Facepalm: Remember all the problems the original Galaxy Fold had with its folding display back in 2019? Seven years later, and with the device now in its eighth generation, debris getting inside through the hinge remains a problem – as iFixit has demonstrated.

iFixit’s teardown video notes that the Galaxy Z Fold 8 has an IP48 rating, confirming it is protected against foreign objects 1mm in diameter and larger, and can withstand immersion in up to 1.5 meters of fresh water for 30 minutes.

The problem comes when the handset encounters objects smaller than 1mm, such as fine dust and sand. iFixit showed what can happen when they make their way into the hinge mechanism – and it’s not good for owners of the $1,900 handset.

iFixit applied UV-reactive powder, some clumps of which measured around 0.04mm across, before repeatedly opening and closing the Fold 8. The hinge soon began making crunching and grinding noises, and the handset stopped opening normally.

The subsequent teardown revealed that the sealed parts of the phone had performed surprisingly well. The batteries, cameras, circuit boards, and other main electronics were remarkably clean. The exposed hinge, however, was caked in glowing powder, with debris packed throughout its many moving surfaces.

Samsung has previously treated the hinge and inner display as a single replacement assembly, meaning damage to either can require gutting the phone and replacing both.

Accessing one of the two batteries also requires removing the strongly glued outer display. The plastic bezel surrounding the folding screen broke into pieces during iFixit’s teardown, and the delicate OLED did not survive.

There were some positives, including a modular USB-C port and pull pouches that made battery removal easier. However, iFixit could not find a genuine Fold 8 cover display sold directly to US repairers, while official Fold 7 parts remain scarce. iFixit gave the handset a provisional repairability score of 4 out of 10.

The findings bring to ming the original Fold disaster. Debris beneath one review unit’s display created a bulge before the screen broke. A later teardown identified a 7mm bezel gap and openings around the spine that could let dirt enter.

Samsung has improved the Fold 8, including silicon-carbon batteries and titanium layers beneath the inner display. But until its hinge can keep out ordinary pocket debris, the phone’s most important moving part remains a liability.

Mastercard transactions were declined across Australia on Saturday afternoon after what the company describes as a scheduled system update, with more than 1,900 outage reports logged by mid-afternoon. Mastercard says the problem is resolved and all systems are working normally.

Mastercard payments stopped working across Australia on Saturday afternoon. “A scheduled system update caused Mastercard transactions to be declined for a period of time earlier today,” the company said, adding that the situation is resolved and all systems are working normally.

The wording is the interesting part. This was not an attack or a creaking legacy system giving way, but a planned change that declined cards across a continent.

Commonwealth Bank told customers payments were failing. Downdetector logged more than 1,900 reports by 3.27pm in Sydney, with transfers and mobile banking the most common complaints.

It landed at the worst hour of the week. “Today, cash is king,” said Asha Thompson, a bar manager in Melbourne’s Collingwood, before the fix arrived. “We’ve got a whole night to get through and it’s the biggest night of the week. It could be 40% of our takings.”

Australians were better prepared than the cashless story suggests. Reserve Bank research puts cash at 15% of payments by number in 2025, up from 13% in 2022, and more than three-quarters of people carry some, with a median of around A$65.

The reasons they give are the point. The RBA found people holding cash specifically because of concerns about the reliability of electronic payments, and a third saying they would face hardship or major inconvenience if cash became hard to get.

Europe has been building an answer to the same worry. The European Central Bank has named 36 payment firms for its digital euro pilot.

Resilience has always been part of that argument. A currency that keeps working when a foreign card network does not is one of the reasons Europe wants one.

Regulators are coming at the concentration problem from the other side too. The UK has formally designated Microsoft, Google, Amazon and Oracle as critical third parties to its financial system, bringing them under direct oversight.

This particular outage lasted hours and cost some bars part of a Saturday night. The uncomfortable part is how ordinary the cause was.

Seventy years ago, the physicists Clyde Cowan and Frederick Reines took a custom-built 10-ton detector, surrounded it with thick lead walls and wet sandbags, and placed it near a powerful nuclear reactor at the Savannah River Plant in South Carolina. They called the experiment Project Poltergeist, designed as it was to catch a ghost.

More than a quarter of a century before, physicists had been puzzling over why energy appeared to be lost during a radioactive process called beta decay. Something was missing, and there was no known physics to explain it. Then in 1930, the Austrian physicist Wolfgang Pauli proposed a radical solution: A virtually undetectable particle was silently carrying the missing energy away. “I have done a terrible thing,” Pauli told a friend. “I have postulated a particle that cannot be detected.” It would come to be known as the neutrino. Having almost no mass and no charge, these particles can pass through Earth and everything on it, including our bodies, virtually unimpeded.

The massive device that Cowan and Reines deployed in early 1956 was meant to find what Pauli thought was impossible. That June, the pair of physicists from the Los Alamos National Laboratory sent Pauli a telegram: “We are happy to inform you that we have definitely detected neutrinos.”

Attention then shifted to a broader question. If nuclear reactions produce neutrinos, could we use them to peer at the nuclear fireworks inside stars, including the sun? This presented a huge challenge: How can you possibly catch particles shooting from distant stars if these particles can pass through almost anything undetected? The suspicion was that detecting a particle that rarely collides with matter requires a vast amount of matter for it to collide with. Moreover, the matter would have to be shielded from the noise of other forms of radiation. So the answer scientists came up with was to build some of the biggest, deepest, and most exotic experimental traps in scientific history … and then wait.

In the 1960s, Raymond Davis Jr. and colleagues at Brookhaven National Laboratory placed a tank 1.5 kilometers underground in the Homestake mine in South Dakota and filled it with nearly 400,000 liters of a chlorine-based cleaning fluid called perchloroethylene. On the rare occasion that a passing neutrino struck a chlorine nucleus, it would be transformed into a radioactive form of argon that could be detected and counted. The experiment, which would run for 25 years, found just one-third the number of neutrinos coming from the sun that had been predicted in theoretical models. This became known as the solar neutrino problem.

Decades passed before it was solved—by yet more massive experiments. Deep in the Kamioka mine in Japan, Masatoshi Koshiba built a different kind of detector called Kamiokande, which used 3 million liters of ultrapure water. In this setup, neutrinos occasionally interact with atomic nuclei in the water. The interaction creates an electron that moves so fast, it generates a flash of what’s called Cherenkov light. This light gets picked up by detectors.

Kamiokande and Koshiba confirmed Davis’ shortfall, and a second, even larger detector, Super-Kamiokande, as well as Canada’s Sudbury Neutrino Observatory, explained the discrepancy. Neutrinos come in three different “flavors” (electron, muon, and tau) and can oscillate, or switch, between them. To do so, neutrinos must have mass, which the laws of physics failed (and still fail) to predict.

Newer neutrino detectors continue the tradition of grand ambitions and surprising results. The IceCube Neutrino Observatory below the Amundsen-Scott South Pole Station uses Antarctic ice instead of water. It has developed a map of the Milky Way made up only of neutrinos and traced these high-energy cosmic particles back to active galaxies powered by supermassive black holes. On the floor of the Mediterranean Sea, the Cubic Kilometer Neutrino Telescope (KM3NET) has detected the highest-energy cosmic neutrino on record. Its source remains unknown.

Nagaoka’s MP cartridges have earned a loyal following across North America and Europe for their clarity, transparency, detail, and superb tracking ability. The products themselves are not the problem. Buying them, however, has not always been as straightforward as it should be, with distribution in some markets becoming increasingly murky and it not always being clear who was officially importing the cartridges, setting prices, or supporting replacement styli.

That uncertainty matters more now. Nagaoka will raise Japanese pricing across most of the MP range on September 1, 2026, while several replacement styli will increase far more sharply, with some more than doubling in price. The changes apply to Japan, and Nagaoka has not confirmed equivalent increases for the United States or publicly identified a new American distributor. For existing owners, the bigger concern may not be the cost of another cartridge, but what happens when a superb tracker finally needs a new stylus.

The replaceable stylus has always been one of the saner parts of vinyl ownership.

Wear out the stylus on a Nagaoka MP cartridge and you can replace it without buying another cartridge body, realigning everything, and explaining to your spouse why another tiny box from Japan costs more than the monthly utility bill.

That arrangement is not going away, but it is becoming considerably more expensive for Nagaoka customers in Japan. But we all know that those price increases will not be restricted to that market.

Why Is Nagaoka Raising Prices?

Nagaoka says it has attempted to maintain current pricing since its previous adjustment in September 2024, but higher raw-material and logistics costs, along with currency fluctuations, have made that increasingly difficult.

The company says the increases are necessary to maintain product quality and a stable supply. Orders currently on backorder that are delivered on or after September 1 will be charged at the revised Japanese price. 

That explanation will sound familiar to anyone who follows the audio industry. Manufacturers across almost every category are dealing with higher component, transportation, labor, and materials costs. Cartridges are especially specialized products, with tiny production volumes compared with mainstream consumer electronics and little room to substitute cheaper parts without changing performance.

The new pricing still requires a closer look because the cartridges and replacement styli are not increasing at the same rate.

Nagaoka MP Cartridge Prices in Japan

The figures below are Nagaoka’s official Japanese MSRPs. Old and new prices are shown before tax, while the fourth column shows the new price including Japan’s 10 percent consumption tax. Percentage changes are calculated from Nagaoka’s published figures. 

The MP-150 receives the largest cartridge increase at 31 percent. The popular MP-110 rises by approximately 19 percent, while the MP-200 and MP-300 increase by roughly 20 percent.

The flagship MP-700 remains unchanged at ¥185,000 before tax. The mono cartridges and JT-80LB and JT-80BK models are also unchanged.

Nagaoka has actually reduced the pre-tax price of the headshell-mounted MP-700H slightly, from ¥191,000 to ¥190,000. It will not fund a weekend in Tokyo, but a price decrease is still a price decrease.

Replacement Stylus Prices Take the Hardest Hit

The larger story involves Nagaoka’s JN-P replacement styli.

The JN-P100 doubles in price. The JN-P300 rises by almost 132 percent, while the JN-P500 increases by more than 126 percent.

A comparison of Nagaoka’s figures reveals what appears to be a deliberate realignment: every replacement stylus from the JN-P100 through JN-P500 will now cost exactly 60 percent of the corresponding cartridge’s pre-tax Japanese MSRP.

Previously, those replacement styli ranged from approximately 31 to 43 percent of the complete cartridge price. 

Replacing the stylus will still cost less than purchasing a complete cartridge, and owners will avoid installing and aligning a new body. But one of the MP Series’ strongest economic advantages has become noticeably less compelling in Japan.

The JN-P700 replacement stylus remains unchanged at ¥85,000 before tax.

What Does This Mean for U.S. Buyers?

At this stage, nothing in Nagaoka’s announcement confirms a U.S. price increase.

The published figures are Japanese domestic prices. They should not be converted directly into dollars and presented as future American MSRPs. Currency conversion does not account for importing costs, dealer margins, distribution agreements, existing inventory, or whatever pricing structure Nagaoka ultimately uses in the United States.

There is also an unresolved distribution question.

Nagaoka’s official overseas distributor page lists STOKYO for the United States, but specifically identifies the company under “DJ Products.” It does not name a U.S. distributor for Nagaoka’s MP Series, JT Series, or other home-audio cartridges. 

LP Gear’s website currently states that it purchases directly from Nagaoka and is the company’s only authorized U.S. dealer. However, LP Gear has confirmed directly to eCoustics that its distribution relationship with Nagaoka has ended, meaning the language on that page is no longer current. 

The lack of a publicly identified U.S. distributor is not entirely new. At AXPONA 2025, Nagaoka representatives presented the company’s full cartridge range and indicated that the manufacturer was seeking U.S. distribution after years of limited American availability. 

Nagaoka returned to AXPONA in 2026 with its cartridge lineup, including the flagship MP-700, but a new American distribution partner has still not been publicly identified. 

Cartridges and replacement styli remain available from American online retailers, but retail availability does not answer who is importing the products, establishing official U.S. pricing, supporting dealers, or handling warranty claims.

The Bottom Line

Nagaoka’s Japanese cartridge increases are substantial but not entirely unexpected in the current manufacturing environment. Most MP models will rise by approximately 19 to 31 percent on September 1, while the MP-700 remains unchanged.

The replacement stylus increases are harder to ignore.

Several JN-P models will nearly double in price, while the JN-P300 and JN-P500 will more than double. Bringing every replacement stylus into line at 60 percent of the matching cartridge price creates a cleaner pricing structure for Nagaoka, but it makes long-term ownership more expensive for customers who selected the MP Series partly because replacing the stylus offered such strong value.

For American buyers, the important word for now is Japan. No U.S. increase has been announced, and no current U.S. distributor for Nagaoka’s home-audio cartridge range has been publicly confirmed.

eCoustics is seeking clarification from Nagaoka regarding its current U.S. distribution plans and whether the September Japanese price changes will have any effect on American customers. This story will be updated when that information is confirmed.

For more information: nagaoka.co.jp

Where to buy: Nagaoka is available at Amazon and Turntable Lab.

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Apple appears to be preparing a much broader push into smart-home hardware, with several new products in development as the company looks to expand beyond the HomePod mini and Apple TV, according to a 9To5Mac report.

The roadmap includes refreshed versions of both existing products, a new smart-home hub with a display, a larger HomePod update, and eventually Apple’s first dedicated smart-home security devices. The information comes from recent reporting summarized by 9to5Mac, which notes that Siri’s long-awaited AI upgrades could remove one of the obstacles that has held back new Home products.

Apple is finally giving the smart home some attention

The first products expected to arrive are updated versions of the HomePod mini and Apple TV 4K, reportedly later this fall. The HomePod mini could move from Apple’s S5 chip to the newer S9, along with a potential wireless chip upgrade and new colors. The bigger change may be software, with Siri AI expected to make the speaker more capable.

Apple TV 4K is also expected to receive a processor upgrade, potentially moving from the A15 Bionic to the A17 Pro. The new chip could support Siri AI and allow some Apple Intelligence features to run locally. A redesigned remote has also reportedly been considered.

Current pricing is $129 for the HomePod mini and $199 for Apple TV 4K, with the report suggesting Apple could retain those prices for the refreshed models. The more interesting product is Apple’s first dedicated smart-home hub. Reportedly in development under the internal name “HomePad,” the device could arrive between October and early 2027. Two versions are apparently being considered: a wall-mounted display and a speaker-based design similar to Google’s Nest Hub.

The device is expected to feature a 7-inch square display and a new operating system internally referred to as homeOS. It could handle FaceTime calls, control smart-home devices and interact with Siri AI, with an A18 chip reportedly powering the experience.

Cameras, doorbells and a smarter HomePod are also coming

Apple’s smart-home ambitions reportedly extend beyond speakers and displays. A full-size HomePod update is in development, although there is no firm release timeline. The refreshed speaker is expected to receive a newer chip to support Siri AI.

Further down the roadmap, Apple is reportedly preparing its first smart-home security products, including a security camera and smart doorbell. The company is also said to be developing a more advanced version of its smart-home display with a larger 9-inch screen and a robotic arm, effectively turning the device into a tabletop robot.

For consumers already invested in Apple’s hardware, the significance is clear: Apple appears to be building a smart-home platform rather than simply refreshing a couple of aging products. The next question is whether Siri AI can finally make the hardware useful enough to justify a place in the home.

Modern airliners are rather complicated feats of engineering. Innumerable safety-critical components are connected with tens of miles of wiring, complex digital buses, and dozens (perhaps hundreds) of computers. But, as hackers, we know that any computer can be hacked and, of course, aircraft avionics are no different. 

Modern aircraft typically use the ARINC 429 protocol. This differs from many protocols we see where multiple transmitters are allowed. ARINC 429 has a single transmission source. This makes a transmission-override attack hypothetically difficult, as an attacker was thought to need to physically replace a legitimate transmitter (like a flight management computer), a rather daunting task. However, the ARINC 429 transmitters sit behind a pair of 37.5 ohm resistors, so by transmitting on the same line, an attack device can simply override the legitimate transmitter’s power.

With this methodology, the researchers created a proof of concept demonstration using a GE 2907A4 flight management computer (FMC), a GE 577F1 multipurpose control and display unit (MCDU), and an Integrated Flight Systems Accessory Unit (IFSAU). These are all components commonly used on the ever-popular Boeing 737, wired together as would be standard on that aircraft. The FMC communicates over ARINC 429 with the pilot’s MCDU, which is used to program the autopilot and perform takeoff calculations (among other things). After analyzing the protocol between the FMC and MCDU, they were able to freeze the pilot’s display, overwrite it, or even change values received and displayed.

With this methodology, three attacks were proposed. Most dramatically, the autopilot could be reprogrammed, bringing the aircraft to a new waypoint. However, it was also possible to modify the weight and balance information in the FMC. These values are critical for flight safety, and even subtle miscalculations could spell disaster. However, it’s worth noting the pilots do retain full control of the aircraft, especially on the fly-by-cable 737. Still, any number of these attacks could lead to unsafe conditions aboard an aircraft.

However, this is all theoretical. Can it actually be pulled off in the real world? Unfortunately, yes. Though the obvious attack vector would be tapping into wires, this proves challenging by nature of individual wires being difficult to find in such large bundles, and ARINC 492’s operation probes to look for misbehaving devices. Rather, the researcher found an open maintenance port in the 737’s electronics bay with access to ARINC 429. They designed a tiny device capable of tapping into the port, which they believe can be inserted in 30 to 60 seconds by someone on the ground without even needing a ladder. Access to an aircraft is unfortunately poorly restricted, and determining exactly where the device came from would be extremely difficult. The device itself is a tiny ESP32 board that plugs into the data port. Operation is over WiFi.

Though the paper assumes the ever-troubled 737 is the target, nothing stops this from working on other aircraft. Moreover, by retaining physical controls, the 737 may have ended up being safer than some other aircraft.

Thanks [anfractuosity] for the tip!

Look, I really don’t think we should be naming our AI chatbots. It feels like one of the easiest ways to start anthropomorphizing them, encouraging us to see them as people or “beings” rather than tools. Which is then a slippery slope to users becoming too dependent on them.

But unfortunately, for many people that ship has already sailed. Whether they’re using AI as a friend, companion, work coach or something else, plenty of people have been given their chatbots names. And many others have gone a step further and asked the AI what it wants to be called.

A maximum-severity SAP Commerce Cloud remote code execution vulnerability patched three days ago is already being targeted in attacks, according to threat intelligence company Defused.

Commerce Cloud (formerly known as SAP Hybris) is a cloud-based e-commerce platform used by online stores owned by high-profile global brands and large retailers.

Tracked as CVE-2026-58231, this critical flaw stems from an improper authorization weakness in the core Data Hub Adapter extension for Commerce Cloud that threat actors without privileges can exploit in low-complexity attacks to execute arbitrary code.

“SAP Commerce Cloud allows an unauthenticated attacker to abuse a default authentication client and submit specially crafted input to certain functions lacking sufficient validation,” SAP explains.

“Successful exploitation could enable arbitrary code execution and compromise internal components, resulting in high impact on confidentiality, integrity, and availability of the application.”

While SAP has yet to flag this security flaw as actively exploited in a security advisory issued this Tuesday, Defused security researchers confirmed earlier today that CVE-2026-58231 is now being targeted in the wild.

​”First exploitation attempts against CVE-2026-58231 (unauth RCE in SAP Commerce Cloud, CVSS 10.0) is now hitting our honeypots – 3 days after patch day,” Defused warned in a Friday tweet. “This vulnerability has no public PoC and is not known to be exploited.”

A SAP spokesperson told BleepingComputer that the company is aware of and investigating this issue when asked to confirm Defused’s report.

“A security note https://me.sap.com/notes/3771065 is published and available for SAP customers and partners and was released on SAP’s August Patch Day. We recommend customers and partners patch their systems with immediate effect,” the spokesperson added.

Internet security watchdog group Shadowserver tracks over 4,200 IP addresses with a SAP Commerce Cloud fingerprint, most of them from Europe and North America.

However, there is no information on how many of them are honeypots or have already been secured against CVE-2026-58231 attacks.

​Most recently, SAP fixed 16 vulnerabilities in its July 2026 Security Patch package and 30 more vulnerabilities in June and May, including three more critical security flaws (CVE-2026-44761, CVE-2026-22732, and CVE-2026-34263) affecting the Commerce Cloud enterprise-grade e-commerce platform.

In April, cybersecurity companies Aikido and Socket also reported that attackers aiming to steal credentials from developers’ systems compromised multiple official SAP npm packages in a supply chain attack.

Since November 2021, the U.S. Cybersecurity and Infrastructure Security Agency (CISA) has added 14 SAP vulnerabilities to its Known Exploited Vulnerabilities catalog, including three that were abused in ransomware attacks.

SAP is a German multinational software corporation that serves 99 of the 100 largest companies worldwide and has reported total revenues exceeding €36 billion in fiscal year 2025.

Update August 14, 11:51 EDT: Added SAP statement.

Overall prevention scores can hide what happens after initial access. Once attackers are using valid credentials, prevention drops sharply.

The Blue Report 2026 measures defenses technique by technique across 338 million simulations run in customer production environments.

Get the report

Amazon’s MacBook Pro sale delivers price drops on every 2026 model, with this best-selling configuration $300 off heading into the weekend.

The $300 discount applies to Apple’s latest M5 Pro MacBook Pro 16-inch that sports an 18-core CPU and 20-core GPU.

Save $300 on 16″ MacBook Pro 48GB RAM

This configuration also has an upgrade to 48GB of memory for smoother performance when running multiple apps simultaneously. The laptop has a 1TB SSD, and the 2026 line supports Wi-Fi 7.

You can also save on Amazon’s entire selection of retail configurations below. And if you visit our 16-inch MacBook Pro Price Guide, you can shop deals from other retailers across both retail and CTO models.

Weekend 14-inch MacBook Pro sale

• 14″ MacBook Pro M5 (10C CPU, 10C GPU, 16GB, 1TB, Standard Display): $1,849 ($150 off)
• 14″ MacBook Pro M5 Pro (15C CPU, 16C GPU, 24GB, 1TB, Standard Display): $2,259.99 ($240 off)
• 14″ MacBook Pro M5 Pro (15C CPU, 16C GPU, 24GB, 2TB, Standard Display): $2,699 ($300 off)
• 14″ MacBook Pro M5 Pro (18C CPU, 20C GPU, 24GB, 2TB, Standard Display): $2,899 ($300 off)
• 14″ MacBook Pro M5 Max (18C CPU, 32C GPU, 36GB, 2TB, Standard Display): $3,799 ($300 off)

Latest 16-inch MacBook Pro deals

• 16″ MacBook Pro M5 Pro (18C CPU, 20C GPU, 24GB, 1TB, Standard Display): $2,759.99 ($240 off)
• 16″ MacBook Pro M5 Pro (18C CPU, 20C GPU, 48GB, 1TB, Standard Display): $3,299 ($300 off)
• 16″ MacBook Pro M5 Max (18C CPU, 32C GPU, 36GB, 2TB, Standard Display): $3,999 ($400 off)
• 16″ MacBook Pro M5 Max (18C CPU, 40C GPU, 48GB, 2TB, Standard Display): $4,499 ($500 off)

It’s also worth bookmarking our MacBook Pro deals roundup for offers on both current and closeout configurations.

Samsung appears to be preparing a major visual overhaul for One UI, with early leaks suggesting One UI 9.5 could adopt a more glass-like design with shinier edges, transparency, and greater visual depth.

The reported changes surfaced shortly after Samsung began rolling out One UI 9 Beta 5 for the Galaxy S26 series. According to Android Central, tipster Fahad Ali shared leaked screenshots of the upcoming interface on X, offering an early look at Samsung’s apparent design direction.

Samsung could be giving One UI a glassier makeover

The leaked screenshots suggest Samsung is experimenting with a glass-inspired interface across parts of One UI 9.5. Elements such as Samsung’s widgets, including Now Brief and Floating UI components, reportedly feature shinier edges, while some Samsung-made apps appear to have a more glass-like appearance around their borders.

Some interface elements could also blur when placed over other objects, creating more separation between foreground controls and the background. Another reported change involves a subtler backdrop shading effect, which Samsung could use to create more visual depth between interface elements and whatever sits behind them.

The Phone app appears largely unchanged in the leaked material, although the search icon has reportedly moved into the floating navigation bar at the bottom of the screen. The icon sits between the contact button and the three-dot menu. Samsung may also be preparing an App Lock feature for One UI 9.5. According to the report, the feature could allow users to protect selected applications using a password, biometric authentication, or another verification method.

The design direction is notable because it suggests Samsung is continuing to experiment with more pronounced visual effects instead of simply refining the existing One UI interface.

Don’t expect One UI 9.5 on phones anytime soon

One UI 9.5 is still a rumor, and Samsung has not officially announced the update or confirmed the leaked design. The timing also suggests Galaxy owners will have to wait. Samsung recently rolled out One UI 9 Beta 5 to Galaxy S26 devices, while reports suggest One UI 9.5 may not arrive until April or May 2027. There is also a possibility that Samsung will not launch a public beta program for One UI 9.5 this year.

For now, the leaked screenshots offer an early glimpse rather than a finished product. Samsung could change or remove individual elements before release, particularly since the software remains deep in development.

If the reported direction survives testing, One UI 9.5 could give Samsung phones a noticeably different look, with glass effects and added depth becoming more prominent across the interface.