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The Tesla Model Y Juniper introduces major advancements in electric mobility. Featuring a refreshed design, extended range, and advanced technology, this electric SUV maintains its standing as a market leader. This article provides an overview of its major updates and upcoming launch.  

1. Enhanced design and optimized aerodynamics, upgrades to the Tesla Model Y Juniper. The new Tesla Model Y: front lower end and slicker lines. New materials and interior finishes.  

2. Minimalist technology-driven interior.  

3. Performance and range: increased mileage per charge. Technical specifications of the model Y Juniper.  

4. Tesla Model Y Juniper pricing, with upcoming, more affordable versions.  

5. The importance of a home EV charger.  

6. The Tesla Model Y Juniper: Advancing Electric Mobility  

Enhanced Design and Optimized Aerodynamics: The Upgrades of the Tesla Model Y Juniper. 

The new Tesla Model Y Juniper builds on the 2020 model with significant design enhancements ahead of its March release. It is 4 cm longer and features a lower front end, improving both aerodynamics and energy efficiency.  

In addition to aerodynamic improvements, the Juniper features front and rear LED light bars. The lighting signature previously seen on the Cybertruck gives the vehicle a modern and assertive appearance.  

The New Tesla Y Model Features A Lower Front End And Sleeker Lines 

A main highlight of the Juniper is its lowered front profile, which enhances aerodynamics, increases speed, and extends range compared to the previous generation. Tesla states that improved energy efficiency will deliver more miles per charge.  

Upgraded front and rear LED lights complete the new design, giving the vehicle a futuristic look. This advanced design language, seen in recent Tesla models, is also present in the Model Y Juniper.  

New Materials And Interior Finishes 

With recent Tesla models, premium finishers and quality accessories are now standard. The Juniper features high-end materials throughout the cabin, delivering durability and comfort.  

Exterior features aluminum finishes, while the interior uses soft-touch textiles for a refined and comfortable environment. Advanced acoustic glass reduces wind noise by up to 20% ventilated front seats with new ergonomic adjustments to further boost passenger comfort.  

To summarize, the Model Y Juniper offers improved aerodynamics for a greater range and a refined, sustainable interior made from next-generation materials.  

A Minimalist Technology-Focused Interior 

The Juniper replaces the first Model Y’s hard plastics with aluminum accents and premium textiles, enhancing luxury and comfort.  

Major updates include:  

• 15.4″ touch screen with slimmer bezels and a larger display area.  

• 8-inch rear display for passengers providing access to climate control and entertainment.  

• Ventilated ergonomic front seats with electric adjustments.  

• 19-inch wheels optimized for aerodynamic effectiveness.  

Performance and Range: Extended Driving Capability 

Juniper will launch with a special all-wheel-drive edition offering up to 568 km of range with a more efficient 75 kWh battery, optimized aerodynamics enabling acceleration from 0 to 100 km/h in 4.3 s, and a top speed of 201 km/h.  

Technical Specifications of the Tesla Model Y Juniper 

• Total power: 514 HP from dual motors.  

• Acceleration: 0-100 km/h in 4.3 seconds.  

• Top speed: 201 km/h  

• Range: up to 568 km on a single charge.  

Tesla Model Y Juniper Price 

The Juniper launch edition is now available for reservation at $72,520.  

Upcoming More Affordable Versions! 

In the coming months, Tesla will introduce rear-wheel drive versions with approximately 500 km of range, starting at around $53,500. Initial deliveries will focus on key global markets, with wider production and availability expected to expand.  

Tesla expands its lineup with more affordable variants. These variants may qualify for incentives offered by VAG governments, including grants for electric vehicle purchases and home charger installations.  

The Value of a Home EV Charger 

As vehicles deliver greater range and performance, installing a home EV charger is an increasingly valuable investment. A personal charging point enables access to lower off-peak tariffs and ensures fast and efficient charging.  

Key considerations when selecting a charger include:  

• Charging capacity: Ensure the charger delivers sufficient power for rapid charging times.  

• Compatibility: Confirm it works flawlessly with Juniper’s charging system for the Tesla Model Y.  

• Professional Installation: Engaging experts ensures safe and smooth installation.  

At V2C, we manufacture smart chargers that integrate directly with inverters and energy meters to ensure optimal energy management. If you are considering the Tesla Model Y Juniper, we can help you select the appropriate EV charger and arrange professional installation through our trusted installer network.  

The Tesla Model Y Juniper Advancing Electric Mobility 

The Tesla Model Y Juniper represents the evolution long anticipated in the electric SUV segment. With enhancements in design, performance, and on-board technology, it is a leading option for drivers seeking a next-generation EV. 

Source: https://v2charge.com/tesla-model-y-juniper-electric-suv/ 

The world’s best-selling electric car has experienced a major redesign. The new Tesla Model Y is currently available only in China and Australia as the best-selling EV in the UK. Its updates are of particular interest. 

The new Model Y features a more refined design, including a near-single strip highlight and a single strip taillight. Both the front and rear bumpers have been subtly updated, and Tesla states it has been redesigned to maximize efficiency by die-casting the rear body flow. Tesla has reduced the number of parts from 70 to just 1. 

Tesla claims these improvements provide a smoother and quieter driving experience. The redesign may also allow for additional battery capacity. The range has increased from 331 miles in the long-range, all-wheel-drive to 341 miles in this all-wheel-drive, first edition codenamed Juniper. 

Initial figures indicate the powertrain enhancements enable the all-wheel drive long-range variant to accelerate from 0 to 62 mph in 4.3 seconds, and improvements have also been made to the suspension, wheels, and tires. 

We owned a 2021 Tesla Model Y for 2.5 years as a long-term test vehicle, evaluating its efficiency, range, battery aging, and daily usability. The redesigned 2026 Model Y, known as Model Y Juniper, is now available. As previous owners, we were invited to test drive the new model at a local Tesla showroom. We were keen to see if Tesla had addressed the issues we experienced with our 2021 Model Y.  

Does It Ride Better? 

The 2020 Model Y offers a clear improvement in ride quality due to its updated suspension. Previously, our team found the Model Y’s ride harsh, and it worsened over time. While the new model is not focused solely on comfort, it is more focused on giving and less uncomfortable on rough roads. It now better aligns with expectations of a luxury performance vehicle delivering an engaging drive without excessive harshness.  

Wind, hammer, and road noise have decreased in the 2026 Model Y thanks to acoustic glass and a more rigid suspension. However, the improvement is less dramatic than we observed in the updated 2024 Tesla Model 3, likely due to the Model Y’s open cargo area. Some road noise remains, but it is a reasonable compromise given the vehicle’s athletic performance. The steering is equally precise, and the SUV’s handling continues to stand out, making it easier to enjoy daily.  

Is The Interior Nicer? 

The interior update is less substantial than expected, despite new wraparound ambient lighting and a wider range of materials in the launch-series trim. In typical lighting, the cabin feels similar to the previous Model Y with only minor changes. While there is an ambient lighting strip and a standard front camera view, these features are more advanced in competing vehicles. A 360-degree top-down camera view is still absent, even though the new front camera could support it.  

Additional new features include:  

• Front ventilated seats  

• Redesigned dashboard and steering wheel  

• New door speaker  

The launch series also features wagon-suede style interior trim. Notably, the 2026 Model Y reintroduces a traditional turn signal stalk, which was removed from the updated Model 3 in favor of steering wheel controls. The return of the stock is a welcome change as the steering wheel buttons in the Model 3 are less intuitive to use.  

The Model Y refresh now features a digital gear selector on the center touchscreen, which is disappointing. Gear selection requires using the screen or the redundant physical controls on the overhead console. Given the reliability issues we experienced with our extended Model Y’s touch screen, relying on it for such critical controls is concerning.  

Blind spot monitoring is most effective when indicators are located near the side mirrors. The previous Model Y used touchscreen-based warnings and sounds, requiring drivers to look away from their blind spots. The new Model Y now includes physical indicators near the side mirrors, which is a significant improvement, especially given the vehicle’s limited rearward visibility.  

Acceleration Boost Standard 

The Model Y launch series includes an acceleration boost, with a claimed 0-60 mph time of 4.1 seconds. We previously paid to unlock this feature in our Model Y, but the improvement was inconsistent. In contrast, the 2026 Model Y’s acceleration feels noticeably stronger and more consistent, delivering a higher performance experience.  

Full Self-Driving Improvement 

During our ownership, full self-driving felt more like a fad than a practical feature. While this was not a direct comparison, the 2026 Model Y’s FSD inspired greater confidence with less hesitation and more uniform performance, even in a limited trial. Further evaluation is required to assess its improvements fully.  

How Much Is a 2026 Tesla Model Y? 

The Model Y launch series is now available starting at $61,630, including destination charges. Qualified buyers may be eligible for a federal tax credit of up to $7,500. The Launch Series comes standard with Full Self-Driving and Acceleration Boost.  

While we tested the launch series, most features that appeal to shoppers will be available across all Model Y versions, including the more affordable options. If you are interested but prefer a lower price point, consider waiting for the full lineup announcement.  

2026 Tesla Model Y Launch Series key features: 

• Price: $61,630  

• It is $699/month (36 months with a $2,999 down payment).  

• Maximum range: 327 miles  

• 0-60 mph: 4.1 seconds  

• Full Self-Driving Standard  

• Acceleration Boost Standard.  

• New front and rear light bars.  

• Wrap-around interior ambient lighting.  

• Updated suspension.  

• Acoustic glass  

Is The Model Y Fixed 

If we still owned our Model Y and considered upgrading, the trade-in value would be a concern. After 2.5 years and 22,000 miles, our Model Y was valued at $26,800, down from its original price of $64,443 used. Tesla’s values have declined substantially due to frequent price adjustments on new models. Prospective buyers should also note that many models align with the Model Y, making it more closely compete with competitors such as the Hyundai Ioniq 5, Kia EV6, Honda Prologue, and Ford Mustang Mach-E.  

The previous Model Y had several shortcomings, but it remained a top seller. Many issues, including ride quality and interior noise, have been addressed in the new model. The full self-driving feature also showed promise during our test. Further evaluation will include updates to the sound system. In this video, we’ll discuss the rear control screen and the comfort and usability of the power-reclining rear seat.  

Source:https://www.cars.com/articles/2026-tesla-model-y-first-drive-how-much-better-is-it-than-ours-505956/ 

Tuesday, OpenAI launched Prism, a free AI-powered workspace for scientists. The release has elicited immediate skepticism from researchers, who fear it will increase the volume of low-quality papers submitted to scientific journals. Publishers are also expressing growing concern about what many refer to as the AI shop in academic publishing.  

Prism is a writing and formatting tool, not a research platform. Although OpenAI’s broader messaging sometimes blurs, this distinction.  

Prism integrates OpenAI’s GPT-5.2 model into a LaTeX-based text editor, helping researchers draft papers, generate citations, create diagrams, sketch ideas, and collaborate with co-authors in real time. The tool is available at no cost to anyone with a ChatGPT account.  

2026 will be for AI and science what 2025 was for AI in software engineering. Kevin Veal, Vice President of OpenAI for Science, told reporters at a press briefing attended by MIT Technology Review. He said that ChatGPT receives about 8.4 million messages per week on hard science topics, which he described as evidence that AI is transitioning from curiosity to core workflow for scientists.  

OpenAI developed Prism using technology from Crixet, a cloud-based LATEX platform acquired in late 2025. The company intends for Prism to reduce the time spent on formatting, allowing researchers to focus on scientific work. In a demonstration, an OpenAI employee showed how the software can automatically locate and include pertinent scientific literature and format bibliographies.  

AI models are tools that can be misused. The concern is that by simplifying the creation of polished manuscripts, tools like Prism may overwhelm the peer-review system with papers that do not significantly advance their fields. At the same time, it is now easier to produce scientific text. The ability to evaluate such research has not kept pace.  

When asked about the possibility of the AI model confabulating fake citations, Weil acknowledged in the press demo that none of this absolves the scientist of the responsibility to verify that their references are correct.  

Unlike traditional reference management software such as EndNote, which has formatted citations for over 30 years without fabricating them, AI models can generate plausible-sounding sources that don’t exist. Weil added: “We are conscious that as AI becomes more capable, there are concerns around volume, quality, and trust in the scientific community.”  

The Slop Problem 

Recent findings confirm its concerns. A December 2025 study in science found that researchers using large language models increased their output by 30-50%, depending on the field. Still, their AI-assisted papers performed worse than their peer-reviewed papers. Papers with elaborate language written without AI were more likely to be accepted, while those likely written by AI were less likely to be accepted. Reviewers appeared to recognize that sophisticated prose sometimes masks weak science.  

It is a very widespread pattern across several fields of science. Yian Yin, an information science professor at Cornell University and one of the study’s authors, told the Cornell Chronicle. There is a big shift in our current ecosystem that warrants a very serious look, especially for those who make decisions about what science we should support and fund.  

An analysis of 41 million papers published between 1980 and 2025 found that although scientists using AI receive more citations and publish more papers, the overall scope of scientific research appears to be narrowing. A socio-cultural anthropologist at Yale University told Science magazine these outcomes should set off “loud alarm bells” for the research community.  

Science is nothing but an aggregate endeavor, she said. There needs to be some deep reckoning with what we do with a tool that benefits individuals but destroys science.  

Concerns about AI-generated scientific content are long-standing. In 2022, Meta withdrew its Galactica demo, a substantial language model for scientific writing, after users found it could generate plausible but inaccurate content, such as a wiki entry or a fictional paper titled “The Benefits of Eating Crushed Grass in 2024.” Sakana AI in Tokyo introduced the AI scientist, an autonomous research system, in 2022. Critics on Hacker News described it as producing low-quality papers. One commentator, an academic journal editor, stated, “I would likely desk reject them; they contain very limited new knowledge.”  

The issue has intensified since then. In his 2026 editorial for Science, editor-in-chief H. Holden Thorpe noted that the journal is less susceptible to AI-generated errors due to its scale and human editorial oversight, but cautioned that no system can catch everything. Science permits limited AI use for editing and reference gathering, requires disclosure for wider applications, and prohibits the use of AI-generated figures.  

Mandy Hill, Managing Director of Academic Publishing at Cambridge University Press and Assessment, has expressed similar concerns. In October 2025, she told Retraction Watch that the publishing ecosystem is under strain and called for radical change. She explained to Varsity that too many journal articles are being published, causing a huge strain. She warned that AI will exacerbate the issue.  

Is AI Accelerating Scientific Progress or Flooding the Peer-Review Process 

OpenAI is committed to supporting scientific progress and outlined its case for AI-assisted research in a recent report. The report features researchers who state that AI models have accelerated their work, such as a mathematician who used GPT-5.2 to solve an open optimization problem in three evenings, and a physicist who observed the model replicate symmetric calculations that had previously taken months.  

These examples show AI’s use in research beyond writing assistance. A distinction that OpenAI’s marketing does not always make clear for non-native English-speaking scientists. AI writing tools can accelerate the publication of high-quality research; however, this advantage may be offset by an increase in mediocre submissions, further burdening the peer-review system.  

Steele told MIT Technology Review that his objective is not a single AI-generated discovery but rather 10,000 advances in science that may not have happened or wouldn’t have happened as quickly. He described this as an incremental, compounding acceleration.  

It remains to be seen whether this acceleration will yield more scientific knowledge or increase the number of published papers. Nikita Zhivotovskiy, a statistician at UC Berkeley unaffiliated with OpenAI, told MIT Technology Review that GPT-5 has already proven valuable in his work for improving text and identifying mathematical errors, making interaction with the scientific literature smoother.  

By making papers appear polished and professional, regardless of their scientific merit, AI writing tools may enable weaker research to pass initial editorial screening. There is a risk that dialogic workflows could obscure assumptions, reduce accountability, and further burden into the human peer-review process.  

OpenAI acknowledges this concern. Its public statements about PRISM emphasize that the tool will not conduct research independently, and that human investigators remain responsible for verification.  

Nevertheless, a commenter on Hacker News expressed the growing concern within technical communities: “I am scared that this type of thing is going to do science journals what AI-generated bug reports are doing to bug bounties. We are truly living in a post-scarcity society now, except that the thing we have in abundance is garbage, and it’s drowning out everything of value.” 

Source:https://arstechnica.com/ai/2026/01/new-openai-tool-renews-fears-that-ai-slop-will-overwhelm-scientific-research/

Samsung has officially launched the Galaxy A07 5G in the Philippines, where it is now available for purchase. The device was also recently listed on Samsung’s official website in Myanmar.  

The Galaxy A07 features a 6nm octa-core MediaTek Dimensity 6300 processor, 4GB of RAM, and up to 128GB of storage in the Philippines. A microSD card provides additional storage.  

It is equipped with a 6.7-inch LCD featuring a 120Hz refresh rate, 800 nits HBM brightness, and HD+ resolution.  

The rear of the Galaxy A07 5G features a dual-camera system with a 50MP main sensor and a 2MP depth sensor. An 8MP front camera is housed in a water-drop notch for selfies.  

An important feature is its 6000 mAh battery, which is significantly larger than that of its predecessor’s. The device runs on One UI 8.0 and will receive six years of Android OS and security updates.  

The phone includes a side-mounted fingerprint scanner, 3.5mm headphone jack, GPS, dual-band Wi-Fi, Bluetooth 5.3, 5G connectivity, and a USB Type-C port. It has an IP54 rating for dust and water resistance, measures 8.2mm thick, and weighs 199 grams.  

In the Philippines, the Galaxy A075G is available in black and light violet. The 4GB/64GB model is priced at PHP 8,290, while the 4GB/128GB variant costs PHP 9,990 ($170).  

Samsung Electronics today announced the launch of the new Galaxy A07 5G, the latest addition to the A series lineup, featuring a larger battery capacity, a 6nm processor for faster loading, and AI features including Google Gemini and Circle to Search, with Google to deliver more ease and convenience through mobile experiences. And with a dual camera to improve storytelling on social media, smoother refresh rates, and a more vivid screen, users can enjoy and engage with their preferred content wherever they are.  

Enjoy Better Entertainment Experiences For Longer 

The Galaxy A07’s 6000 mAh battery is designed for extended performance, offering 120% more capacity than previous models. Users may enjoy extended video playback and stay connected longer without regular recharging.  

An immersive 6.7-inch edge-to-edge view combined with a 120Hz refresh rate enables more fluid transitions and seamless scrolling, so users can fully explore their preferred content and look forward to elevated viewing experiences. Meanwhile, the high-brightness mode delivers up to 800 nits, keeping the viewing experience clear and bright even in sunlight.  

Awesome Performance And Reliability 

The 50MP wide and 2MP depth dual rear cameras record detailed photos, while the advanced image processor balances brightness and darkness for clear results in various conditions. The depth camera enables natural bokeh effects, and the 8MP front camera delivers sharp, clear selfies with minimal noise.  

For day-to-day durability and outdoor adventures, the Galaxy A07 5G boasts IP54 dust and water resistance, offering reliable protection from accidental splashes and exposure to water. Its superior surface durability, such as the glass fiber-reinforced polymer on the back, also protects against scratches or breakage. Balancing a stylish form and essential functions, the Galaxy A07 5G is sleek and refined at 8.2mm thick, weighing 199 grams.  

Versatile Core AI Experience 

Galaxy A07 5G includes AI features such as Gemini and Circle to Search, improving the smartphone experience. Gemini can be activated using the side keys to assist with complex tasks across Galaxy and third-party apps. Gemini Live allows users to interact verbally for instant answers and analysis. Circle to Search enables convenient searches for information on images, music, or text displayed on screen.  

Secure Future-Ready Galaxy Experiences 

The Galaxy A07 5G will receive six generations of Android OS upgrades along with six years of security updates. This ensures users’ devices remain secure and perform at their best well into the future.  

With One UI 8.0 installed, the new model offers improved usability and more personalization options. Galaxy A07 5G users can also rest assured with Samsung’s solid security and privacy innovations. The Galaxy A07 5G is equipped with Samsung’s Knox Vault, which keeps sensitive personal information extra secure with dedicated tamper-resistant hardware.  

Pricing and Availability 

The Galaxy A07 5G is available at PHP 8,990 for the 64GB variant and PHP 9,990 for the 128GB variant, both in black and light violet. 

Sources:https://news.samsung.com/ph/power-to-play-stream-and-multitask-all-at-once-with-the-new-samsung-galaxy-a07-5g 

Galaxy A07 5G debuts with 6,000mAh battery, 120Hz display

According to late 2025 and early 2026 reports, the 3.9 mm Galaxy Z Trifold does not resist extreme pressure, failing the JerryRigEverything durability test by snapping at the unreinforced antenna line.  

Although engineered for a 200,000-fold lifespan. Its ultra-thin triple-folding design makes it susceptible to breakage under bending stress.  

Key Durability Findings 

• Bend test failure: The device failed the bend test with the frame breaking near the antenna lines, which are not reinforced with metal.  

• A seemingly thin profile: at 3.9 mm unfolded, the Samsung Galaxy Z Trifold leaves little room for heavy-duty internal reinforcement.  

• The internal display is vulnerable, showing scratches at Mohs level 2.  

• Hinge longevity: Although built to tolerate 200,000 folds, some tests suggest the hinge mechanism may begin to creak after approximately 60,000 folds, as reported in an Instagram video.  

Despite its cutting-edge 3.9 mm profile, the Samsung Trifold is less durable than conventional foldables.  

Galaxy Z Trifold Faces Durability Concerns 

Samsung’s new Galaxy Trifold is designed to improve mobile productivity with its triple-fold design, 10-inch screen, Snapdragon 8 Elite chipset, and 5600 mAh battery. However, recent durability tests have revealed weaknesses that may concern potential buyers. This has led industry observers to question whether the drive for thinner, more versatile devices is affecting the reliability of foldable technology.  

The Galaxy Z Trifold unfolds twice, providing a tablet-like experience in a compact form. Samsung states that the device is designed for ultimate productivity in a mobile workspace, with cinematic viewing, according to its press release on Samsung Newsroom. However, the dual hinges and multiple screens create additional potential failure points, a concern highlighted by independent testing. Reviewers have subjected the device to intensive evaluations to assess its durability.  

Considerable testing by the YouTube channel JerryRigEverything exposed the Trifold to scratches, burns, and bends. The device failed the bend test, breaking when folded backward. The result is a setback for Samsung, as earlier models like the Samsung Z-Fold series have generally performed better in similar tests.  

Hinges and Screens: Weak Links Exposed 

Best footage demonstrated that the trifold’s outer screen is prone to scratches at level 6 on the Mohs hardness scale, with deeper grooves appearing at level 7. While this is typical for foldable displays, it is still a concern for a premium device. The inner screens, despite ultra-thin glass protection, were also easily scratched by common items such as keys or coins. According to TechReader, this vulnerability underscores the ongoing challenge of balancing flexibility and durability in foldable technology.  

Samsung’s titanium-reinforced hinge, which stood about 150,000 folds in automated tests, as reported by 9to5Google. While this suggests sturdiness under typical use, the hinge failed during manual bend tests when subjected to pressure from unusual angles, resulting in structural failure. This significant flaw raises concerns about the device’s resilience to unintentional drops or twists in everyday use.  

User feedback on platforms such as X reflects similar concerns. Tech influencers have noted issues with screen softness and susceptibility to scratches. One influencer stated: “The trifold’s display scratches too easily, given its high price.” These reports are consistent with previous durability challenges in Samsung’s foldable series devices, including bubbling screen protectors on models like the Z Fold 3, revealing ongoing issues the company has yet to resolve.  

Industry Consequences For Foldable Advancements 

Samsung is not the only company advancing foldable designs. Competitors such as Huawei introduced trifold concepts several years ago, establishing a precedent that Samsung has now adopted. However, the trifold’s test failures show that while design and functionality have progressed, material science has not kept pace. Experts observed that the device’s 3.9mm thickness, though slim, may compromise its physical integrity in favor of portability.  

Recent progress in foldable technology has addressed issues such as crease visibility and water resistance, as seen in devices like the Galaxy Z Fold 7 and Google Pixel 10 Pro Fold, according to Engadget. However, durability remains a major challenge, especially for multi-fold devices with more moving parts. Samsung’s IP48 rating provides some protection against dust and water but does not address the mechanical stresses identified in recent tests.  

Industry specialists suggest these failures may affect consumer confidence. Foldables are still niche products, and incidents like this reinforce perceptions of them as fragile luxuries, notes a mobile technology consultant, with prices reportedly near $3,000, and consumer expectations for durability comparable to that of traditional smartphones. The trifold issues may lead Samsung to focus on stronger materials or redesigned hinges in future models.  

Testing Methodologies and Real-Life Relevance 

The JerryRigEverything test, though extreme, exposes potential weak points by subjecting devices to razor blades, open flames, and forceful bending. While these conditions exceed normal use, Tom’s Guide notes that such torture tests simulate worst-case scenarios, including scratches from pocket debris or accidental bends during travel.  

Compared with Samsung’s internal testing, which claims that Rafford can withstand 200,000 folds, independent verification, such as that from Android Police, exposes discrepancies. The hinges fail after 150,000 cycles in a controlled environment, whereas they immediately collapse under manual force, suggesting that automated tests may not fully capture human-induced stresses. This gap between lab tests and practical durability is a recurring theme in foldable reviews.  

One ex-user and reviewer notes that while the Trifold offers strong performance, including a 200MP camera and flawless multitasking, durability concerns eclipse these benefits. One post criticized its plastic-heavy build, calling it too thin and made of too much plastic. A quote by Notebook Check. This feedback may prompt Samsung to adjust warranty policies or introduce better protective accessories.  

Competitive Forces and Future Directions. 

The affordable market is heating up with Samsung facing stiff competition from brands innovating in similar spaces. Huawei’s earlier tri-fold model has been praised for its robustness, putting pressure on Samsung to match or exceed those standards. Industry analysts speculate that the tri-fold’s issues stem from rushed development to capitalize on hype around multi-fold devices, potentially at the expense of thorough durability engineering.  

Upcoming developments in materials, for example, enhanced ultra-thin glass or self-healing polymers, could resolve these issues. Samsung continues to invest in R&D, as shown by ongoing improvements to the desired series. However, the Trifold’s test results reported by Gadgets360 highlight the need to balance innovation with reliability.  

For enterprise users, the durability of productivity-focused devices is essential. A broken hinge can lead to lost work time and greater repair costs, discouraging adoption in professional environments. Samsung may address this through software updates to monitor hinge health or by partnering with case manufacturers to provide added protection.  

Consumer Mood and Market Response 

Public response on sites such as X is mixed. Some users are enthusiastic about the trifold’s form factor, its 6.5-inch cover screen, and its cinematic professional potential. Some caution about peak gimmick status, as one influencer described this divide. Mirrored continuing debates about whether foldables are already for mainstream adoption or remain experimental.  

Reviewers from Android Central are reporting that the device snapped almost immediately during testing, further increasing calls for improved build quality. Samsung’s history with foldables, including the initial Galaxy Fold recalls for screen issues, provides context for these concerns. While the company has made progress, the tri-fold indicates further improvements are needed.  

As the market evolves, educating consumers on proper handling may reduce some risks. Tutorials on avoiding backward bends or using protective cases could become standard. However, for a device marketed as “the shape of what’s next,” as Samsung describes it, durability issues may hamper its momentum.  

Trifold’s main challenge is the engineering difficulty of managing two hinges, which must synchronize precisely to avoid stress imbalances. 9to5Google examined this issue in their coverage of the Bend Test failure, while the aluminum frame and titanium elements offer some reinforcement. The device’s thinness, designed for user appeal, compromises durability.  

Compared to single-fold devices, additional folds significantly increase the risk of failure. Sector reports show that while single-hinge foldables have matured, trifolds cause challenges, such as irregular weight distribution during partial unfolds. Samsung’s engineers likely expected some trade-offs, but the scale of failures in public tests has prompted internal reviews, according to sources familiar with the matter.  

The Galaxy Z Tri-Fold Durability Challenges Mark a Critical Point for Foldable Technology as Manufacturers Pursue Ambitious Designs. Success will depend on harmonizing innovation with practical durability. For now, potential buyers may wait for improvements to maintain reliability.  

Source: https://www.webpronews.com/samsung-galaxy-z-trifold-faces-durability-woes-in-tests/ 

The EU AI Act’s February Compliance Wall refers to 2 February 2025 when the first and most critical provisions of the regulations take effect. Unlike later deadlines focused on documentation, this date bans certain high-risk AI practices and requires immediate staff training. 

Below is a summary of the requirements effective 2 February 2025: 

Key prohibitions (unacceptable risk) 

Practices posing an unacceptable risk to safety, livelihood, or rights are now prohibited (Chapter 2, Article 5). 

• Manipulative AI: systems using subliminal or deceptive techniques to distort behavior materially. 

• Exploitation of vulnerabilities: Systems taking advantage of vulnerabilities such as age, disability, or socio-economic status to cause harm or distort behavior. 

• Social scoring AI systems used to evaluate, classify, or score individuals based on social behavior, possibly resulting in detrimental treatment. 

Biometric Surveillance & Categorization 

• Real-time remote biometric identification in public places for law enforcement erupts in narrowly defined cases. 

• Un-targeted collection of internet images or CCTV footage to build or expand facial recognition databases. 

• Emotion recognition systems in workplaces and educational institutions. 

• Biometric categorization to infer sensitive characteristics such as race, political opinions, or sexual orientation. 

Predictive policing: AI systems assessing the risks of criminal offenses based solely on profiling or personality traits. 

Mandatory AI Literacy (Chapter 1) 

Companies that provide or deploy AI systems must ensure adequate AI literacy among staff and others who handle these systems on their behalf. 

• Action required: Organizations must promptly provide training to ensure staff understand AI opportunities, risks, and potential harms. 

Sanctions for Noncompliance. 

Sanctions for violations are severe and intended to deter non-compliance. 

• Fines up to €35 million or 7% of total worldwide annual turnover from the previous financial year, whichever is higher. 

Who is Affected? 

The Act applies to: 

• Provider’s entities developing AI systems, whether inside or outside the EU. 

• Deployers: Entities using AI systems professionally within the EU. 

• Importers/distributors: Entities placing AI systems on the EU market. 

• Extra-territorial reach: Companies outside the EU must comply if their AI systems impact individuals in the EU. 

Upcoming Compliance Deadlines 

February 2025 compliance deadline marks the start of a staged rollout: 

• 2 August 2025: Rules on general-purpose AI models and governance, including associated fines, take effect. 

• August 2, 2026: Most remaining provisions of the AI Act, including rules for high-risk AI systems, become applicable. 

• 2 August 2027: Compliance required for high-risk AI systems embedded in already regulated products, such as medical devices and toys. 

In Brief 

The EU AI Act establishes a comprehensive statutory framework for companies operating AI systems in the EU. From 2 February 2025, regulated companies are required to ensure AI literacy and avoid prohibited AI practices. Non-compliance can result in significant fines. 

The Applicability of Chapters I and II of the AI Act 

EU Regulation 2024/1689 (AI Act) establishes a uniform legal framework for the development, marketing, deployment, and use of artificial intelligence systems (AI Systems) in the EU. The act entered into force on 1 August 2024, with its rules taking effect at later dates. Chapters 1 and 2 will apply from 2 February 2025, and companies should prepare accordingly. Below is a summary of these chapters: 

Chapter I : AI Literacy 

Chapter 1 defines the scope of the AI Act and provides definitions. Article 4 requires companies that provide or deploy AI systems to ensure mandatory AI literacy within their organizations. 

AI literacy refers to the skills, knowledge, and understanding that enable providers, deployers, and affected individuals to make informed decisions about AI systems and understand their opportunities, risks, and potential harms. 

To comply with AI literacy requirements, companies have to ensure that their staff and others involved in operating or using AI systems have adequate AI literacy. This usually involves promptly organizing training and education for all relevant personnel. 

Chapter 2: Prohibited AI Practices 

Chapter on prohibited AI practices will also apply from 2 February 2025. The following practices will be prohibited from that date: 

• By systems that use subliminal, manipulative, or deceptive techniques to intentionally or effectively distort behavior; 

• AI systems that take advantage of vulnerabilities of individuals or groups to intentionally and effectively distort their behavior; 

• AI systems that recognize emotions in workplaces or school environments; and 

• AI systems that create or expand facial recognition databases using internet images or CCTV footage. 

Non-compliance with rules on prohibited AI practices may lead to administrative fines of up to €35 million or 7% of the company’s global annual turnover. Member states may also establish additional sanctions, including those for failing to meet AI literacy requirements. 

Source: https://insightplus.bakermckenzie.com/bm/data-technology/european-union-ai-act-provisions-applicable-from-february-2025/

PRISM demonstrates the value of a dedicated research approach in the AI sector.OpenAI has launched Prism, an AI workspace powered by GPT-5.2 that integrates directly into scientific research workflows. The cloud-based platform supports unlimited projects and collaborators and is available to anyone with a ChatGPT account. The platform embodies OpenAI’s ambition to lead in scientific research, possibly making ChatGPT a co-author for future publications. 

Kevin Weil, OpenAI’s VP for Science, said on LinkedIn: “2026 will be for AI in science what 2025 was for AI in software engineering.” 

An important moment for ChatGPT 

PRISM integrates GPT-5.2 into the research environment while maintaining awareness of the project’s background, including methodology, data sources, and conceptual models. It supports tasks from drafting abstracts to preparing publications and can convert whiteboard diagrams into professional tickZ diagrams. 

At GPT, currently receives about 8.4 million weekly messages related to advanced test sciences. In December, AI achieved breakthroughs by solving Erdős problems and establishing proofs for statistical axioms using GPT-5.2 Pro. 

Science influences nearly every aspect of daily life, from medicine and energy to public safety. However, scientific progress is limited by traditional research methods. Despite rapid advances in AI, many scientific tasks still depend on tools that have not changed in decades.  

OpenAI is introducing Prism, a free AI-native workspace for scientific writing and joint work powered by ChatGPT-5.2. Prism supports unlimited projects and collaborators and is available today for anyone with a ChatGPT personal account.  

PRISM will be available soon to organizations using ChatGPT business enterprise and education plans.  

From Isolated Tools to Integrated Workflows 

In the past year, AI has accelerated scientific work across multiple fields. Advanced reasoning systems, such as ChatGPT-5, are advancing mathematics, expediting analysis of human immune cell experiments, and increasing the pace of experimental iteration in molecular biology.  

While this progress is early, it is clear that AI will play a significant role in advancing science.  

At the same time, much of the everyday work of research, drafting papers, revising arguments, managing equations and citations, and working with collaborators remains fragmented across disconnected tools. Researchers often move between editors, PDFs, LaTeX compilers, reference managers, and separate chat interfaces, losing context and interrupting focus.  

Prism is our initial step to address this splintering  

What Prism Is 

PRISM is a free web space for scientific writing and a joint effort with GPT-5.2, OpenAI’s most advanced model for mathematical and scientific reasoning, integrated directly into the workflow.  

PRISM combines drafting, revision, collaboration, and publication preparation in a single, cloud-based LAT-X-native workspace. Instead of functioning as a separate tool, GPT-5.2 operates within the project itself with access to the paper structure, equations, references, and context.  

Prism builds on Crixet, a cloud-based LaTeX platform acquired by OpenAI and developed into a unified product. This offered a strong foundation for a mature writing and joint-effort environment, enabling seamless AI integration into scientific workflows.  

With Prism, researchers can:  

• Engage with GPT-5.2 Thinking to explore ideas, test hypotheses, and deal with complex scientific problems in context.  

• Draft and revise papers using the full document context, including adjacent text, equations, citations, figures, and structure.  

• Search for and include pertinent literature, such as from arXiv, within the current manuscript and update text based on newly identified related work.  

• Create, refine, and analyze equations, citations, and figures with AI that understands their relationship throughout the paper.  

• Convert whiteboard equations or diagrams directly into LaTeX, removing the need for manual graphic adjustments.  

• Collaborate in real-time with co-authors, students, and advisors with immediate updates to edits, comments, and revisions.  

• Make direct in-place changes to the document without transferring content between separate editors or chat tools.  

• Use optional voice-based editing to make simple changes without disrupting writing or review.  

Built For Large-scale Collaboration 

Scientific research is fundamentally collaborative. Papers are shaped over time by co-authors, students, advisors, and reviewers, often across institutions and geographies.  

PRISM enables research teams to collaborate without setting limits or access restrictions. As a cloud-based platform, it eliminates the need for local LAT-X installations or environment management, simplifying collaboration in a shared workspace.  

PRISM reduces version conflicts, manual merging, and administrative overhead, helping teams to focus more on their research.  

Increasing Access to Scientific Tools 

Equally important, PRISM is designed to increase accessibility.  

Prism is free to use, and anyone with a ChatGPT account can begin writing immediately. There are no subscriptions or seat limits. By making high-quality scientific tools accessible and widely available, we aim to empower more researchers across institutions, disciplines, and career stages. To participate fully in the scientific process, additional advanced AI features will become available through paid ChatGPT plans over time.  

The Importance of These Moments Now 

In 2025, AI changed software development forever. In 2026, we expect a comparable shift in science as AI begins to meaningfully accelerate discovery in several ways, including by reducing friction in day-to-day research. PRISM is an early step toward that future.  

We look forward to learning from researchers using Prism and to developing tools together that advance scientific research. Try Prism for free at prism.openai.com. 

What does this mean for science discovery? 

This launch constitutes a fundamental change in scientific research with Prism’s impact measured by: 

• Reduced time-to-submission 

• Fewer revision cycles 

• Integration with current tools 

Main challenges include: 

• Possible citation errors 

• Over-simplification of complex cases 

• Confidentiality issues for unpublished manuscripts 

PRISM enters academia at a time of both opportunity and risk. Tools that standardize reasoning, enforce citation checks, and preserve context may help reduce errors. 

OpenAI has invested significantly in scientific explanations, applications, publishing work on mathematical discovery, cell analysis, and biology experiments. The company plans to release a research intern-level tool by September and automated AI research by March 2028. 

Source: https://openai.com/index/introducing-prism/ 

NVIDIA Rubin CPX-GPU is purpose-built to handle million-token coding and generative video applications.  

• NVIDIA Vera Rubin NV114 CPX platform packs 8 exaFLOPS of AI performance and 100 TB of fast memory in a single rack.  

• Companies can achieve $5B in token revenue for every $100M invested.  

• AI innovators such as Cursor, Runway, and Magic are evaluating how Rubin CPX can accelerate their applications.  

NVIDIA introduced its next-generation Rubin AI platform at CES 2026, initiating an annual release cycle to keep pace with the rapid expansion of agentic AI and reasoning models marketed as six chips that make one AI supercomputer, Rubin. Rubin is designed for high efficiency, offering up to 10x reductions in in inference token costs and requiring 4x fewer GPUs for training than the Blackwell platform.  

The platform is now in full production with partner products expected in the second half of 2026.  

Core Components of the Rubin Platform 

Rubin emphasizes extreme co-design through integrated computing, networking, and software into a unified rack-scale system (Vera Rubin NvL 72):  

• Rubin GPU: The flagship AI accelerator featuring a third-generation transformer engine, HBM4 memory, and 50 petaflops of NVF P4 compute.  

• There is a CPU: An ARM-based processor with 88 custom cores optimized for agentic reasoning and data movement.  

• Nvlink 6 switch: Sixth-generation interconnect offering 3.6 TBs per GPU, allowing 72 GPUs to operate as a single unified accelerator.  

• ConnectX-9 SuperNIC: Enables 1.6T bits of networking bandwidth to each GPU.  

• Bluefield-4DPU: Integrates networking, security, and storage tasks, including the new Advanced Secure Trusted Resource Architecture (ASTRA) for secure multi-tenant operation.  

• Spectrum-6 Ethernet switch supports 102.4 TB per switch chip with co-packaged optics for large-scale AI fabrics.  

Key Performance and Efficiency Breakthroughs 

• Inference efficiency: Rubin delivers a 10x reduction in inference token cost and 5x greater power efficiency than Blackwell.  

• Training capabilities: The platform trains a mix of expert (MOE) models with only one-quarter of the number of GPUs required by previous generations.  

• Memory and bandwidth: Rubin uses HBM4 memory, doubling interface width and delivering 3x faster attention capabilities than earlier systems.  

• Backscale design: The Vera Rubin NVL72 system supports 72 GPUs and 36 Vera CPUs in a cable-free, liquid-cooled design, enabling assembly and servicing 18x faster.  

New Rubin CPX variant 

NVIDIA also introduced Rubin CX, a GPU purpose-built for massive context, long-term reasoning, including large-scale software engineering, and 1-million-token context video generation.  

• Vera Rubin: Nvl144cpx: A rack-scale platform delivering 8 exaflops of AI performance and 100 TB of high-speed memory.  

• Availability: Rubin CPX is expected by the end of 2026.  

Ecosystem and Adoption 

Major industry partners are already adopting the Rubin platform for 2026, including:  

• Cloud Providers: Microsoft Open (Fairwater AI Superfactories), Coreweave, AWS, Google, and Oracle.  

• AI Labs: OpenAI, Anthropic, Meta, and xAI.  

• Infrastructure Partners: Dell, HPE, Lenovo, Supermicro, and Cisco.  

The Rubin platform tackles increasing power density and cooling requirements in data centers while reducing the total cost of ownership for AI-native organizations.  

At the AI Infra summit, NVIDIA announced NVIDIA Rubin CPX, a new GPU designed for massive context processing. This allows AI systems to handle million-token software coding and generative video with significant speed and operational efficiency gains.  

Rubin CPX operates alongside NVIDIA/NVIDIA VERA CPUs and Rubin GPUs within the new NVIDIA/VERA Rubin NVL144 CPX platform. The Integrated NVIDIA/MGX system delivers eight exaflops of AI compute, offering 7.5 times the AI performance of NVIDIA GB300 NVL72 systems, along with 100 TB of Fast Memory and 1.7 PB/s of memory bandwidth in a single rack. A dedicated Ruby-Rubin-CPX Compute Tray will be available for customers seeking to re-use existing VERA/RUBIN NVL144 systems.  

The Vera-Rubin platform will mark another leap in the frontier of AI computing, introducing both the next-generation Rubin GPU and a new category of processors called CPX, said Jensen Huang, founder and CEO of NVIDIA. Just as RTX revolutionized graphics and physical AI, Rubin CPX is the first purpose-built CUDA GPU for massive-context AI, where models reason across millions of tokens of knowledge at once.  

NVIDIA Rubin CPX delivers high performance and token revenue for long context processing, exceeding the capabilities of current systems. This advancement enables AI coding assistance to evolve from basic code generation tools to refined systems capable of understanding and optimizing large-scale software projects.  

Processing video can require AI models to handle up to 1 million tokens per hour of content, pushing traditional GPU capabilities to the limit. Rubin CPX integrates video encoders, decoders, and long-context inference processing into a single chip, enabling advanced long-form applications such as video search and high-quality generative video.  

Based on the NVIDIA Rubin architecture, the Rubin-CPX-GPU features a cost-efficient monolithic die design with advanced NVFP4 computing resources. It is optimized to deliver high performance and energy efficiency for AI inference tasks.  

Advancements Offered By Rubin CPX 

NCPX provides up to 30 petaflops of compute with NVFP4 precision guaranteeing high performance and accuracy. It includes 128 GB of cost-efficient GDDR7 memory to support demanding context-based workloads. Additionally, it offers three times the attention speed of NVIDIA’s GB300/NVL72 systems, enabling AI models to process longer context sequences without sacrificing speed.  

Rubin CPX is available in multiple configurations, including the Vera-Rubin NVL144 CPX, which can be integrated with the NVIDIA Quantum x800 InfiniBand Scale-out Compute Fabric or the NVIDIA Spectrum X Ethernet Networking Platform featuring Spectrum XGS Ethernet Technology and ConnectX9 SuperNICs. The Vera-Rubin NVL144 CPX supports large-scale monetization with $5B in token revenue projected for every $100M invested.  

Software Support 

NVIDIA Rubin CPX will be supported by the full NVIDIA AI stack from accelerated infrastructure to enterprise-ready software. The NVIDIA Dynamo platform efficiently scales AI inference, increasing throughout while lowering response times and model serving costs.  

Our processors will support the latest NVIDIA Nervana Mx family of multi-model models, which offer advanced reasoning for enterprise AI agents and production-grade AI. Nemotron models are available through NVIDIA AI Enterprise. This software platform includes NIM microservices, as well as AI frameworks, libraries, and tools for deployment on NVIDIA-accelerated clouds, data centers, and workstations.  

The Rubin platform builds on years of innovation, expands NVIDIA’s developer ecosystem, which includes CUDA-X libraries, a community of over 6 million developers, and nearly 6000 CUDA applications.  

Availability 

NVIDIA Rubin CPX is expected to be available at the end of 2026.  

Source:https://nvidianews.nvidia.com/news/nvidia-unveils-rubin-cpx-a-new-class-of-gpu-designed-for-massive-context-inference

The 2025 Apple Vision Pro features the advanced M5 chip, delivering twice the CPU and GPU performance of the original M2. Users will experience faster app launches, smoother task switching, and improved 120Hz refresh rates. The update also introduces the more comfortable dual-knit band, enhanced 3D personal accuracy, and sharper pixel rendering.  

Key upgrades and features 

• Performance: the M5 chip delivers up to twice the CPU and GPU speed and 27x faster AI performance thanks to its improved 3nm architecture.  

• Display & visuals: the display now supports 120Hz up from 100Hz and offers approximately 10% sharper, more refined images, especially in Mac Virtual Display mode.  

• Comfort & Design: the updated dual-knit band features a dual rib structure for improved comfort, stability, and weight distribution.  

• Functionality: The M5 chip enables faster environmental loading, improved hand and eye tracking, and more realistic, detailed personas with enhanced spatial photo generation.  

• Pricing: The M5 Vision Pro starts at $3,499  

Although the M5 model offers improved performance, it retains the same pass-through cameras as the original, which have received some criticism. The upgraded headset delivers a more refined and responsive spatial computing experience, but it may not be essential for current M2 users.  

Apple has introduced the Apple Vision Pro, featuring the M5 chip that delivers enhanced performance, improved display rendering, faster AI-powered workflows, and longer battery life. The updated Vision Pro includes the dual-net band for greater comfort and Vision OS 26, which offers new features such as widgets, new personas, an interactive Jupiter environment, and expanded Apple intelligence features with additional language support. The App Store now offers over 1 million apps and thousands of games, while the Apple TV app features hundreds of 3D movies. Apple Immersive introduces new series and films with live NBA games coming soon. Vision Pro with M5 and the Dual-NET band is available at apple.com. Customers can book a demo at Apple Store locations, and the device will be available nationwide on Wednesday, October 22.  

With the breakthrough performance of M5, the latest Apple Vision Pro delivers faster performance, sharper details throughout the system, and even more battery life, establishing a new standard for what’s possible in spatial computing, said Bob Borchers, Apple’s vice president of worldwide product marketing. Combined with the dual-nit band, new features in Vision OS 26, and Apple Immersive Events across adventure, documentary, music, and sports, the new Vision Pro makes spatial computing more capable and engaging.  

A Stride Ahead In Performance With the M5 

The M5 chip delivers a faster, smoother, and more responsive performance for Apple Vision Pro users, while enabling developers to create advanced, special, and immersive applications. Built with 3rd Gen 3nm technology, the M5 features a 10-core CPU for improved multi-threaded performance, resulting in quicker app and widget load durations and more responsive web browsing. The 10-core GPU supports hardware-accelerated ray tracing and mesh shading, letting developers enhance lighting, shadows, and reflections in games such as Control.  

With the M5 chip, Apple Vision Pro renders 10% more pixels on its custom micro-OLED displays than the previous generation, resulting in sharper images, clearer text, and improved visuals. Vision Pro can increase the refresh rate up to 120 Hz to reduce motion blur when viewing physical surroundings and provide a better experience with the Mac virtual display. The M5 works with the R1 chip, which handles input from 12 cameras, 5 sensors, and 6 microphones, streaming new images to the displays within 12 milliseconds. For instant viewing, the battery now supports up to 2.5 hours of general use and up to 3 hours of video playback on a single charge. Users can extend usage by connecting the battery to power at home, in the office, or while commuting.  

The 16-core neural engine enables AI-powered features to run up to 50% faster for system experiences, such as capturing a persona or transforming photos into special scenes, and up to twice as fast for third-party apps compared to the previous generation. With M5 developers like JIGspace, are launching new enterprise use cases that combine special computing with on-device AI. Leveraging Apple’s base model framework, the new JIGSpace app for Vision Pro uses the on-device model at the core of Apple Intelligence to simplify complex information. Users can analyze detailed datasets using natural language and explore sophisticated objects, such as wind turbines, through interactive 3D models.  

The New Dual-Knit Band Delivers A More Comfortable Fit 

The dual-kit band delivers enhanced comfort with upper and lower straps 3D knitted as a single piece, creating a dual rib structure for cushioning, breathability, and stretching. The lower strap includes flexible fabric ribs with tungsten inserts providing a counterweight for improved comfort, balance, and stability. The dual-function fit dial permits precise adjustments for an optimal fit. The dual-knit band is available in small, medium, and large sizes, can be purchased separately, and is compatible with the previous generation Apple Vision Pro. Apple Vision Pro. Customers can determine their ideal size using the Apple Store app for iPhone.  

Powerful Spatial Experiences with Vision OS 26 

Vision OS 26 launches advanced spatial experiences to Apple Vision Pro. Digits integrate into the user’s space and reappear with each use, giving quick access to time, weather, music, podcasts, photos, and ChatGPT. Enhanced persona features make communication in apps like FaceTime more natural. Special scenes use generative AI to add depth to photos, bringing memories vividly. Users can play back 180-degree, 360-degree, and wide-field-of-view videos from action cameras, and creators can publish these formats in apps like Safari and Vimeo. With iPadOS 26.1 available later this fall, the Apple Vision Pro app will be available on iPad, letting users discover content, queue downloads, find tips, and access information about their Vision Pro.  

New Apps, Content, and Games to Explore 

Apple Vision Pro offers access to over 1 million apps, including more than 3,000 Vision OS designs. Users can design homes with HomebyMe and Love’s Style Studio. Update their wardrobe with Balenciaga and view artwork with Christie’s Select and Art Authority Museum. They can also explore global locations with Epic Earth and explore POV. Create a planetarium with Space Vision or experience history with D-Day: The Camera Soldier.  

Apple Vision Pro remains the ultimate entertainment device. With the new Vision Pro, users can experience concerts like never before with Appliance; tune in to their favorite teams with apps from major sports leagues; or enjoy personal data with apps from popular streaming services on a screen that appears up to 100 feet wide. Apple Immersive continues to reinvent storytelling, and Vision Pro users can enjoy new series and films on the Apple TV app. New titles from the Audi F1 project, the BBC’s Hybe, and Red Bull will launch on Apple Immersive in the coming months. The Apple TV app is also home to over 250 3D movies, featuring recent blockbusters like Superman. Jurassic World Rebirth, How To Train Your Dragon (2025), and Wicked.  

Gaming on the Apple Vision Pro is next-level, thanks to its ultra-high-resolution displays, advanced spatial audio system, low latency, and responsive controls. It supports several input methods, including Sony DualSense controllers with multi-dual pairing, Glass Breakers, Champions of Mouse, and the latest titles on gaming consoles and personal computers with apps like Portal and Stream Link. With support from the PlayStation VR 2 Sense controller, players can get a new class of immersive games with high-performance 6 DoF motion tracking, finger touch detection, and vibration support. ELU Legend, Pickle Pro, Ping Pong Club, and Spatial Rifts are among the first games to support the PlayStation VR2 controller.  

Apple Vision Pro and the Environment 

Apple 2030 is the company’s plan to reach carbon neutrality across its entire footprint by the end of the decade, focusing on reducing emissions from materials, electricity, and transportation.  

The Apple Vision Pro uses:  

• 100% recycled aluminum in its frame and battery enclosure  

• 100% recycled rare earth elements in all magnets  

• 100% recycled cobalt in its battery  

Vision Pro is built for durability and meets Apple’s standards for energy efficiency and safe chemistry. Its paper packaging is entirely fiber-based and easily recyclable.  

Apple’s Vision Pro moves to the M5 chip with 2x performance, a new Dual Knit Band, and visionOS 26. Discover the $3,499 spatial computer’s latest AI capabilities. 

Source: https://www.apple.com/au/newsroom/2025/10/apple-vision-pro-upgraded-with-the-powerful-m5-chip/

Key takeaways 

• 10% of corporate staff: The 30,000 planned cuts between October 2025 and January 2026 represent a small portion of Amazon’s roughly 1.58 million total employees, as the majority work in fulfillment centers.  

• The layoffs are aimed at enhancing Amazon’s long-term efficiency, occurring even as the company remains profitable. This move prioritizes operational effectiveness over addressing financial shortfalls.  

• NOT A NEW RHYTHM: Executives clarified that this is not intended to be a recurring monthly event, though further adjustments may be made as needed. This assurance transitions to the immediate timeline and effects for staff.  

The layoffs begin on Wednesday. Impacted staff have 90 days to seek new internal roles.  

Amazon Has Announced An Additional 16,000 Job Cuts 

These cuts primarily affect corporate roles in Amazon Web Services (AWS), retail, and human resources. This is the second major round of layoffs within three months, the first occurring in October 2025 when 14,000 positions were eliminated, including the newly announced reduction. Amazon will have cut nearly 30,000 corporate employees in this period, representing about 10% of its corporate workforce.  

Although demand for cloud computing and advancements in AI remain, these divisions are being reduced as Amazon moves toward greater efficiency and automation while adjusting to pandemic-related hiring. This context helps explain the recent focus on reorganization.  

Why AWS and Retail Are Shrinking 

• CEO Andy Jassy has stated that AI tools will allow the company to operate with fewer corporate staff as AI takes on more routine tasks and coding duties.  

• Cutting bureaucracy and layers: The layoffs aim to eliminate management layers added during the COVID-19 pandemic, Jassy stated. The goal is to return to being the world’s largest start-up through prioritizing speed and reducing bureaucracy.  

• Amazon is allocating more than $100B to data centers and AI capabilities. Savings from workforce reductions are directed to support AI infrastructure.  

• These cuts allow the closure of Amazon Fresh and Go stores that did not meet performance expectations as the company moves to a leaner retail model.  

• Ending pandemic over hiring: Amazon is reducing its corporate workforce to better match current market conditions after rapid growth during the pandemic.  

The role of AI in the layoffs 

• AI serves as an efficiency tool, not simply a replacement for jobs. While some interpret the cuts as AI-driven job losses, Amazon’s leadership maintains that AI enhances workforce productivity, enabling the company to achieve more with fewer staff.  

• AI usage in performance: Employees report that their use of AI tools is monitored, and that they are expected to use them to compensate for reduced staffing.  

• Investment priority: This shift signals a strategic shift away from traditional roles, focusing investment on the AI race with competitors such as Google and Microsoft.  

On Wednesday, Amazon confirmed 16,000 new corporate job cuts, completing a plan to eliminate approximately 30,000 positions since the first round of layoffs in October 2025. The company indicated that further reductions are possible after these actions over the next several months.  

Reuters reported last week that Amazon was planning a second round of job cuts, following earlier reductions since October, as part of CEO Andy Jassy’s efforts to reduce bureaucracy and discontinue underperforming businesses.  

On Tuesday, ahead of the Wednesday announcement of job cuts, Amazon announced it will close its remaining Fresh grocery stores and Go markets and discontinue the Amazon One biometric payment system.  

While 30,000 jobs are a small part of Amazon’s 1.58 million employees, they represent about 10% of the corporate workforce and mark the largest job cuts in the company’s history, surpassing reductions between late 2020 and early 2023. 

Beth Galetti, Amazon’s Chief Human Resources Officer, stated that the company needs to cut jobs by reducing layers, increasing ownership, and removing bureaucracy.  

Galetti indicated the company may implement more reductions, noting that some teams will make adjustments as appropriate.  

These are Amazon’s second major layoffs in three months, following 14,000 job eliminations in October, attributed to AI and cultural shifts. 

Amazon also acknowledged that it overhired during the COVID-19 pandemic when online shopping demand surged. Some of you might think this is the beginning of a new rhythm in which we announce broad reductions every few months.ths. Beth Galetti said in Wednesday’s note. That’s not our plan she said.  

Project Dawn 

On Tuesday, Amazon mistakenly sent an email referring to the layoff as a project affecting some Amazon Web Services staff, raising concerns among thousands of employees.  

The full extent of the cuts is unclear, but employees from various AWS units, including Alexa, Prime Video devices, advertising, last-mile delivery, Kindle, and supply logistics optimization, reported being affected.  

Amazon, which began corporate job cuts on Tuesday by announcing plans to close the Fresh and Go stores, did not respond to a Reuters request for comment. It also illustrates how artificial intelligence is changing corporate workforce dynamics. Major advances in AI assistance are helping enterprises execute tasks, from routine administrative tasks to complex development problems, with rapid speed and accuracy, driving widespread adoption.  

Jassy stated last summer that the company’s increased use of AI tools would lead to greater automation and corporate job losses.  

Executives at the World Economic Forum’s annual meeting in Davos said last week that while some jobs will be lost, new roles will emerge. Two executives told Reuters that some companies may use AI as a justification for planned job cuts. Microsoft opens a new tab. Sharply ramped up hiring during the COVID-19 pandemic surge and has recently been restructuring. UPS, Pinterest, and ASML all announced staff reductions in recent days.  

Amazon has invested in robotics at its warehouses to accelerate packaging and deliveries, reduce reliance on human labor, and lower costs.  

Amazon shares fell 2.1% in regular trading on Wednesday ahead of its quarterly results next week.

Source:  https://www.reuters.com/legal/litigation/amazon-cuts-16000-jobs-globally-broader-restructuring-2026-01-28/#:~:text=Summary,late%202022%20and%20early%202023.