Monday, December 22, 2025

 

TECH


Samsung to copy Apple with wide Galaxy Fold and 25W wireless charging shared with the S26 Ultra

Samsung will be mimicking the first foldable iPhone when it launches not one but two Galaxy Z Fold devices in 2026. It will also copy another feature of the iPhone Fold, or whatever Apple calls its first bendy device.

Samsung will reportedly follow in the footsteps of Apple when it releases a Galaxy Z Fold Wide version with 25W wireless charging speed support in 2026.

It intends to copy Apple to a tee with a second 2026 Z Fold model that mimicks both the aspect ratio and the screen size of the first bendy iPhone.

Apple is said to release an iPhone Fold, or whatever it gets named, with wider body when closed, so that it can open into a 7.58-inch display with an aspect ratio that will bring immediate compatibility with the hundreds of thousands of apps written for the iPad Pro.

Coincidentally, Samsung is also planning to enrich its 2026 foldable phone roster with a third member that will have a 7.6-inch inner screen with 4:3 aspect ratio, and a 5.4-inch outer panel that is much wider than the external screen of the upcoming Galaxy Z Fold 8.

It will reportedly release it in the fall, or just around the time Apple launches its foldable iPhone, too, for some easy to guess reason.

That's not all that Samsung will be mimicking with the return to a wider Z Fold form factor similar to the OG Pixel Fold or Oppo Find N, however.

Apparently, the first foldable iPhone will sport 25W wireless charging, just like the current iPhone 17 crop when charged with a suitable Qi2.2 charger like the Anker Prime MagSafe 3-in-1 station that is currently 30% off on Amazon.

Again coincidentally, Samsung will equip its direct competitor - the wide Z Fold - with the same 25W abilities, which will be the fastest wireless charging it has ever offered in a Galaxy. To top it all off, the most expensive member of its future Galaxy S26 series, the Ultra, will also have an answer to the iPhone 17 Pro wireless charging speed with 25W support of its own.

Long story short, Samsung won't leave Apple without direct competition in any of its 2026 iPhone endeavors, regardless of the fact that a nearly square 4:3 aspect ratio would make less sense in a Galaxy than in an Apple foldable.


SONY


Xperia 10 VII review verdict: very compact smartphone with long battery life

Not too long ago, a small and light smartphone with almost 24 hours of continuous battery life was a dream for fans of compact devices. The Xperia 10 VII even features microSD storage expansion and a 3.5mm headphone jack. It couldn’t be any better than that? Unfortunately, it could've been.

The Sony Xperia 10 VII is a solid mid-range smartphone with European prices starting at €449 at retailers such as Amazon Germany. The phone stands out in our upcoming in-depth review thanks to its fresh design and improved camera sensors. Sony is moving away from the narrow 21:9 aspect ratio in favor of a wider 19.5:9 display, which makes the Xperia phone slightly wider overall.

However, the 6.1-inch OLED screen has big bezels, which are very noticeable due to the otherwise compact display size. The display-to-body ratio is only 82.9%. By comparison, the Motorola Edge 60 Neo has a ratio of almost 89%.

The Sony phone is powered by the Qualcomm Snapdragon 6 Gen 3, which is slightly faster than its predecessor but still delivers below-average performance for the price, especially compared to competitors such as the Poco F7. GPU performance is particularly weak on the Xperia 10 VII.

A clear positive is the very long battery life of almost 24 hours in our WiFi test. We adjusted the display brightness to 150 nits, which makes the results comparable with other phones.

Anyone who values long update support, very good battery life and traditional features such as a 3.5mm headphone jack and microSD support will probably like Sony’s latest mid-range handset. For users who are looking for more performance or a more modern design, the OnePlus Nord CE 5 and Samsung Galaxy A56 are decent options.

Marcus Herbrich

Sunday, December 21, 2025

 

DIGITAL LIFE


New study reveals that AI cannot fully write like a human

A world's first study shows that AI-generated writing continues to display distinct stylistic patterns that set it apart from human prose. Led by researchers at University College Cork (UCC), the research explores whether systems such as ChatGPT can genuinely write in a way that is indistinguishable from people.

The study is the first in the world to use literary stylometry, computational methods traditionally used to identify authorship, to compare the writing styles of humans and large language models like ChatGPT across creative texts.

Researchers found that AI can generate polished, fluent prose, but its writing continues to follow a narrow and uniform pattern. Human authors display far greater stylistic range, shaped by personal voice, creative intent, and individual experience.

Published in Humanities and Social Sciences Communications, the research contributes to a growing conversation about the future of creative work at a time when generative AI is reshaping education, publishing and the arts.

Distinct stylistic differences between human and AI writing...Led by Dr. James O'Sullivan, UCC School of English and Digital Humanities, the study marks the first time literary stylometry methods have been used in a systematic way to assess stylistic overlap between humans and AI.

The study has delivered one of the most detailed assessments to date of how large language models differ from human authors in their approach to storytelling. Dr. O'Sullivan analyzed hundreds of short stories written by people alongside pieces generated by AI systems. By examining subtle linguistic markers, including the frequency of common words, the research reveals clear and consistent stylistic differences.

The analysis shows a clear stylistic divide between human writing and text generated by large language models. AI systems like GPT-3.5, GPT-4, and Llama 70B produce tightly grouped clusters, each reflecting the uniform patterns typical of a given model. In contrast, human texts show far greater variation and individuality.

'Even when ChatGPT tries to sound human, its writing still carries a detectable fingerprint'...GPT-4 writes with even more consistency than GPT-3.5, but both remain distinct from human work. While GPT-3.5 occasionally comes close to human style, these moments are rare. Across both the clustering and MDS visualizations, the pattern is the same: AI models produce compact, predictable styles, while human writing remains more varied and idiosyncratic, traits that reflect individuality and creative intention.

Dr. O'Sullivan said, "While AI writing is often polished and coherent, it tends to show more uniformity in word choice and rhythm. In contrast, human writing remains more varied and idiosyncratic, reflecting individual habits, preferences and creative choices."

"Even when ChatGPT tries to sound human, its writing still carries a detectable fingerprint, which suggests that computers and people don't yet write in quite the same style," Dr. O'Sullivan explains.

What stylometry can and can't tell us about AI writing...The researchers caution against using stylometry as an AI detection tool in education but highlight its value in understanding how human expression differs from algorithmic generation, offering new insights into what makes writing recognizably human.

Dr. O'Sullivan said, "Stylometry can reveal broad patterns across large bodies of text, but it has no place in judging authorship in education. Students' writing shifts from task to task and is shaped by context, support, and lived experience, which makes stylometric detection both unreliable and ethically questionable in academic integrity cases."

The study shows that the most advanced models still fall short of writing creative prose that blends seamlessly with human work. The findings point to the need for broader datasets, new prompts, and testing with emerging models, as well as closer attention to the ethical and creative questions raised by the growing use of generative AI.

Dr. O'Sullivan said, "It is one thing for a large language model (LLM) to reliably produce an email or summary report; the capacity to automate the production of literature raises profound ethical and philosophical concerns about authenticity, originality, and the very nature of authorship."

Professor John F. Cryan, UCC Vice President for Research and Innovation, said, "Congratulations to Dr. James O'Sullivan on this timely study on comparing the writing styles of humans and AI driven language platforms. The staggering expansion and influence of AI in our daily lives is a defining feature of the 21st century. This research exemplifies the creative, collaborative, and interdisciplinary nature of research at UCC through our UCC Futures framework, in this case the areas of UCC Futures—AI and Data Analytics and the Future Humanities Institute."

Provided by University College Cork 


CES 2026


Wearable technology dominates CES 2026 and focuses on performance

Wearable technology geared towards sports was one of the highlights of CES 2026, the world's largest electronics trade show. The event reinforced a clear trend in the market: the increasingly sophisticated use of devices to monitor performance, health, and training data in sports such as running, cycling, and triathlon.

According to the Endurance.biz portal, Garmin won five innovation awards at CES 2026, with special recognition for advancements in displays and solutions geared towards multisport.

The awards indicate how wearable technology is consolidating itself as a central tool for amateur and professional athletes seeking precision, personalization, and real-time tracking.

The award-winning devices stand out for their improved screen quality, greater readability in different lighting conditions, and integration of advanced metrics. These features expand the ability to analyze data such as pace, heart rate, recovery, training load, and performance over time—elements increasingly valued by those who practice endurance sports.

Technology and Performance...Beyond the technical aspect, the recognition at CES 2026 signals a change in the behavior of practitioners. The use of smartwatches and sensors is no longer exclusive to the sporting elite and has become part of the routine of runners and recreational athletes, who use the data to adjust training, prevent injuries and improve consistency.

Another relevant point is the expansion of the multisport concept. The award-winning innovations show that the focus is not only on a specific modality, but on the integration of different physical activities in a single monitoring ecosystem, allowing a broader view of health and performance.

The emphasis given to wearable technology at CES 2026 reinforces that the future of sport increasingly involves the combination of training, data and technology. For those who run, cycle or practice endurance sports, smart devices cease to be accessories and assume a strategic role in the evolution of performance.

At CES 2026, wearable technology will focus on preventative health, advanced monitoring, and body integration, moving beyond fitness to continuous diagnostics with more precise sensors, smart fabrics, and health patches, with trends such as medical wearables, industrial wearables, and hearables, and brands like Garmin standing out with multisport innovation. The emphasis is on data interpretation for actionable insights, in addition to data collection, with advancements in battery technology (Grepow) and flexible form factors.

CES 2026 key trends:

-Predictive Health: Devices that detect stress, fatigue, and signs of illness before symptoms appear, with sensors for continuous ECG and glucose monitoring.

-Medical Wearables: Focus on light therapy patches (CareWear), health monitors with clinical patterns, and e-tattoos for health tracking.

-Industrial Wearables: Monitoring fatigue, heat, and environmental hazards for workers.

-Smart Textiles: Clothing and fabrics with embedded sensors for athletic performance and rehabilitation.

-Focus on Data and AI: In addition to collecting data, wearables provide deeper insights with AI, transforming physiological data into actionable information.

-Design Innovation: Customized battery solutions (Grepow) for more comfortable and integrated design.

mundophone

Saturday, December 20, 2025


CES 2026


In search of the perfect color...Samsung pushes the boundaries of TV in the first look

Fifty years ago, in 1975, Samsung Electronics launched the Econo TV. Since then, the company has maintained its quest to find and offer the perfect color, evolving its solutions for color, LCD, LED, and QLED TVs. Throughout this journey, Samsung has become a world leader in TVs—a position it has held for 19 consecutive years.

"Quest for Perfect Color" is Samsung's long-standing philosophy and a marketing tagline highlighting its continuous effort to achieve the most realistic and accurate color reproduction in its display technology, spanning from early color TVs to its current advanced Micro RGB and QLED lineups. 

This "quest" is a recurring theme in Samsung's product development and marketing, emphasizing the use of innovative technologies to push the boundaries of color expression: 

QLED Technology: A core component of Samsung's color strategy is the use of inorganic quantum dots, which are nanoscale semiconductor materials that produce precise and vibrant colored light when illuminated. This allows QLED TVs to achieve 100% color volume in the DCI-P3 color gamut, resulting in a wide range of colors at varying brightness levels without the risk of burn-in.

Neo QLED with Mini LED: An advancement in QLED technology that utilizes thousands of tiny Mini-LEDs as a backlight. This allows for more precise control over brightness and contrast, minimizing blooming (where bright areas bleed into dark areas) and enhancing color accuracy further.

Micro RGB (latest development): The newest evolution in this quest, announced ahead of CES 2026. This technology uses sub-100μm (micrometer) red, green, and blue LEDs that each emit light independently, enabling ultra-precise light control and improved color accuracy. Samsung claims these Micro RGB TVs achieve 100% coverage of the professional BT.2020 color gamut, setting a new standard for realism.

AI Processing: Modern Samsung TVs use advanced AI chipsets (like the Micro RGB AI Engine Pro) to intelligently enhance color, clarity, and realism in real time, adapting the picture based on the content and ambient lighting conditions.

Anti-Glare Technology: Proprietary screen coatings are used to minimize reflections, helping preserve color and contrast integrity even in brightly lit rooms. 

Essentially, the "Quest for Perfect Color" is the narrative Samsung uses to link its legacy of TV innovation with its cutting-edge display technologies, promising consumers an ever-more lifelike and immersive viewing experience. 

by mundophone

 

TECH


Hideo Kojima plans game that caters to AI, says artificial intelligence will reshape gaming in 5–10 years

Hideo Kojima, famed creator of Metal Gear Solid and Death Stranding, outlined bold new concepts, including a game designed for weightlessness and another built to train and “delight” artificial intelligence. In an interview, he predicted AI will transform game development within five to ten years, arguing it should be embraced as a practical tool, much like smartphones once were, rather than feared.

The creator of Metal Gear Solid and Death Stranding, Hideo Kojima, has always been renowned as a forward-thinking individual, thinking way ahead about games. True to his persona, he has shared some wildly ambitious ideas for the future of gaming. He has an idea for a game to be played in weightlessness and another to teach AI.

This news comes from Kojima’s conversation with Nikkei Xtrend. Speaking with the Japanese outlet, Kojima pondered the different projects he’d like to delve into after working on the Xbox-exclusive horror game OD and the PlayStation-exclusive action-espionage title Physint.

Kojima admitted that these concepts seemed over-the-top from the get-go. In the interview, he said, “This might be out there, but I think I want to make a game played in weightlessness and a game that delights an AI.”

Kojima didn’t go into the technicalities of the weightless idea, leaving many to wonder what kind of floating gameplay he was exactly referring to. He did, however, open up more about the AI-focused title and said:

Basically, a game that could train an AI. At the moment, AI doesn’t know much, and I think it has to study more. It would be a game that is a teaching material for AI to study. In five or 10 years’ time. I definitely expect AI to break into many different worlds.

It’s pretty clear by this point that Kojima’s views on AI are pretty nuanced, as he’s talked about it many times this year. He sees it as a tool that can help with practical workflows in development, such as adapting to different players' playstyles or handling monotonous tasks, leaving humans to focus on the creative aspect of game development.

Kojima further discussed the pushback against AI and compared it to how people reacted to smartphones when they first became mainstream. He said:

When smartphones came out, everyone slated them. But now, there are so many people who can’t live without their smartphones. AI is like that. It’s important to use technology in a way that will make us happy, while considering the correct direction it should take.

With projects like OD in development and Physint still in the conceptual stage, Kojima continues to dream big, reminding us why he’s one of the most influential minds in the video game industry.

by Rahim Amir Noorali

Friday, December 19, 2025


DIGITAL LIFE


fantastic gnv1

Ferry crew member faces charges in malware incident that shakes maritime cybersecurity

French authorities have launched a high-stakes investigation into possible foreign interference following the discovery of sophisticated malware aboard the Italian passenger ferry the Fantastic, which could have allowed remote users to take control of the ship systems and controls.

When the ship was docked recently in the port of Sète, Italian and French authorities plus maritime security services became aware of a Remote Access Trojan (RAT) embedded within the ship's electronic systems. The discovery led to the immediate arrest of a Latvian and a Bulgarian (who has since been released) crew members who had recently joined the vessel.

While the Latvian detainee initially appeared to be a standard maritime employee, investigators now believe he acted as a technical proxy for a foreign power. The Paris prosecutor’s office, which handles cases of national security and cybercrime, has formally opened a probe into potential attacks on the ship's automated data-processing system carried out by an organized group working for the interests of a foreign state.

Of course, this incident also exposes the vulnerable structure of ships' (and by extension, maritime industry's) IT infrastructure and critical navigation systems. Historically, these systems were physically separated to prevent outside interference. However, modern vessels increasingly rely on integrated networks to streamline operations, allowing engine performance data, cargo manifests, and navigation charts to be updated and monitored via the same interconnected hubs. The malware found on the Fantastic could have given remote operators the ability to intercept communications, manipulate GPS coordinates, or even disable steering and propulsion during transit.

Technical experts warn that the maritime sector is becoming a primary theater for gray zone warfare, where state actors use cyber-tools to disrupt logistics and sow panic without declaring open conflict. In the case of the Fantastic, the presence of a RAT on a passenger vessel carrying 2,000 civilians might have meant something beyond corporate espionage, but potential sabotage instead. Because ferries often utilize standard PC-based operating systems for administrative tasks, a compromised laptop or a USB drive inserted into a bridge console can serve as a beachhead for a much larger takeover.

French Interior Minister Laurent Nuñez highlighted the seriousness of the situation, noting that the method of delivery, i.e. placing a physical agent on the crew to install the software, suggests a level of planning typically used by intelligence agencies. As the vessel underwent rigorous cleansing of the RAT, security protocols at French ports were immediately tightened.

Future-proofing shipbuilding for a more resilient future...In 2024, the International Association of Classification Societies (IACS) introduced a pair of requirements that helped to standardize maritime cybersecurity. The requirements, known as UR E26 and E27, mandate that cybersecurity is embedded into ship design and ensures a more holistic approach to shipbuilding. These requirements also align with existing frameworks such as IEC 62443 and NIST.

UR E26 focuses on the cyber resilience of ships themselves, while E27 is aimed at the resilience of on-board systems and equipment. Both requirements aim to increase cyber resilience and mitigate the effects of cyber incidents arising from disruptions to operational technology (OT) in ship operations.

These requirements play a key role in vessels’ resilience to withstand disruption. Moreover, they help mitigate the impact of cyberattacks on public safety. To minimize threats to both areas, it’s critical for shipyards to produce vessels that align to these standards, and future-proof fleets to be ready for a digital future that’s rife with new threats, including managed provisioning of privileged access to key systems.

Historically, operating a vessel required physical presence in the captain’s chair. Today, the proliferation of new technologies allows individuals from virtually any workstation to access and control much of the world’s critical infrastructure.

mundophone

  TECH Samsung to copy Apple with wide Galaxy Fold and 25W wireless charging shared with the S26 Ultra Samsung will be mimicking the first f...