Things Applications is synonymous with home automation products, particularly the Nest Self-Learning Thermostat and Protect.

Rob Tiffany

Tiffany, Microsoft’s Global Technology Lead, Internet of Things and Enterprise Mobility, is in charge of the development of the world’s largest wireless and mobile solutions, which are used by Fortune 100 companies.

Guy Kawasaki

Kawasaki is a Silicon Valley-based author, speaker, and entrepreneur who was one of the early tech startup behemoths. He believes in the expansion of the internet of things into every aspect of our lives and envisions a Life360-style setup in which anything and everything can be brought to life with the help of a tracker and a sensor.

Peggy Smedley

Peggy Smedley is a well-known thought leader and influencer in the field of technology and the Internet of Things (IoT). She is a writer, speaker, and consultant known for her knowledge of the Internet of Things and its impact on business and society. Peggy is also the editorial director of IoT Institute, where she provides insights and analysis on the most recent developments in IoT technology.

She also hosts “The Peggy Smedley Show,” a popular podcast about IoT and technology. Peggy’s contributions to the IoT industry have been recognised, and she has received numerous awards and accolades for her work. Peggy is committed to increasing understanding and adoption of IoT technology through her writing, speaking, and consulting.

Andrew Thomas

Andrew Thomas’ work as SkyBell’s CRO is likely to have made a significant contribution to the Internet of Things (IoT) industry. SkyBell is a leading provider of smart home products, such as video doorbells that are Internet-connected and controlled and monitored via a smartphone app.

Timo EllIoT

The majority of Timo’s tweets are about connected vehicles and future restrooms. As SAP’s Innovation Evangelist, he is an expert in analytics and business. Through its systems, SAP overlooks nearly 75% of the world’s GDP. It’s no surprise that SAP is eager to integrate internet of things solutions as soon as possible.

Stacey Higginbotham

Increase Speed To Market In 2023 By Using An Iot Platform

In this article, we plan to provide an in-depth overview of what an IoT platform is, what it can offer executives, and share the best platforms on the market today to help simplify your decision-making process.

What is an IoT platform?

IoT platforms facilitate the scalable deployment of IoT sensors by providing a platform for secure management and analysis of their IoT devices and data. The important functions of an IoT platform include data management, analytics, application development, interoperability, device management, and security.

Basically, an Iot platform is a middleware that integrates applications and hardware while providing an environment for data analytics. These platforms transfer information between two IoT layers: hardware and applications (see Figure 1). They transmit data from a variety of hardware to the cloud to make it useful for applications while transferring commands from applications to hardware.

Figure 1: A map-out of IoT platform acting as a middlware between the hardware and the application, ThingsOn

What are the components of an IoT platform?

To understand IoT platforms, businesses should understand the components of IoT systems. Though every IoT platform has its own specific set of unique features and mechanisms, a complete IoT platform has four different components:

To understand IoT platforms, businesses should understand the layers of IoT systems. Though every IoT platform has its own specific set of unique features and mechanisms, a complete IoT platform is composed of six different layers:

Infrastructure: It enables the functioning of the platform. Its building blocks are container management — which is, organizing a large number of software applications — internal platform messaging, orchestration of IoT solution clusters, and others.

Communication: It allows for the devices to connect to the cloud.

Core features: They include features such as data collection, device management, configuration management — which is, maintaining consistency of a product’s performance — messaging, and over-the-air (OTA) software updates.

Reporting: It allows for the generation of custom reports of IoT devices and platform performance.

Visualizations: It’s for data representation in user applications.

If you are curious about learning more regarding IoT applications that offer all the functionalities discussed so far, we have a vendor list of the top 143 IoT software applications of 2023.

Rule engine, analytics, and alerting: They are responsible for notifying you about any anomalies detected in your solution. This layer can also be viewed as the monitoring layer of your IoT system.

If you are interested in familiarizing yourself with the best IoT analytics platforms, we have a list of the top 7 vendors of such services.


Investigate the connectivity, data processing, and administrative capabilities of IoT platforms before making a purchase decision.

Ensure that the IoT platform connects with IoT devices and integrates with all connected device apps and APIs.

Why is it important now?

According to a research done by Cisco, 75% of IoT projects fail. An IoT platform can help companies succeed by shortening development time to speed time to market, making applications scalable, reducing costs, and avoiding technical errors.

An IoT platform simplifies development by solving many of the problems and complexities that companies face when building an IoT application. By using a platform, companies can focus on the solution instead of dealing with setting up an infrastructure to support the IoT application.

Figure 2 below shows the proliferation of IoT devices. As the number of sensors and devices increases, so does the data collected and the complexity of IoT projects. An IoT platform helps companies combine a variety of devices and manage IoT data on a large scale.

Figure 2: A graph showcasing the sustained increase in the number of IoT devices, Hackermoon 

What are the benefits of an IoT platform?

Faster deployment: An IoT platform is software that facilitates the building of IoT systems by providing various integrated tools. It facilitates data collection and transmission, device management, and application development within the IoT system.

Reduced investment for setting up an IoT system: Resorting to an off-the-shelf IoT platform enables companies to find a compromise between investment and operating costs. An IoT platform lowers the development and testing costs for an IoT system. However, relying on a third-party platform provider requires the company to pay long-term subscription or licensing fees.

What are the important capabilities of an IoT platform?

Application development: Users can develop and deploy IoT applications that are compatible with devices compatible with the IoT platform.

Data management at scale: With the increasing number of sensors and devices, collected data and the complexity of IoT projects increase. An IoT platform helps businesses manage data at scale.

Analytics: An IoT platform can have analytics capabilities such as rule engines, event stream processing, machine learning, and data visualization. It can support the analysis of data either at the edge or in the cloud to generate actionable insights.

Interoperability & integration: A platform can provide communication with different types of devices (sensors, cameras, wearables, etc.) so that their data can be transmitted to the cloud correctly.

Device Management: IoT platforms enable users to track, monitor, and manage physical IoT devices. Effective device management is important for the connectivity and security of IoT devices.

Security: Organizations can ensure the security of data within the IoT system by relying on the features of an IoT platform.

Recommendation: Evaluate and prioritize these benefits and capabilities (i.e. cost/benefit and ROI analysis) according to your enterprise’s specific needs and requirements.

What are the leading IoT platform providers?

ARTIK Cloud by Samsung

Autodesk Fusion


B+B SmartWorx by Advantech

Bosch IoT Suite

Carriots Platform

GE Predix

Google Cloud IoT

KAA Platform

Losant Platform

Macchina Platform

Microsoft Azure IoT Suite

MyDevices Cayenne Platform

Initial State Platform

IBM Watson IoT

Particle Cloud

Salesforce IoT Cloud

Samsara Platform

SiteWhere Platform

Temboo Platform

ThingSpeak Platform


Ubidots Platform

WebNMS Platform

Xively Platform

Zebra Zatar Cloud

For more on IoT

We’ve written a few articles about IoT technology before, feel free to check them out:

Or, if you believe your business will benefit from an IoT solution or device, feel free to check our data-driven hub of IoT solutions and tools.

And we can guide you through the process:


Cem regularly speaks at international technology conferences. He graduated from Bogazici University as a computer engineer and holds an MBA from Columbia Business School.





Microsoft Releases Windows 10 Preview Build 14328 For Pc And Mobile

Microsoft releases Windows 10 Preview build 14328 for PC and Mobile




Microsoft recently released the new build 14328 for both Windows 10 Preview and Windows 10 Mobile Insider Preview. The build is just a few days newer than the previous Windows 10 Mobile build, so it doesn’t bring any notable features. On the other hand, the PC versions received a lot of new improvements and enhancements.

Windows 10 Preview build 14328 for PC includes following features:

Windows Ink

Updated Start Experience

Tablet mode improvements

Cortana & Search Improvements

Improvements to Action Center & Notifications

Updates to the Taskbar

Updates to the Settings app

Switching desktops with the touchpad

Lock screen Improvements

Updated Credential & UAC Dialog UI

Updated Skype UWP Preview app

Updated File Explorer icon

File Explorer Unpinned from the Taskbar

Japanese IME Improvements

We can say that this build is probably the feature-richest Windows 10 Preview build so far. There are so many new features to try, and we’re sure that Insiders will enjoy exploring them. Unless some occasional errors occur, which could be annoying.

Expert tip:

“Here’s what’s fixed for PC

We fixed the issue causing the Visual Studio emulator for Windows 10 Mobile and Hololens to fail with “An authentication error has occurred. The Local Security Authority cannot be contacted”. Developers should be able to use the emulator on this build.

We fixed the issue causing the Xbox One Controller to lag and become hard to use when connected to your PC.

We fixed an issue where the two factor authentication dialog wasn’t formatted correctly after an error is received.

When you open a second app in tablet mode, it will appear side-by-side with the first app (split-screen). When you close one of these apps, it should become full screen.

We fixed an issue where default column widths for Task Manager were too narrow on high DPI devices.

We fixed an issue where restarting your PC might become stuck on “Restarting…” screen rather than prompting “Are you sure you want to Restart?” when unsaved work is present.

We’ve updated the Shutdown Windows dialog to use a modern icon.

We fixed an issue where you couldn’t see the Chinese Input Method Editor candidate list while in full screen mode for games, as well as resolved an issue where using it in the Settings search box would cause Settings to crash

We fixed an issue that might result in a notification that cannot be dismissed.

We fixed an issue resulting in overlapped icons and clipped text in File Explorer when display is using a very large font size.

We fixed an issue causing Quicken to not launch. However, you will need to uninstall and reinstall Quicken to get out of a bad state.

Known issues for PC

After upgrading to this build, there may be some cases in which when your PC enters Connected Standby, it may have a bluescreen (bugcheck). For more information on how to mitigate this issue if this happens to you – see this forum post.

We are continuing to make changes to our extension datastore schema in Microsoft Edge. As a result, after updating to this build any extensions installed in Microsoft Edge will be removed. You can reinstall these extensions to get them back.

Feedback Hub is not localized and the UI will be in English (U.S.) only, even with language packs installed.

The Desktop App Converter Preview (Project Centennial) will fail to run on the Windows 10 Insider Preview Build 14328. If you are a developer utilizing the converter tool to convert your desktop app to UWP, we suggest skipping Build 14328 until we can fix this issue.

All Tencent online games no longer work in current builds from the Development Branch.

The updated UAC UI (mentioned above) breaks the ALT + Y keyboard shortcut to choose “yes”.

We are aware of situations in which Groove Music will crash on launch at the splash screen and working to get a fix out soon. As a workaround, you can use Groove Music online.

Playing music in the Groove Music within 2 minutes after logging into your PC will result in 0xc10100ae playback errors. If you wait more than 2 minutes after logging in to play music in Groove Music you will avoid this issue.

Settings will crash if you try to pin one of the pages to Start, resulting in page not being pinned

You may see square boxes in certain apps when using some of the new emoji – we’re still getting things set up, this will be resolved in a future build.

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