What to Expect from coming 6G?

6G is the Next Generation of Cellular Tech  

It feels like 5G just came yesterday, but we're already looking ahead to 6G. Here's everything you need to know about it. After a long 5G rollout, we're finally at the point where flagship phones and networks no longer need to advertise the current cellular technology as a feature, it's the standard. To that end, we're seeing 5G coverage improve nationwide, and new form factors like smartwatches are starting to support the network, too. You may have just gotten used to using 5G instead of 4G LTE, but 6G is much closer than you think. When it succeeds 5G in 2030, the next-gen mobile network will focus on upload speeds, AI and radar-like “sensing” of vehicles, devices and people. 5G came with many promises. Remote surgery, where surgeons operate thousands of miles away from patients; driverless cars talking to each other and autonomously navigating highways; new killer apps which would change the world as Uber did. But the cellular technology which succeeded 4G LTE didn't live up to the hype. The networking tech brought real benefits to the world, from improved latency, reducing the time it takes for data to travel from one point to another, to broader and faster coverage in dense urban areas. But most people likely won't point to 5G delivering a meaningful change in their lives like many carriers suggested as they tried to justify mass spending on their infrastructure build-outs.

At MWC 2026, industry leaders like Qualcomm and Nvidia shared their visions for the upcoming 6G mobile network, with a boatload of corporate partners in tow. For the average user, the buildout of 6G infrastructure and companies working together isn't exciting. You want to know what you'll actually be able to do with 6G. We now have that answer, and it's pretty exciting. Right now, 6G is currently in development and in the research and study phase. It will continue into 2027 and 2028, when pre-commercial devices will be tested. Then, the commercialization of 6G will happen the following year. This means you'll be able to start using 6G at the end of this decade, with the mobile network likely going mainstream in the 2030s. It sounds far away, but it'll come sooner than you think, bringing new AI and XR experiences with it. Well, get ready to hear that aspirational, forward-looking, and sometimes maybe deluded language again, this time in the lead-up to 6G, which is being paired with “AI” to create a marketing bingo bonanza. Even if the tech won't deliver a night-and-day difference to average folks like us, the industry is moving the goalposts. At Barcelona, key players like Qualcomm, Ericsson, and Nokia kicked off the hype about the next G of mobile networks. Everything goes back to artificial intelligence these days, and 6G is no exception. However, there are signs that the AI-connected world we're building will demand more from our mobile networks, and that's where 6G comes in. Specifically, global wide area network (WAN) traffic is expected to jump by between three and seven times by 2034, compared to 2023 traffic data. AI is also going to account for roughly 30% of all network traffic, according to current projections.

The AI takeover will demand faster, lower-latency connections, hence the need to deploy 6G, but it's about more than just raw traffic spikes. Industry leaders see a future where AI agents become the centerpiece of mobile ecosystems. Right now, your phone is the heart of your technology portfolio, and it connects with earbuds, smartwatches, tablets, laptops and more. In the future, AI agents might be orchestrating these hardware categories, connecting them all with streamlined software. This sounds pretty interesting, but if AI agents are working across multiple wireless devices at once, they need fast connections. That's why 6G is being built to address these traffic and speed needs. We're expecting 6G to offer a five times greater traffic capacity than 5G, and 50% higher spectral efficiency for uplink and downlink connectivity. In simple terms, this means your AI devices will be able to connect with each other and cloud servers faster than ever before. 6G will deliver connected experiences that aren't currently possible due to latency limitations. Mobile networking technology evolves every 10 or so years. We can expect 6G to be deployed globally by 2030, though some carriers could launch it in specific regions a year or two earlier. Technical discussions are already underway by industry leaders, including the mobile broadband standards body, the 3GPP. As blueprints take shape, the official requirements for 6G performance will be set by the United Nations International Telecommunication Union Radiocommunication Sector (ITU-R), which will be called International Mobile Telecommunications-2030, or IMT-2030. (Following the decade-long upgrade cycle, 5G was IMT-2020, 4G was IMT-2010, and 3G was IMT-2000.)

6G will elevate public infrastructure in the next decade. 6G will also enable a sensory network which can use RF signals and drones to map out environments, powering new kinds of infrastructure, like self-driving car networks. As self-driving car systems like Waymo become mainstream, you'll need a fast, low-latency network to connect cars to control centers. You'll also need to be able to process data from sensors like cameras, radar, or LiDAR, in a near instant, and 6G will make that possible. The rollout will start with new radios on cell towers and buildings and the build-out of the computer core that orchestrates interactions between the network and the public internet. Naturally, devices will need to support 6G, so you'll eventually have to upgrade to a 6G phone the same way you needed a 5G phone. Every generation of cellular attempts to do two things at a very broad level. It attempts to overcome the limitations of the previous generation, and it attempts to add new functionality which is considered to be important. If your goal was simply to have your phone perform better and get faster speeds, then 5G is a success because your phone now is typically getting in the range of 100 to 200 megabits of downlink. That's why it's pretty easy to load up a YouTube video when you're out and about today. But where 5G had to cut corners was the uplink, and this will be a big focus of improvement with 6G. The goal is to make upload speeds symmetrical with download speeds. Even so, you can expect the usual improvements in download speed as 6G may tap into the Terahertz (THz) spectrum, higher than mm wave used in 5G, though with even shorter range, and, like with every new generation, the number of devices served by a cell tower will also go up.

Robotics is another emerging technology that's not too far away, with companies like Tesla going all-in on humanoid robots which could be controlled remotely. Just like with self-driving cars, robots need a fast and efficient network to work properly. 6G's biggest feature might be its capacity upgrade, as new uses for mobile networks like AI, self-driving cars, and robotics will increase congestion. 5G isn't fast enough, nor does it have enough capacity for the expected traffic spikes. 6G aims to solve both of those problems, and you can expect to see advances in autonomous vehicles, robotics, AI, and spatial computing coincide with the upgraded mobile network when it's ready for a commercial release. Another big feature you'll hear around 6G is “sensing,” also called joint communications and sensing, or JCAS. Think of a network functioning as a radar system, where it can infer the presence of objects and people as high-frequency radio signals bounce back to towers. This could allow operators to know precise locations of objects, their shape and size, how fast they're moving, and what kind of materials they may be made of. “There's a lot of discussion around using the 6G infrastructure when it's deployed to detect the presence of drones flying through the air, vehicles on the ground,” says Richard Burbidge, principal technologist at the Alliance for Telecommunications Industry Solutions. “I wouldn't say everyone is convinced of the business at the end of the day, but some operators see there's going to be business in offering that kind of sensing information to third parties for whatever applications it could be used for.” Naturally, there are significant privacy implications for a network that can precisely detect people, objects and movement without the need for a camera, a similar parallel we've seen with Google's Soli technology, which can detect human movements using radar alone. There's plenty more on the horizon for 6G, whether that's improving power efficiency so that the cell network doesn't consume a large chunk of the global electrical grid or more deliberate integrations with satellites to plug the coverage gaps in terrestrial networks. 

6G will make XR and spatial computing mainstream. Speaking of connected experiences, 6G will go a long way in making mixed-reality XR experiences mainstream. Currently, devices like Meta Ray-Ban Display or Samsung Galaxy XR are bottlenecked by how much data can be transferred to deliver high-quality video, AI processing, and gaming performance. Then it arrives, 6G will improve these experiences by providing higher uplink speeds capable of supporting multiple 4K or 8K video streams. 4G LTE is still in use today in conjunction with 5G, so don't expect 5G to disappear once 6G starts rolling out. Carriers have made it clear that they want 6G to stand on its own two legs, without the kind of previous-gen dependence that we saw with 5G. Uplink is the data you send to the network. Demand for faster upload speeds has been growing for a few years, especially after remote work became the norm during the pandemic and we all came to rely on videoconferencing. Today, increasingly large files are being sent to cloud servers for AI processing, from security camera footage to generative AI photo and video editing. The demand for faster uploads will continue to grow as companies trot out new kinds of mobile devices, like smart glasses, smartwatches, AI wearables, and earbuds, that plug into the cloud. We are uploading a lot more to the network now because of AI. We're shoving unparsed, unanalyzed raw data to a cloud and hoping that AI will figure it out. If you think about it in a mobile context, then you have a problem of how much is being uploaded to the network. 5G also expanded Fixed Wireless Access, with carriers providing 5G home internet instead of fiber optic or cable connections. This will expand with 6G; it's another reason why upload speeds will become a main focus.

Outside of uploads, you'll likely hear a lot more about AI being “integrated into the network.” It's not the same as AI managing the 6G network itself, though that's a separate talking point. Take streaming a movie as an example. You're typically not receiving that stream from your streaming provider's servers, like Netflix. Instead, it comes from a content distribution node, hosted by your internet service provider. ISPs have public distribution nodes all over the network. When you're talking to your AI chatbot, usually your request is sent through your provider to your chatbot company's data centers far away, then it comes back to you, likely with a bit of a delay. With 6G, we may see “AI nodes” in the cellular network, which serve specific regions, distributing the load so that there's not one data center handling millions of requests, a process called edge compute. If we ever get to the point where we have, say, self-driving 18-wheelers, the smart thing to do would be to put the 6G network along the major highways so that at any given time, the self-driving truck is only talking to an edge device that is along the highway. They don't have to clock out into the network; it cuts down on load, and the network can speed up response time. Since most XR glasses and headsets rely heavily on streaming, tethering, or cloud processing to provide features, a high-speed and low-latency mobile network like 6G could make use cases like game streaming or remote desktop control actually usable. It's all about cutting down the time you have to wait for your devices to talk with your phone and the cloud to return a response. So, when you look at something and ask a question while wearing camera-equipped smart glasses, the response will feel nearly instant when 6G arrives.

With 6G already an early focus at events like Mobile World Congress, we're seeing companies hyping it up just like they did 5G. Qualcomm's 6G blog says 6G “represents new paradigms” and suggests new use cases, such as “hologram telepresence, collaborative robots, human augmentation and deeper immersion to the digital and virtual worlds.” There are a lot of lessons learned from the marketing hype of 5G and that a big part of 6G will be a focus on the practical, not the fabulous. We see that with every generation. Especially the earlier in the process, the more hype there is, because the world is our oyster. We'll build a network that can do everything: flying cars, remote tele-surgery. We're also likely to see yet another wave of unfounded health fears surrounding 6G. Every decade, when carriers apply for permits to build towers, there are objections to the process from communities who believe that cellular technology is dangerous, even if there's plenty of evidence that it's safe. 

A New Feature by Google Maps

 New Feature by Google Maps will get every Navigation app requirements   

While there are a plethora of navigation apps, Google Maps remains one of the most widely used options. It comes pre-installed on most Android smartphones, offers an easy-to-use and familiar interface, and works smoothly on Apple's iPhones as well. Over the past few months, Google has been rolling out several new features to Google Maps. While every update is not much useful, some new and existing features have genuinely improved daily commute and travel experiences. Google Maps will soon get a new feature which will significantly improve safety behind the wheel. Most people use navigation apps for turn-by-turn directions, as they can provide detailed guidance on a configured route and make the time spent behind the wheel more convenient. Google Maps also includes a  crowdsourcing component, but the app's wide adoption worldwide allows it to offer functionality which would only be possible with the involvement of local governments or traffic agencies.

However, navigation apps have evolved substantially in the last decade and now provide users with more advanced functionality besides basic guidance. Waze is the best example, as the Google-owned product relies on crowd sourced data to understand what happens on the road and generate warnings for its users. This means Waze users can report traffic hazards such as accidents and broken traffic lights, and mark their locations on the map. The application uses these reports to provide notifications to users whose routes include the flagged locations so they can anticipate hazards. This is the case of a feature announced. Local authorities initially needs to collaborate if they are looking into ways to reduce the number of crashes in accident-prone areas. These locations are known as black spots and local traffic authorities needs to compile and maintain a database of black spots. Now moving this database to Google Maps would let drivers know, running the app can see the location of black spots as they drive. No specifics were shared about how Google Maps will warn drivers about these accident-prone regions. However, the application will likely use an approach similar to other hazards and display the black spots directly on the map.

When drivers approach a flagged location, they might see a warning on the screen, prompting them to approach the area more cautiously and reduce speed. However, since collaboration work is in progress and Google Maps hasn't yet been updated with the black spot database, the exact design and configuration haven't been finalized. The black spots are typically intersections, but they can be located anywhere motorists might encounter missing or damaged road signs or poor road conditions. Google Maps won't be the first app to warn of black spots, albeit it'll be the first app to do so using official data. Waze, the other Google-owned navigation app, can also display notifications for roads with a history of crashes when navigation is enabled. The feature was announced in 2023 and relies on crowd sourced data to determine accident-prone intersections. With more data roaming between Waze and Google Maps, the black spot warnings could also make their way to both Google navigation apps. However, no such announcement has been made. 

Compared to official databases, where traffic authorities compile data based on accident reports, Waze uses information submitted by users and doesn't make a difference between crashes and fatalities. However, Waze's data is particularly useful because it can indicate a higher risk of a crash, so the objective is similar. Traffic authorities in most countries have already erected black spot signs on the side of the road indicating that a section of the road or an upcoming intersection has a history of crashes recorded over a specific period. This means they own a database of roads with a higher risk of crashes, so working with navigation app companies to make the data available digitally in their products is a no-brainer. Until Google Maps gets this update, Waze is the best solution for people who are specifically interested in accident-prone road warnings. The notifications are available on mobile devices and in cars with Android Auto and CarPlay. They are displayed when approaching a flagged location and drivers can disable them from the app's settings menu. However, keeping them enabled is the right approach, especially because these warnings are based on a collection of accident reports, therefore benefiting from higher accuracy.

Following are the some of the important features must be known to all drivers:-

Add home and work for quicker route access

No need to type them every single time

Setting up home and workplace in Google Maps

If you use Google Maps to navigate to your workplace or home every day, this feature is a must. Google Maps lets you save your home and work addresses directly in the app. Whenever you're on the road and need directions, you can simply tap Home or Work without manually searching.

To set your home and work locations in the Maps app, follow these steps:-

In Google Maps, tap your profile icon at the top right and go to Settings.

Select Edit home or work.

Choose the one you want to set or edit, then either type in or manually set the address.

Find places that match your dietary needs

Ideal for all type of selections

Setting dietary preferences in Google Maps

Google Maps is easily one of the best tools to find restaurants and cafes. You can filter locations by ratings, cuisine, accessibility and more. But one underrated Google Maps option is that you can also tweak Google Maps to automatically show only those restaurants and eateries around you which match your dietary preferences. This means if you're vegan, vegetarian or prefer halal, gluten-free or other options, Google Maps can filter results automatically. Here's how to set it up:-

In the Google Maps app, tap your profile icon at the top right.

Go to Settings.

Select Manage your preferences, then tap Dietary preferences.

Now choose from options like alcohol-free, halal, kosher and more.

Save your parking spot with just a single tap

Never worry about finding your car again

Saving parking location in Google Maps

This generally happens to all drivers. You enter a multi-storey parking lot, park your car and then completely forget where you parked, only to wander around until you finally remember. Thankfully, Google Maps includes a simple feature which lets you save your car's parking location easily. It's straightforward to use, and here's how:-

Open Google Maps on your phone after parking your car.

Tap the blue dot which shows your current location.

Select Save parking from the menu.

Optionally, you can also add details like notes (for example, "0 Level, Pillar J11") and even set a reminder to move your car later if needed.

Customize public transit with smart filters

Less walking, fewer transfers, lowest cost, it's your choice..

Setting public transport preferences in Google Maps

One of the best features of Google Maps is how easily it helps you get around using public transport, even in a completely new place. You don't need to download a separate transit app, since Google Maps can handle it for you. What many people miss, though, is that Maps also lets you customize your public transport journey based on your preferences. For example, if you prefer taking the metro over buses, you can set that. Similarly, if you'd rather take the fastest route, even if it means changing lines more often, you can do that too.

Filter locations with the "Open now" toggle

Perfect when you're rushing or it's late

Using the "Open now" filter in Google Maps

in a situation where you're traveling to a new place, and the restaurant opening hours aren't the same as what you're used to. You find a great spot to eat nearby, only to discover it's closed. In such cases, the "Open now" filter on Google Maps would save your time. This feature works when you search for things like "cafes" or "pharmacy." Once the Google Maps results show up, just tap the "Open now" filter. It will narrow down the list to only show places which are open at that moment, making it much easier to choose where to go. It's such a simple feature, but it's a total lifesaver when you're in a rush or when places are about to close. Follow these steps:-

Open Google Maps and enter your destination.

Tap the public transport tab.

Tap the gear icon to open transport settings.

Choose your preferences, such as fewer transfers or wheelchair access, and Maps will adjust your route accordingly.

You can also set an arrival time in Google Maps when planning your journey. Just tap the "Leave by" or "Arrive by" option after entering your destination. This way, Maps will tell you exactly when to leave to reach your destination on time. 

Send directions straight to your phone

Cross-device sync is underrated

Send Google Maps listing to phone from laptop

This is one of the most underrated features on Google Maps. Whenever you're searching or planning a trip itinerary on your laptop, you can directly send the Google Maps listing to your phone for quick access. Just make sure you're signed in to the same Google account on both devices. Once you find a route or location, you'll see an option to "Send to phone." Tap it, and you'll instantly get a notification on your phone that opens the location or route directly in the Maps app. It's a great way to plan ahead without having to retype anything later. You can use this all the time while trip planning or browsing places during work.

All in all, Google Maps offers a range of features which make both everyday travel and trips to new places or countries much easier. But these aren't the only useful tools. There are plenty of other features, such as offline maps and incident reporting, which makes Google Maps even more helpful for navigation.

Scientists Break Internet Speed Record in Japan

 Researchers in Japan create Internet so fast, you can download Netflix’s entire library in just 1 second

In a landmark achievement which could reshape the future of digital communications, Japanese researchers have set a new data transmission speed record of 1.02 petabits per second, highlighting the potential for unprecedented advancements in internet infrastructure and usage. The National Institute of Information and Communications Technology (NICT) in Japan has set a ground breaking record with a data transmission rate of 1.02 petabits per second (around 127,500 GB/s) over 1,802 km's (about 1,120 miles). Researchers have transmitted long-distance data at faster than 350,000 times the average US broadband internet speed. Following are the some of the important points:-

 Japanese researchers set a new data transmission speed record of 1.02 petabits per second.

Future 6G standards could be influenced by this technology, promising unprecedented speeds for consumers globally.

The innovation relies on a special fibre optic architecture and wavelength-division multiplexing to maximize data throughput.

Potential applications span multiple sectors, including artificial intelligence and virtual reality, with near-instantaneous data exchanges. 

A team of Japanese researchers has set a new data transmission speed record, potentially revolutionizing telecommunications. This extraordinary leap could drastically change how we interact with digital technologies. The research, conducted by the National Institute of Information and Communications Technology (NICT), achieved a staggering transmission speed of 1.02 petabits per second. Such a rate would allow an entire Netflix library to be downloaded in just one second, showcasing the potential for transformative shifts in data usage and internet infrastructure. It’s around 3.5 million times faster than the average US fixed broadband internet connection, which was around 289 Mbps according to Speedtest as of May 2025. At this new record-breaking speed, you could download the entire Netflix library in under a second. The cornerstone of this achievement lies in a special type of fibre which allows for an unprecedented multiplication of transmission channels. This innovative architecture enhances capacity without increasing the physical bulk of the cables. The process relies on wavelength-division multiplexing, a technique which uses different colours of light to carry data. Over 800 channels were combined, maximizing throughput while minimizing energy loss. This remarkable performance was validated over a distance of 1,800 km's, demonstrating its feasibility for long-distance applications. Unlike previous records, this technology is designed to be compatible with existing network infrastructures, presenting a practical path forward for widespread implementation.

The key to the record is a new optical fibre with 19 cores, which are installed in a cable with a diameter of just 0.125 mm's (the standard size for existing networks). Compared to conventional cables with one core, this fibre transmits 19 times more data with minimal data loss due to uniform light conduction. For transmission over the 1,120-mile distance, comparable to New York to Chicago, the signal was amplified 21 times. The implications of this technological breakthrough are vast, with potential applications spanning multiple sectors. Such a data rate could enable the transfer of entire data libraries in mere seconds, providing a significant advantage to research centres and businesses engaged in massive data processing. Fields like artificial intelligence and virtual reality stand to benefit immensely from this advancement. The environmental impact of deploying new fibre optic systems at this scale must also be considered. Balancing technological advancement with sustainability will be crucial to the responsible implementation of these innovations. The long-term success of this technology will depend on addressing these challenges while continuing to push the boundaries of what is possible in telecommunications.

Data exchanges between remote servers could become nearly instantaneous, eliminating current latency constraints. Although this technology is presently reserved for professional infrastructures, it holds the promise of influencing the evolution of public networks. Future 6G standards might draw inspiration from these developments to offer unprecedented speeds to consumers. The new record more than doubles the previous year’s figure of 50,250 GB/s. In 2023, the NICT team achieved similar speeds but only over a third of the distance. Advances in signal amplification and reduction of data loss are what made this new range possible. While the potential benefits are immense, the path to widespread adoption of this technology is not without challenges. Integrating such high-speed data transmission into existing infrastructures will require significant investment and collaboration across industries. There is also the matter of ensuring data security at such high speeds, necessitating advancements in cyber security measures.

The technology could meet the growing demand for data worldwide, as data volumes have been increasing by about 50% annually according to Nielsen’s Law. This record-breaking achievement marks a significant milestone in the evolution of telecommunications. As researchers continue to refine and expand upon these technologies, the future of data transmission looks increasingly promising. The ability to transfer massive amounts of data at unprecedented speeds could redefine how we connect, communicate and conduct business. As the world becomes more interconnected, the demand for faster, more reliable internet will only grow. This breakthrough offers a glimpse into what the future could hold, with the potential to reshape industries and enhance global connectivity. How will societies and industries adapt to harness the full potential of these technological advancements, is still to be seen. In general, the new technology is exciting and also interesting for countries where fibre optic expansion is stagnating.

Apple's 18.8-Inch Foldable Device

 Apple's 18.8-inch foldable device rumoured to be delayed

While a lot of rumours have recently converged upon the fact that Apple's first foldable iPhone is coming in late 2026, or perhaps early 2027 at the latest, a foldable iPad - or Mac - with an 18.8-inch screen also used to be talked about a lot. At one point this was even said to be the first folding-screen Apple device to reach the market. Along with the iPhone 18 Fold expected to launch in late 2026, Apple is working on a larger-screened foldable device that could be a MacBook-iPad hybrid of some sort. According to one analyst, both devices were set to enter mass production towards the end of next year, but a new report now suggests the larger model is further away than originally thought.

"On the other hand," writes Pu, "the 18.8-inch foldable device is likely to be postponed." The analyst offered no reason for the expected delay, but the report suggests the device will no longer enter mass production in the fourth quarter of 2026 for a likely 2027 release, as previously indicated. A new report from GF Securities analyst Jeff Pu claims we'll be waiting a lot for this device to actually arrive. Specifically, Pu, who's well versed in Apple-related information, says the larger foldable has been delayed by Apple internally. In a research note reflecting on Apple's recent third-quarter earnings, analyst Jeff Pu said he expects "limited innovation" from Apple in its upcoming iPhone 17 lineup. Instead, Pu reserves his excitement for the iPhone 18 Fold, for which he has seen "intact progress" in the supply chain pointing to a release in the second half of 2026.

Whereas, Bloomberg's Mark Gurman believes that Apple is working on a foldable ‌iPad‌ with a 20-inch display which will come out in 2028, while analyst Ross Young has said that he expects a foldable tablet-like device in 2026 or 2027, so it's safe to say there's uncertainty about a launch date. There also appear to be conflicting reports about what kind of device the larger foldable will be. This means it will no longer enter mass production in Q4 2026 for a likely release in 2027. Unfortunately, Pu hasn't gone into more detail about how long the delay is going to be. Pu believes the foldable device that Apple is working on will be a MacBook-iPad hybrid with a touch-based screen and support for macOS. Apple analyst Ming-Chi Kuo has also referred to Apple's larger foldable device as a MacBook. Another previous report said in December that Apple is working on a 19-inch MacBook with a foldable screen.

However, Gurman has referred to Apple's large-screened foldable device as an ‌iPad‌, as has research firm Omdia. Whether the large-screened foldable is ultimately an ‌iPad‌ or a Mac will come down to the operating system which Apple is planning to use. If the device runs macOS, it'll be in the Mac family, and if it runs iPadOS, it'll be in the ‌iPad‌ family. Gurman has claimed that some of the design updates which Apple has made in iOS 26 and macOS Tahoe to unify the operating systems will pave the way for foldable devices and touchscreen Macs, so a hybrid is also a possibility. All in all, the details of Apple's larger foldable device remain murky. That's in contrast to rumours about Apple's smaller book-style foldable iPhone, which have recently been converging on a 2026 release. It's still unclear if this will be an iPad or a Mac, by the way, but anyway it's a device with a folding screen, and one that's bigger than the foldable iPhone will be. 

Lenovo’s solar-powered laptop

 Lenovo introduces solar-powered laptop, charges directly from the Sun, could be a game changer for battery longevity

Laptop running low on charge? Forget lugging a cable around or searching for power points, simply find a sunny spot. Lenovo unveiled an experimental solar-powered laptop. The Lenovo Yoga Solar PC with solar panels fitted on back of device pictured at Mobile World Congress (MWC) 2025 in Barcelona, Spain. In a bold leap towards sustainable technology, Lenovo has unveiled its innovative Yoga Solar laptop, harnessing the power of the sun to redefine portable computing. Following are the some of the important points:-

Lenovo introduces the Yoga Solar laptop, featuring mini photovoltaic modules for solar charging.

The Yoga Solar is a prototype that emphasizes environmental responsibility in tech innovation.

The solar panels serve as a complementary power source, not a replacement, offering versatility and sustainability.

A high 24% solar conversion rate allows for efficient power generation with just 20 minutes of sunlight.

This is the idea of Lenovo's Yoga Solar PC, which features solar panels on the rear of the laptop to convert sunshine into power, with the firm claiming that just 20 minutes in the sun is enough to power an hour of video playback. In a ground breaking revelation, Lenovo has introduced a concept which could potentially revolutionize how we perceive laptop power sources. The Lenovo Yoga Solar is an innovative laptop embedded with mini photovoltaic modules, offering a glimpse into a future where solar energy plays a crucial role in everyday technology. This novel approach not only challenges conventional power methods but also suggests exciting possibilities for sustainable tech solutions. While still in its conceptual stage, the Lenovo Yoga Solar is already sparking curiosity and discussion among tech enthusiasts and environmental advocates alike.

The design was shown off at Mobile World Congress in Barcelona, but the laptop remains a proof of concept. The Lenovo Yoga Solar stands out not just for its typical specifications but for its unique approach to energy consumption. While it boasts impressive features such as a 50.2 Wh battery, 1 TB of storage and 32 GB of RAM, the real innovation lies in its power system. The laptop is equipped with 84 small solar cells designed to extend the device’s battery life. These modules are integrated into the laptop’s casing, ensuring that they do not detract from its sleek design. The Yoga Solar maintains the standard dimensions of a typical laptop, making it a practical yet revolutionary device. Under direct sunlight, the Lenovo Yoga Solar can achieve remarkable results. A mere 20 minutes of solar exposure can provide up to an hour of 1080p video playback. This efficiency is attributed to a 24% solar conversion rate, which is notably high given that current solar modules typically have conversion rates between 20% and 26%. The technology behind this efficiency is the back contact cell configuration, where the mounting supports and grid lines are placed behind the solar cells. This design optimizes light capture, enhancing power production.

By harnessing the power of the sun, the Yoga Solar provides an alternative to traditional energy sources. This concept could potentially transform the way we think about energy consumption in portable devices. As the world moves towards more sustainable practices, Lenovo’s initiative could pave the way for a new era in technology. This performance showcases the potential of integrating solar technology into consumer electronics. By offering a renewable energy source, the Yoga Solar not only enhances its functionality but also emphasizes the importance of environmental responsibility in tech innovation. Likewise, as we endeavour to redefine the boundaries of power in technology, we must ensure that it continues to be a positive force. This dual power approach ensures that users are not solely reliant on solar energy. It provides a versatile and reliable power solution, making the Yoga Solar an appealing option for those seeking sustainability without sacrificing convenience.

Despite its innovative solar capabilities, the Lenovo Yoga Solar is not designed to replace traditional charging methods entirely. The solar panels serve as a complementary power source, particularly useful in situations where conventional outlets are unavailable. Lenovo claims that the solar system can recharge the laptop up to 86%, and it can even charge under indirect sunlight. Additionally, an integrated system automatically adjusts the charger settings to prioritize solar energy when available. The question remains whether this concept will eventually enter the market. Nevertheless, Lenovo’s innovation has sparked discussions about the future of sustainable technology and the potential for integrating renewable energy sources into mainstream consumer electronics. As we look forward to a future where technology and sustainability go hand in hand, the Lenovo Yoga Solar stands as a testament to what is possible. The Lenovo Yoga Solar, while promising, is still a prototype. Several challenges remain before it can be widely adopted. One of the primary issues is managing the heat generated during solar charging. Lenovo has acknowledged this challenge and is working towards finding a solution. Additionally, the reflective surface of the laptop’s cover, due to the solar modules, might be a design consideration for potential users.

Alongside that glimpse at a smarter future for mobile working, Lenovo also unveiled new laptop designs which are focused on AI: a pair of Lenovo Yoga Pro Aura Editions and a "future-proofed" Lenovo IdeaPad Slim 3x. The new laptops highlight the PC industry's shift to "AI powered" devices, with the Aura line focused on bringing AI to the Lenovo line up via a partnership with Intel, which has struggled amid the rise in AI. "As we push the limits of AI innovation higher than ever, it is important to remember that delivering access to AI for all is equally a core tenet of Lenovo’s philosophy," said Jun Ouyang, Lenovo’s SVP and GM of the consumer segment, intelligent devices group. As Lenovo continues to develop this intriguing concept, the potential impact on the tech industry and the environment is profound. Could the Yoga Solar be the catalyst for a new wave of eco-friendly technology? And how will this influence the direction of future innovations in the field? The answers to these questions will shape the next chapter in the story of sustainable technology around the world.

Threaded Replies for iOS

 WhatsApp beta for iOS 25.19.10.80 : Threaded Replies for iOS under testing  

WhatsApp has released a new iOS update through the TestFlight beta Program, bringing the version up to 25.19.10.80. WhatsApp has begun testing support for threaded message replies on iOS, expanding a feature previously only available on Android. It's a feature to organize message replies into structured threads, and it will be available in a future update. As reported, the feature is now under active development in the WhatsApp for iOS beta, which is available to users through TestFlight. While the feature is not yet functional for end users, its appearance in the latest beta indicates that a public release could be in the near future.

In the WhatsApp beta for Android 2.25.7.7 update, it was announced that a feature to organize message replies into threaded conversations is under development. This feature will allow users to view and follow replies grouped under the original message, enabling a more structured and coherent chat experience. By keeping related responses connected in a dedicated thread, users can easily navigate conversations without losing context, especially in busy group chats. It appears that WhatsApp now intends to bring the same message reply functionality to iOS users in the future, ensuring a consistent experience across both platforms. Following the release of the latest WhatsApp beta for iOS 25.19.10.80 update, which is available on the TestFlight app, WhatsApp is working on a feature to organize message replies into structured threads. Threaded message replies will allow users to respond to specific messages in a structured format, separate from the main chat feed. This is different from inline replies, which still show in the main feed. The feature should enable clearer conversation tracking when multiple discussions occur simultaneously in the same chat.  WhatsApp is exploring the implementation of a feature that will display a dedicated screen showing all replies associated with a specific message, scheduled for release in a future update. Each message bubble will include a small indicator showing the number of replies contained in its associated thread. This detail will allow users to understand how many responses are connected to a particular message, without needing to open the thread.

The feature works by displaying a small reply counter on any message which has received responses. By tapping, users will be able to open a new screen which displays all replies related to the original message in an organized view. This makes it easier for users to track discussions, especially when conversations become lengthy or fragmented. Within this new screen, users will not only be able to read all the replies but also send a new reply directly, which will automatically be added to the same thread. This ensures continuity and keeps related messages neatly grouped together. This feature will helps users track conversations more efficiently. Instead of scrolling through an entire chat history to find all responses to a particular message, users can just open the thread and focus on the specific discussion. Additionally, this functionality is especially useful in group chats, where a high volume of messages can make it difficult to follow individual replies. When several participants respond to the same message, threads will help avoid confusion by organizing responses in one place.

Users will no longer have to scroll through the entire chat history or search for the original message manually just to understand what a reply is referring to. Instead, they will be able to open a dedicated thread view which clearly displays the full sequence of responses connected to the initial message. This organized view will help preserve the flow of conversation and reduce confusion, particularly in situations where several users are replying simultaneously. A feature to organize message replies into structured threads is under development and it will be available in a future update of the app. WhatsApp typically conducts staggered rollouts for major features, and further beta releases are likely before full public availability.

CamScanner availability with WhatsApp update

 Built-in Document Scanner by WhatsApp after latest update 

WhatsApp is working on a document scanning feature for Android devices, as revealed in its latest beta update version 2.25.18.29 released through the Google Play Beta Program. The feature, currently under development, is expected to be available in a future release. WhatsApp has introduced a new document scanning feature which allows users to scan and share documents directly within the app, eliminating the need for third-party apps like CamScanner. The feature is currently rolling out for iPhone users with version 24.25.80 of WhatsApp. With the update, users can access the scanner by tapping the “+” icon inside any chat, selecting “Document,” and then choosing the “Scan Document” option. The built-in scanner uses the phone’s camera to capture the document, automatically detects edges and offers options to crop, adjust margins, enhance brightness and apply filters.

This document scanner feature was initially introduced to iOS users earlier this year, allowing them to scan and send documents directly within chats. The Android version appears to be identical, offering users the ability to scan documents using their phone’s camera without needing external apps. This means you will no longer need apps like CamScanner to scan a document on your phone to share it around. According to details available in the update, users will be able to select a new “Scan document” option in the file-sharing menu. Once selected, the phone’s camera will open with two capture modes: manual and automatic. Manual mode gives users control over when to take the photo, allowing for precise framing. Automatic mode detects document borders and captures the image without input, making it a faster option.

After capturing the image, WhatsApp will automatically convert it into a PDF file, ready to be sent in chats or groups. The process uses native Android APIs, ensuring all operations occur on the device. Files are shared only when explicitly sent by users and remain protected by WhatsApp’s end-to-end encryption. Users can also scan multiple pages in a single session and merge them into one high-quality PDF file. This integration simplifies the process of scanning contracts, receipts, forms or handwritten notes without needing to rely on external apps. Although the feature is initially available for iPhone users, WhatsApp plans to extend it to Android devices and WhatsApp Business accounts also soon. 

The update is expected to be especially useful for professionals, students and businesses looking for a simple and secure way to scan and share documents directly through WhatsApp. The feature is not yet available for public testing, but its development has been confirmed. WhatsApp plans to roll it out in a future update, with further details expected in the near future.

Xiaomi HyperOS 2.3

 Xiaomi HyperOS 2.3 Update with stable rollout in July : Feature List

Xiaomi is working on the HyperOS 2.3 software version, and it seems the company will start rolling out this build in July 2025. A recent piece of information suggests that the Chinese OEM is speeding up the software development for its devices. According to reports available, the company will start releasing the Android 16-based Xiaomi HyperOS 2.3 software version for its eligible phones in July this year. HyperOS 2.3 update is set to deliver the most significant advancement in the company’s custom Android experience, featuring Android 16 as its foundational base. This major system upgrade builds upon the existing HyperOS 2.2 framework while introducing enhanced security protocols and refined user experience elements. The update represents Xiaomi’s commitment to providing cutting-edge software experiences which leverage Google’s latest Android innovations, though the primary focus remains on security enhancements rather than revolutionary new features. Users can track their device compatibility and update eligibility through official channels and dedicated tracking applications.

The tech giant has already begun testing the new build for the flagship Xiaomi 15 smartphone in China and global markets. Perhaps it will open the stable rollout after two months, following the completion of the current testing phase. Currently, Xiaomi is testing this version on only one device, as other models are busy exploring the HyperOS 2.2 update and its interesting features. Although the company will soon initiate the new build testing for other handsets. As far as features are concerned, HyperOS 2.3 will uproot over Android 16. It will likely bring new changes for the security and privacy sections, a more improved system performance, battery advancements and updated UI customizations. The most significant enhancement in HyperOS 2.3 revolves around its Android 16 foundation, which provides improved system stability, enhanced performance optimization and most importantly, advanced security measures which protect user data and privacy. HyperOS 2.3’s security improvements include:-

Enhanced privacy controls and security features

Advanced encryption protocols for sensitive data protection

Improved app permission management system

Improved system performance and battery optimization

Enhanced biometric authentication security

Strengthened system-level protection against malicious applications

Updated user interface elements and animations

Advanced notification management system

The HyperOS 2.3 update will be exclusively available to devices which are eligible for the Android 16 upgrade. This selective rollout ensures optimal performance and compatibility across Xiaomi’s device ecosystem while maintaining system stability. Eligible Device Categories include:-

Compatible tablets and other smart devices in Xiaomi’s ecosystem

Flagship smartphones from recent generations

Select mid-range devices with adequate hardware specifications

Building on HyperOS 2.2 Foundation

While Google has not introduced specific new Android features exclusively for Xiaomi’s HyperOS implementation, the Android 16 base provides access to all standard Google services and security updates. The integration focuses primarily on maintaining system security and ensuring compatibility with Google’s ecosystem services. HyperOS 2.3 enhances the already robust feature set introduced in HyperOS 2.2, which includes advanced customization options, improved system performance, and refined user interface elements. The new version maintains compatibility with existing features while adding the security and performance benefits of Android 16.

Users can determine their device’s Android 16 compatibility and HyperOS 2.3 eligibility through the MemeOS Enhancer application available on the Play Store. The app provides immediate visibility into update status upon launch, along with access to hidden Xiaomi features, system app updates and direct update access from the device screen. For comprehensive information about HyperOS 2.2 features which serve as the foundation for version 2.3, users can reference detailed feature breakdowns and compatibility guides available through official Xiaomi channels for all around the world.