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Samsung Galaxy Z Fold 5 could be unveiled in the second half of this year. The South Korean tech giant is yet to reveal any details about the fifth generation of Galaxy Z fold, but rumours about the foldable handset have already surfaced on the Web. A fresh report suggests that the Galaxy Z Fold 5 will have a lightweight design with 13.4mm thickness. It could weigh just 250 grams, which is less than Galaxy Z Fold 4's 263 grams. The Galaxy Z Fold 5 could debut as the lightest model in the Galaxy Z Fold series. As per a report by ETNews (in Korean), the upcoming Galaxy Z Fold 5 will have a lightweight build and could arrive as the lightest Galaxy Z Fold smartphone launched so far. It will reportedly weigh 250 grams, which is 13 grams lighter than the Galaxy Z Fold 4. The predecessor weighs 263 grams. The Galaxy Z Fold 5 is also said to have a 13.4mm thickness in the folded state, compared to Galaxy Z Fold 4's 14.2mm thickness. Samsung is reportedly adopting a new ‘droplet' hinge design on the Galaxy Z Fold 5. The redesigned hinge with an IPX8 build could reduce the device's thickness. The prototype of the handset that are currently undergoing testing reportedly weighs 254 grams. Samsung was earlier speculated to include a dedicated S Pen slot on the Galaxy Z Fold 5. The company reportedly failed to implement it due to weight and thickness limitations. The Samsung Galaxy Z Fold 5 is the expected sequel to last year's Galaxy Z Fold 4. The latter was launched during the Galaxy Unpacked event in August 2022 with a starting price tag of Rs. 1,54,999 for the 12GB RAM + 256GB storage variant. The Galaxy Z Fold 4 has a 7.6-inch Dynamic AMOLED 2X Infinity Flex Display as its main screen and is powered by Qualcomm's Snapdragon 8+ Gen 1 SoC. It runs on Android 12-based OneUI 4.1.1 and is backed by a 4,400mAh dual-cell battery that supports 25W fast charging

A U.S. Executive Order banning commercial spyware is a crucial step towards more governments acting to prohibit the abusive tech Rand Hammoud is a surveillance campaigner at Access Now Earlier this week, in a victory for human rights, U.S. President Joe Biden issued an executive order barring federal agencies from the use of foreign or domestic commercial spyware that poses a risk to national security, or has been used by foreign actors to enable human rights abuses around the world. The White House has confirmed that over 50 government personnel overseas have been targeted with commercial spyware. This adds to the hundreds of cases of people around the world being unlawfully targeted. This step by the U.S. was swiftly followed up by a joint commitment to international cooperation from 10 countries including Norway, New Zealand, Costa Rica – which was the first country to call for a moratorium, - and others, to put an end to the abuse of this dangerous tech. While we are yet to see these initiatives play out, the Executive Order offers a comprehensive, inter-agency policy response to commercial spyware that will likely have ramifications beyond the U.S. and its executive agencies. The U.S., being one of the largest and most sought after markets, is leveraging its purchasing power and closing the door in the face of vendors who ignore the potential abuses of their tech. Commercial spyware is a dangerous weapon. Its use is incompatible with our fundamental rights. Whether the targets are human rights lawyers in Jordan or White House personnel, whether the perpetrator is a democratic government or an authoritarian regime, invasive surveillance tech has no place in any country, or any scenario. Now, it seems that several governments have started to listen to decades-long advocacy calls to dismantle the surveillance tech industry. The Executive Order does not rein in state and local agency procurement of spyware. Yet, coupled with the joint commitment, is a loud and clear signal to vendors and investors that the rules of the game are changing. Opaque ethics boards and toothless human rights policies will no longer be the gateway to doing business with the U.S. and its allies. The available market for abusive technologies will continue to shrink; repressive governments will have fewer and fewer sophisticated surveillance tools available to them. However, there are no mechanisms in place to help protect those outside the walls of democratic leadership, or those whose governments simply want to keep things the way they are. While more public and private efforts ramp up in the face of spyware, powers like the Myanmar junta can still easily get its hands on it, further entrenching its systemic control over millions of people. Even democracies like Germany, and 14 other EU member states, have purchased and utilised these technologies, reinforcing the urgent need for an international framework to govern spyware use. These tools are unsafe in any hands. Following the announcement of international cooperation between the U.S., UK, France and others to instigate real and effective change, there must be a commitment to build on the current momentum and roll out similar domestic regulation to the U.S., ensure adequate funding for these commitments, leverage markets and decision making power to put an end to this cyber armoury, and shepherd an international ban on abusive commercial spyware. The responsibility lies on the shoulders of these like-minded states to usher us into a safer world for women, human rights defenders, journalists, dissidents, and those challenging the status quo globally. While the Executive Order is not a solution to everything, it is a big step forward on a long march, and sets an example for other governments. Next, we urgently need a wide commitment from stakeholders across the board for an immediate moratorium. It's time to build a global framework to prohibit abusive spyware.

The ultimate successor to HDDs is coming NAND researchers at Kioxia have successfully demonstrated a working concept of a new storage architecture called Hepta-level cell NAND flash. This new type of NAND can house up to 7 bits per cell, giving it nearly twice the storage capacity of QLC NAND flash. If Kioxia can stabilize this storage architecture at room temperature, it might become the ultimate successor to spinning hard drives in consumer and enterprise applications. To create hepta-level NAND flash, Kioxia is using a new design called new silicon process technology to increase cell density, in conjunction with cryogenic cooling. New silicon process technology replaces current poly-silicon materials with a single-crystal silicon that is used in a channel inside a memory cell transistor. This apparently reduces the amount of read noise coming from the NAND flash by up to two-thirds. In other words, new silicon process technology produces clearer read signals for reading data off of the NAND flash, enough so to increase the bits cell capacity to 7. Kioxia says this new storage architecture will also be significantly cheaper to produce, and even has a proposed solution incorporating hepta-level flash with cryogenic cooling. That would be cheaper than current (air-cooled or passively cooled) SSDs on the market today. If Kioxia starts producing hepta-level NAND flash in the near future, it will likely change the SSD landscape forever. Ultra-high capacity SSDs will finally be possible, and SSDs will finally have the capacity to match most hard drives on the market today.

\ Meta plans to be able to ship a pair of third-generation smart glasses in 2025, complete with a camera and augmented reality technology. While Meta hasn't formally confirmed that it is working on the product, a new report cites a company AR/VR roadmap presentation as having outed the plans for 2025 and beyond. The Verge reports that Alex Himel, the company’s vice president for AR, told employees that there will be a number of devices that launch all the way through 2027 with the first launch coming as soon as this year with the second generation of the company's smart glasses. But then it's looking beyond that, to 2025. "In 2025, Himel said the third generation of the smart glasses will ship with a display that he called a 'viewfinder' for viewing incoming text messages, scanning QR codes, and translating text from another language in real time," the report says. "The glasses will come with a 'neural interface' band that allows the wearer to control the glasses through hand movements, such as swiping fingers on an imaginary D-pad. Eventually, he said the band will let the wearer use a virtual keyboard and type at the same words per minute as what mobile phones allow." That virtual keyboard sounds similar to the air typing that we recently heard that Apple is also working on for this year's expected AR/VR headset launch. The same report says that while Meta recently canned plans to launch a smartwatch of its own, the idea isn't completely dead. Meta has designs on launching a smartwatch alongside the 2025 glasses, it says. “We don’t want people to have to choose between an input device on their wrist and smartwatch functionality that they’ve come to love,” The Verge reports Himel as having said. “So we are building a neural interfaces watch. Number one, this device will do input: input to control your glasses, input to control the functionality on your wrist, and input to control the world around you.” Of course, it's important to remember that Meta is a long way from actually launching these things and we know that it's good at cancelling projects before they ship. With 2025 still a ways away we can expect there to be plenty more bumps and turns before anyone's wearing Ray-Ban-like Meta glasses anywhere apart from inside Mark Zuckerberg's head.