The tech giant has unveiled an innovative software solution that allows users to easily access local documents and online content using a simple keyboard shortcut. This feature significantly improves navigation within the device.
Although the company rarely releases tools specifically for desktop platforms, this time it decided to expand the availability of its services. The new product offers functionality similar to the popular Spotlight feature found on Apple’s operating system.
Activation is done by pressing the “Alt + Space” keys, after which a search bar appears. Users can search local apps, cloud-stored data, as well as information available online through this interface.
What sets this tool apart is the integration of advanced artificial intelligence, enabling near-instant access to requested content, further enhancing daily productivity.
In addition to core features, the tool includes the Google Lens utility. It allows users to recognize on-screen content, translate text, copy information, perform visual searches, and solve basic math problems.
However, availability is currently limited. The tool is in an experimental phase, supports only the English language, and is accessible exclusively in the United States. Users in the Balkans and surrounding regions will have to wait for the official global release.
The upcoming Xiaomi 17 Pro has drawn significant attention following the reveal that it will feature an additional display on the back. This detail was confirmed by well-known tech insider Ice Universe, who shared a promotional video of the device on social media platform X. This innovation highlights the company's focus on design and functionality in the premium smartphone market.
The official launch of the Xiaomi 17, 17 Pro, and 17 Pro Max is scheduled for later this month. The company previously confirmed the event date, and a range of details about the new models has already leaked ahead of the announcement. Notably, the higher-end versions will include a rear display, setting them apart from the standard model.
The Xiaomi 17 Pro will be equipped with a 6.3-inch OLED panel featuring ultra-thin, symmetrical bezels, offering a modern look and enhanced user experience. The display promises sharp visuals and vibrant colors, making it ideal for multimedia content and everyday use.
At its core, the device will be powered by the latest Snapdragon 8 Elite Gen 5 processor, ensuring top-tier performance and energy efficiency. This chipset allows for smooth multitasking and quick operation of demanding applications, making the phone suitable for both gaming and professional tasks.
In terms of photography, the Xiaomi 17 Pro will feature a triple rear camera system developed in collaboration with Leica. The main sensor offers 50 MP resolution with a wide f/1.67 aperture, accompanied by an ultra-wide lens with a 17 mm focal length. The telephoto unit supports 5x optical zoom and has an f/3.0 aperture, giving users a versatile photography experience in various conditions.
Negotiations over TikTok's ownership remain active, and the future of the popular platform is still unresolved. A new arrangement may allow U.S. investors to take control of operations, while key technological components would remain under Beijing’s authority.
According to sources familiar with the matter, a preliminary agreement has been reached between the two sides, allowing the U.S. to assume operational control without transferring sensitive elements. At the center of attention is the sophisticated system behind content personalization, which would stay under Chinese ownership.
Reports indicate that part of the deal would involve licensing the technology and intellectual property, enabling use of the algorithm without transferring full control. The specifics of this arrangement are still being finalized, suggesting the deadline for a final decision may be extended.
Further coordination between the two powers is expected in order to finalize the technical and legal aspects. According to U.S. media, the American legislative body will play a crucial role in approving the final version of the deal.
Some analysts point out that development of a U.S.-specific version of the app is already underway, aiming to enable mutual content sharing between users both domestically and internationally. This would potentially open new opportunities for local creators to reach a broader audience.
It remains unclear which company or investment group will take over TikTok’s American operations. Previous speculation included major tech industry names, but no official confirmation has been provided yet.
DJI has unveiled its latest ultra-light drone, the Mini 5 Pro, as the successor to the Mini 4 Pro. This advanced device targets professional photographers and content creators seeking high performance in the sub-250g weight class, while also being user-friendly enough for beginners who want an all-in-one solution.
A key hardware upgrade is the 1-inch sensor, capable of capturing high-resolution 50MP photos and offering 2x hybrid zoom. As with previous models, the camera can switch between landscape and portrait orientation and can rotate up to 225 degrees. This flexibility resembles features found in higher-end models like the Mavic 4 Pro.
One of the major improvements is the addition of LiDAR technology, enabling superior obstacle detection even in low-light environments. This upgrade allows the drone to safely avoid transparent or hard-to-see objects such as glass surfaces, something that traditional optical systems may struggle with.
The next-generation return-to-home system can now function with as little as 1 lux of ambient light—equivalent to typical street lighting—compared to the previous 15-lux requirement. Additionally, the drone can now return home without satellite assistance, as long as there is adequate daylight.
Subject tracking software has been enhanced with the new ActiveTrack 360 feature, which uses AI to follow moving targets more intelligently. The system now supports more dynamic flight paths, even when the subject is riding a bicycle or moving unpredictably.
Sales have already begun in European markets. The basic package with a battery is priced at €799. The Fly More Combo, which includes additional accessories and controllers, costs €999 with the DJI RC-N3 controller, or €1,129 with the RC-2 controller.
The Cygnus XL spacecraft encountered a thruster issue in orbit on September 16, just two days after launching atop a SpaceX Falcon 9 rocket. The mission, which was intended to deliver supplies and equipment to the International Space Station (ISS), has now been temporarily delayed.
Due to an unexpected shutdown of the main engine during two critical burns required to raise the spacecraft’s orbit for rendezvous with the ISS, Cygnus XL failed to reach the correct altitude. As a result, its arrival at the station—originally scheduled for September 17—has been postponed, with a new date still under review.
NASA confirmed that all other systems aboard Cygnus XL are functioning normally, offering hope that the mission may proceed after further analysis and corrective action. While the propulsion anomaly occurred, the spacecraft’s control and communication systems remain operational.
This mission, designated NG-23, was intended to be Northrop Grumman’s 23rd cargo delivery to NASA’s orbital platform. However, the previous mission—NG-22—was canceled after the spacecraft was damaged during ground transportation to the launch site.
Cygnus is one of three active cargo vehicles supporting the ISS, alongside SpaceX’s Dragon and Russia’s Progress. Unlike Dragon, which is reusable, both Cygnus and Progress are designed for single use and burn up upon re-entry into Earth’s atmosphere.
The Cygnus XL model flying this mission is named S.S. William “Willie” McCool, in honor of the astronaut who perished in the 2003 Columbia shuttle disaster. Once successfully docked, the vehicle is expected to remain attached to the station until March 2026, after which it will depart and burn up during re-entry.
Elon Musk believes that establishing a functional human settlement on Mars within the next thirty years is achievable, but he emphasizes that it will require significant technological advancements in heavy-lift space transportation. During his appearance at the All-In Summit on September 9, 2025, Musk highlighted the need for exponential growth in cargo capacity to Mars with each planetary launch window, which occurs approximately every two years.
For the colony to become truly self-sufficient, it must have everything necessary for survival and development—from housing infrastructure and robotics to food production, fuel synthesis, and even microchip manufacturing. According to Musk, achieving this will depend on the ability to consistently deliver large volumes of equipment and resources, primarily through the use of SpaceX’s next-generation rocket—Starship.
Starship is designed as a two-stage system—the lower stage called Super Heavy and the upper stage referred to simply as Ship. Both are made of stainless steel and powered by third-generation Raptor engines, which burn methane and liquid oxygen—fuels that can also be produced on Mars. The system is intended to be fully reusable, which marks a major innovation compared to earlier rocket technologies.
Ten test flights have already been conducted, with the latest mission successfully delivering payload—eight prototype Starlink satellites—into orbit for the first time. Musk announced that the next launch will be the final flight of Version 2, after which Version 3 will be introduced. This upgraded model will be capable of carrying over 100 tons of cargo and represents a major leap forward in achieving long-term goals.
Although notable progress has been made, challenges still remain—particularly in developing a heat shield that can survive multiple atmospheric reentries without damage. Musk admits that no system to date has achieved full reusability of this component, but he remains confident that SpaceX will soon overcome this hurdle.
The ultimate vision includes launching increasingly advanced versions of Starship, including larger variants, aimed at transporting massive amounts of cargo necessary for establishing a permanent presence on Mars. Musk stresses that building a self-sustaining base is crucial for the long-term survival of humanity, as only a multiplanetary civilization has a real chance of enduring potential global catastrophes that could one day threaten life on Earth.
During the Made on YouTube 2025 event, numerous innovations were introduced to help content creators simplify their workflow. The focus was on the use of artificial intelligence to assist them in creating, editing, and publishing content more efficiently, particularly in the YouTube Shorts format. Google integrated its advanced tool, DeepMind Veo 3 Fast, which can automatically generate visual backgrounds and enhance scenes with props.
One of the most striking features is the ability to turn raw footage into edited video drafts automatically, along with tools for motion tracking and restyling. Additionally, a speech-to-song function was introduced, allowing creators to convert spoken dialogue into music tracks, opening up new creative possibilities in short-form content.
YouTube also launched an interactive tool called Ask Studio, which functions as an AI assistant for creators. Its purpose is to optimize workflows, provide engagement analysis through A/B testing, and automate content synchronization. This system offers personalized suggestions and supports decision-making in the content creation process.
For livestreaming and podcasts, additional features have been introduced to help creators reach broader audiences and enhance viewer interaction. Podcasters can now use AI to automatically extract engaging clips from full episodes, while DeepMind Veo will be used to generate customizable video visuals from audio files, making it easier to present content visually.
Monetization has been further enhanced through the integration of direct links in Shorts videos, allowing creators to connect viewers directly to brand websites. YouTube Shopping will also expand to more markets, supported by AI that automatically identifies and tags products for easier promotion. These innovations will roll out gradually by the end of 2025 and into early 2026.
Most users rarely remember their wireless network credentials because smartphones automatically reconnect once configured. However, certain situations may require retrieving those details—such as when guests visit, setting up a new device, or helping a family member connect. Instead of searching through paperwork or checking the back of your router, your Android phone likely already stores everything you need.
On most devices, saved Wi-Fi information can be accessed through the wireless settings menu. Simply open the settings, select the current network, and find the option to share via QR code. The password is usually displayed beneath the code. Depending on the system version, biometric confirmation or a security PIN might be required to view it.
Some phones offer additional features through advanced menus. For example, users of Samsung, Xiaomi, or OPPO phones can browse a list of previously connected networks and retrieve details for each. These tools make managing network access easier, without the need for extra apps or equipment.
In addition to viewing, Android allows for fast sharing using QR codes. This enables others to connect by simply scanning the code with their camera—eliminating the need to type in long or complex passwords and reducing the chance of errors.
It's important to understand that easy access to Wi-Fi credentials also comes with certain security risks. If someone gains physical access to your unlocked phone, they could potentially retrieve sensitive data. That’s why it’s wise to use strong screen lock methods, keep your system updated, and periodically change critical Wi-Fi passwords for added protection.
Without much media attention, Nokia and HMD Global have quietly agreed to extend their licensing agreement for manufacturing classic mobile devices, also known as “dummy” phones. The new expiry date has been pushed three years forward, meaning the partnership will now last until the end of 2029. Reliable sources confirm that the deal is in place, although neither company has issued an official statement.
The primary reason behind the continuation of this collaboration lies in HMD’s strong position in the Indian market, where it currently holds over 20% market share in the feature phone category. In terms of revenue, that share exceeds 30%, further highlighting the segment’s importance. In 2024 alone, over 54 million basic phones were sold in India, making it the world’s largest market for devices many believed were obsolete.
For Nokia, the renewed agreement secures brand visibility in a segment it once dominated on a global scale. It ensures continuity for a name that still holds significant symbolic and commercial value, despite major industry changes. On the other hand, HMD continues to benefit from using a name that resonates strongly with both urban and rural consumers.
However, HMD's ambitions go beyond simply leveraging the Nokia label. The company has announced future product lines that will include its own branded smartphones and tablets, as well as devices co-developed with external partners. This marks a clear move toward expanding and diversifying its portfolio.
One example of such collaboration has already appeared in the form of a rugged smartphone created for Bittium and Nokia. These upcoming devices will feature a redesigned Nokia logo, and users can expect the brand name to remain present in various forms for years to come.
Researchers from University College London (UCL) and the Nuffield Department of Clinical Neurosciences at the University of Oxford have developed a groundbreaking technology that opens a completely new chapter in brain research and the treatment of complex neurological conditions. The new ultrasound system allows for highly precise stimulation of deep brain regions without any need for surgical intervention. This method marks a significant advancement over previous approaches and offers numerous possibilities for treating conditions such as Parkinson’s disease and depression.
Modulating brain activity has long been one of the key goals of modern neuroscience. However, existing non-invasive methods have had limitations—they were either not precise enough or unable to reach internal structures. This new technology uses transcranial ultrasound stimulation (TUS), an advanced technique that delivers gentle mechanical pulses to either activate or suppress neural activity in very specific areas.
Unlike earlier solutions, this device can target regions up to 1000 times smaller than those accessible with previous methods. It consists of 256 precisely directed ultrasound emitters arranged inside a helmet-like frame, while a soft plastic face mask ensures the subject’s head remains still during treatment. The research team successfully tested the system on human participants, focusing on the lateral geniculate nucleus (LGN), a small structure in the center of the brain responsible for transmitting visual information to the cortex.
In the first test, participants observed a flickering checkerboard visual stimulus, which was used to activate the visual system. When combined with ultrasound pulses, this triggered increased activity in the brain's visual centers, as confirmed by functional MRI scans. A second experiment showed that this effect could last for up to 40 minutes, with long-lasting changes in neural activity—without the participants consciously noticing any visual differences.
This development could also transform clinical practice. Deep brain stimulation (DBS), a current treatment option for several neurological disorders, requires invasive surgery that carries certain risks. The new ultrasound system offers a safer alternative with similar precision, eliminating the need for invasive procedures. It also gives clinicians the ability to test specific brain regions before deciding on further treatment—or potentially avoid surgery altogether.
Recognizing the immense therapeutic potential of this approach, the research team has launched a spin-off company called NeuroHarmonics, aiming to commercialize a portable and wearable version of the technology. The company’s vision is to create a widely accessible solution for personalized neurological therapy, usable in clinical settings as well as everyday scenarios. This innovation has the potential to completely reshape how we approach brain treatment—focusing on safety, precision, and patient-specific care.
Honor Magic V5 immediately impresses with its refined design and ultra-slim profile, measuring just 8.8 mm when folded and an incredible 4.1 mm when unfolded, while weighing only 217 grams. Its main 7.95-inch LTPO OLED inner display reaches up to 5000 nits of brightness, while the external screen offers high refresh rates and superb visual clarity.
Compared to other foldable phones, the Magic V5 stands out with a larger 5820 mAh battery, a more advanced periscope camera, enhanced water resistance, and the latest protection standards. This makes it a powerhouse in terms of durability, performance, and reliability.
Beneath its elegant exterior, the device is powered by the Snapdragon 8 Elite processor, paired with up to 16 GB of RAM and up to 1 TB of internal storage. This setup ensures top-level speed and smooth performance across all scenarios, from everyday use to demanding multitasking. It also features a silicon-carbon battery that supports both 66W wired and 50W wireless fast charging.
Technically, the Magic V5 introduces an innovative hinge built from a combination of steel, titanium alloy, and carbon fiber, engineered for stable, smooth folding with resistance up to 380 GPa and tested through 500,000 open-close cycles. The fold opens nearly flat at 180 degrees, and although the crease is slightly visible, it doesn’t interfere with usability.
The displays deliver an exceptional viewing experience: the 6.43-inch external panel and 7.95-inch internal screen both use LTPO tech to enable dynamic refresh rates from 1 Hz to 120 Hz. Animations and the interface run seamlessly, with high-resolution clarity. Battery life easily covers a full day, charging fully in just over 50 minutes—though the absence of a charger in the box could be seen as a drawback.
Software-wise, MagicOS 9 based on Android 15 delivers a sleek, responsive UI packed with smart features like Magic Capsule for notifications and Magic Portal for intuitive interaction with images and text. Additional AI tools enhance photo editing, detect deepfake videos, and enable air gestures. With seven years of OS and security updates (in the UK and EU), this device sets a new benchmark in the foldable smartphone category.
Former U.S. leader Donald Trump stated earlier this week that the negotiations between the United States and the People's Republic of China went exceptionally well. In a message shared via his own social media platform, he announced that the meeting held in Europe resulted in concrete progress regarding trade relations between the two global economic powers.
According to him, a key focus of the discussion was the ongoing issue surrounding the ownership structure of a popular digital platform, especially favored by younger generations. Trump suggested that a resolution had been reached—one that satisfies U.S. demands concerning national security and user data protection.
He also added that young people will be especially pleased with the outcome, as a solution has been found that allows continued use of the app in compliance with American regulations. Although specific details were not disclosed, his statement hints at a significant compromise.
Trump also announced a scheduled conversation with Chinese President Xi Jinping, set for the end of the week. This move indicates that cooperation between Washington and Beijing is still active, despite the many challenges faced in recent years.
He emphasized that bilateral relations remain stable and are built on mutual respect and strategic interest. According to his remarks, the cooperation is moving in a promising direction, paving the way for improved future engagement.
In conclusion, he pointed out that the negotiations are expected to be finalized soon, which could mark a new phase in the relationship between the two nations—especially in terms of technological and economic collaboration.
In today’s digital environment, sharing access to various online services has become a daily necessity. Whether it’s watching content on a shared account or collaborating on remote platforms, it’s important to know how to do it without exposing yourself to risks.
The biggest problems arise when passwords are sent through unsecured channels like SMS messages or regular emails. These communication methods are not protected and can easily be intercepted, leaving users vulnerable to cyberattacks.
Another common mistake is using the same username and password combination across multiple services. If one account is compromised, all others using the same credentials are automatically at risk, significantly increasing the chance of data loss.
For safe sharing, it’s recommended to use specialized password management applications. These tools allow you to grant access without sending the actual password, using encryption and access controls that you can manage.
It’s also useful to enable temporary access when necessary, so the person can use the service with limited permissions and without full control over the account. Multi-factor authentication adds another layer of security by requiring identity verification through multiple steps.
Finally, it’s essential to regularly review who has access to which resources and immediately revoke permissions when they’re no longer needed. With proper management and the use of reliable tools, you can greatly reduce the chances of security breaches and protect your digital identity.
Microsoft has enhanced its Xbox app for Windows, allowing users to access all their games in one place, regardless of where they were purchased. This new feature brings together titles from platforms like Steam, Battle.net, and others, making it easier to manage a digital game collection on PC.
Previously tested through the Xbox Insider program, this functionality is now available to all users. It was primarily designed for the new full-screen mode intended for handheld consoles like the Xbox Ally, but it will benefit all gamers using Windows for their gaming experience.
When a user installs a game from a supported digital store, it automatically appears in their personal library within the Xbox app. It also shows up in the “most recently played” section, enabling quick access to favorite titles with minimal effort.
In addition to games, the app now features a new section called “My Apps,” which allows users to install and launch various helpful programs. This area is designed to provide fast access to web browsers, gaming utilities, and even competing storefronts.
Further improvements are on the way later this month. Microsoft plans to introduce support for cloud-playable titles and game history tracking. This new feature will sync across all devices connected to the same account—whether it's a console, PC, or handheld device.
A new “Jump back in” section will appear on the app’s home screen, showing recently played games. This will allow users to immediately pick up where they left off without searching. With this move, Microsoft further solidifies its role as a major player in the world of PC gaming.
Humanoid robots are entering new areas of application, and the latest example comes from China, where the robot Tien Kung was recently used for the first time to test running shoes. This innovation marks a major shift in how athletic products are designed and improved, moving beyond the traditional reliance on human testing.
The testing took place at the Li-Ning Sports Science Research Center in Beijing. There, experts equipped the robot with running shoes and sent it onto a complex 3D treadmill and a 200-meter indoor track to gather real-world performance data.
The experiment focused on key features such as impact absorption, rebound, and overall efficiency during motion. What would normally take weeks of data collection from athletes can now be gathered much faster and with greater accuracy.
Tien Kung is fitted with advanced sensors embedded in its joints, allowing for precise biomechanical data collection during each movement. These metrics are highly detailed and difficult to obtain from human participants due to natural variability.
Unlike people, mechanical testers do not experience fatigue or changes in behavior during testing. This consistency allows for repeated trials without external influences, delivering reliable and comparable results.
Using robots in this industry opens the door to faster product development, reduced costs, and design optimization based on objective information. In the future, this type of technology could become standard in sports engineering and the development of high-performance footwear.
Apple has officially released iOS 26, the latest version of its iPhone operating system, bringing a wide range of changes in design, features, and security. The update will roll out to users worldwide throughout the day, and users in Bosnia and Herzegovina will be able to download it from 7 PM local time.
One of the most noticeable updates is the completely redesigned visual style called Liquid Glass. This design introduces transparent, fluid elements that significantly change the appearance of the home screen, lock screen, and control center, giving the iPhone a more modern and refreshed look.
During the beta phase, the visual style went through several improvements to strike the right balance between aesthetics and usability. Apple clearly invested effort into making the new version visually appealing while keeping it easy to navigate.
Beyond the visual overhaul, a major focus has been placed on Apple Intelligence, a suite of AI-powered tools. The updated system enables smarter content management, such as advanced photo search and on-device suggestions that work without constant internet access.
A particularly standout feature is Live Translation. It allows real-time message translation within the Messages app and automatically generates subtitles during FaceTime calls, making communication between speakers of different languages smoother.
For users who prioritize battery life, iOS 26 introduces Adaptive Power Mode. This feature intelligently adjusts performance based on user habits, helping to extend battery life without sacrificing usability.
Artificial intelligence is being used everywhere. Science is now being done by machines. New devices and systems have arrived in every field. A new approach has emerged in research and development. AI has made science faster and smarter. New algorithms are used in each system. Everything in science is now done intelligently. Machine learning has made many things easier.
New AI models are being developed every day. Science tools are now more powerful and reliable. Difficult problems are also being solved with the help of AI. The relationship between technology and science has become very strong. Each piece of research has raised new expectations for AI. The tools of science now work well with humans.
AI Gold Scientific Research
With the help of AI tools, research work is done faster. Data is processed quickly, and the result is easy to understand. Earlier work was slow; now time is saved. Research models have become more reliable with new systems. Machines can easily handle complex data. The research process has now become shorter and clearer. The advancement of science now depends on AI.
Every new research paper is getting help from AI. AI has improved accuracy in research projects. With AI, the path to scientific discoveries has become easier. It has also become possible to test new ideas with AI. Scientists now make fewer mistakes in experiments. AI is expanding the scope of research. Understanding new data sets becomes easier with AI. AI has significantly improved the quality of research.
Role of AI in data analysis
At first the data was very difficult to understand.
Now with AI this task has become much faster.
AI handles big data with ease.
AI understands patterns and numbers faster.
Sorting and filtering is done automatically by AI.
Data reports are easily generated by AI.
Fraud has become easier with the help of AI.
Business decisions are better with AI.
AI has made understanding data much easier. New trends are found quickly. Data quality also improves. Errors are reduced with AI. Due to this, companies are doing their work better. Making decisions has also become easier with AI.
AI in Medical Science
AI has modernized the procedure of health checkups. Disease detection becomes faster and easier. AI can quickly read scans and deliver results. AI tools help doctors in their work. Treatment plans are being created through the system. Monitoring tools are now recording real-time data. AI generates accurate and fast reports. Machines perform very well in the medical field.
AI insights prove useful for disease prevention. AI creates personalized treatment options for patients. AI reduces errors in diagnosis. Doctors are getting new ways from AI. Medical imaging becomes more accurate and reliable with AI. AI has greatly improved patient care. New vaccines are also being developed through AI research. AI and drug discovery
New drug development was slow at first. Now this process is accelerated with AI models. A system can predict the reactions of molecules. Checking the medicine result is now easy. Each step is completed through digital testing. Understanding chemical data has become easier with AI. Companies are using new AI tools in research. Development time is reduced, and results are more accurate. AI has saved both cost and time.
Safety testing of drugs has also improved with AI. AI helps discover new compounds. Testing errors are reduced with AI. AI experiments in drug design take very little time. Medicines are being introduced to the market quickly and safely. The drug approval process has also become easier with AI. The results of clinical trials are also being better understood with the help of AI.
Use of AI in Climate Science
Weather monitoring
Weather data is read quickly and easily with AI. It has become easy to track the temperature of each region. AI provides early warning of floods and storms. This allows people to prepare on time.
Pollution control
Data on CO₂ levels are updated daily by the system. Environmental protection projects are being built on AI systems. Pollution records are updated automatically. This helps in reducing pollution.
3.Analysis of meteorological data
Analysis of weather data with AI is fast and reliable. AI detects natural changes quickly. Climate models are now more accurate. These models help shape the future.
4.Global warming and energy
The effects of global warming are being better understood with AI. AI is improving renewable energy projects. Managing climate risks has become easier. It reduces the damage to the environment.
Reducing water and carbon
AI reduces data errors in environmental monitoring. Water resources are being better managed. Reducing the carbon footprint has become possible with AI. It helps in saving the earth.
Weather forecast
AI has been very helpful in weather forecasting. Accurate identification and forecasting of weather has become easy. It helps farmers and people to improve their planning.
Challenges related to AI
There are some risks and problems with AI. Systems face the risk of data misuse. Biased algorithms bias results. Security and privacy laws do not apply everywhere. Monitoring of every mechanical system is now essential. AI rules must be in place to protect the system. The development of regulations is still ongoing. Balance and control are critical to the future of the system. Ethical usage should be given more importance.
Transparency builds trust and reduces abuse. Data protection policies must be strengthened. International cooperation is needed to prevent misuse of AI. Every technology also comes with responsibility. User education protects against misuse of AI. It is important for everyone to understand AI systems. AI risks can be mitigated through training.
Conclusion
Every field of science has been accelerated with AI. Every process is now completed in a modern way. AI has a role in data analysis, health, space, etc. The right use of technology can make the future safer. AI tools have made the development journey easier. The connection between science and AI is getting stronger. New systems improve the results of every task. With careful planning, using AI can be useful.
Every sector should understand the benefits of AI. It is imperative to take advantage of the benefits of technology, but do so astutely. It is vital to face the challenges of AI and discover solutions to them. Tomorrow will take science to new heights with AI. AI development must be sustainable and ethical. Every branch should understand AI. The world can be improved with the help of AI.
Amazon is reportedly working on advanced augmented reality glasses aimed at competing with existing market leaders. The tech giant is developing two distinct versions tailored for different audiences, signaling a serious commitment to the expanding wearable tech sector.
The first version, codenamed Jayhawk, is a consumer-focused device. It will feature a display built into the lens, along with integrated speakers, microphones, and cameras. Designed for everyday tasks like communication, media playback, and mobile applications, this model blends functionality with convenience.
The second version, called Amelia, is intended for internal logistics teams. Built with a more rugged design, it includes a heads-up display for real-time package sorting and route navigation, aiming to enhance efficiency for Amazon delivery personnel.
Production is expected to begin in Q2 of 2026, with an initial batch of around 100,000 units. Both glasses will utilize display technology developed by Chinese company Meta-Bounds, which also powers Meizu’s StarV eyewear.
This move places Amazon among major players like Meta, Apple, Google, and Samsung, signaling a clear intention to merge style with practical use. The company is positioning itself not just in the consumer market, but also in enterprise-focused solutions within the growing AR ecosystem.
China’s leading social media platforms have begun implementing mandatory labels on content created using advanced algorithms. This measure comes in response to legislation that took effect earlier this week. Users of apps like WeChat, Douyin, Weibo, and RedNote can now see clear indicators showing when content has been generated by artificial intelligence, whether it involves text, images, audio, or video.
WeChat emphasized that individuals are required to clearly disclose the use of such technologies in their posts. Additionally, altering, removing, or hiding these labels is strictly prohibited.
Douyin specifically warned that every publication must include an appropriate tag and is also relying on technical methods to trace the source of the data. Meanwhile, Weibo has enabled the community to report improperly labeled material, encouraging collective oversight.
The introduction of these measures aims to increase transparency and public awareness, especially in an era where distinguishing between authentic and simulated content is becoming increasingly difficult.
Nvidia and OpenAI are currently in discussions regarding a potential strategic partnership aimed at strengthening the UK's technological foundation through the development of data centers. The proposed project could be worth several billion dollars, according to sources familiar with the matter.
Multiple technical and logistical aspects of the collaboration are still being assessed, with cloud computing company Nscale also involved in the process. Although negotiations are progressing, a final agreement has not yet been reached.
Details of the initiative are expected to be unveiled during Donald Trump’s upcoming visit to the UK, adding political weight to the potential deal and emphasizing its global significance.
Neither Nvidia nor Nscale immediately responded to media inquiries, while OpenAI declined to comment. However, the background of the talks indicates serious intentions to expand operations within the region.
The concept of “sovereign” artificial intelligence is gaining traction as countries aim to relocate key AI systems within their own borders. The goal is to boost technological self-sufficiency and reduce reliance on foreign infrastructure.
Recent remarks by Nvidia CEO Jensen Huang reinforce the company's interest in the UK market. He described the country as an extremely attractive destination for large-scale investment, likening it to a “Goldilocks” environment of ideal market conditions.
