On top of all this, you don’t need to pay any upfront costs, the postage and packaging on your tech is free, and you get a bonus £50 BT Reward Card when you’ve successfully signed up. This card can be used at any retailers that take Mastercard online or over the phone, and will also be activated via email once your new broadband connection is working.
This broadband deal is perfect for any small to medium-sized properties with multiple users and high online demands thanks to its 150Mbps average download speeds and Openreach reliability. For added peace of mind, it also has a 100Mbps ‘Stay Fast Guarantee’ in place, meaning your average download speeds should never dip below this level.
To be eligible for this deal you must be able to access BT’s ‘Full Fibre‘ network, but you can check this when you click through and start the sign-up process. This offer is set to expire on April 25 so make sure to get in quick.
As our featured BT broadband deal demonstrates, the company can offer some great prices on ultrafast speeds and has packages with average download speeds to suit every house or business in the country. Whether it’s cheap, entry-level ADSL broadband tariffs, through its to fibre and top ‘Full Fibre 900’ package, which gives mighty average download speeds of 900Mbps.
As we’ve alluded to above, it’s also known for the quality and security of its broadband network and the fact it offers ‘Stay Fast Guarantees’ to ensure you don’t see any major drops in your broadband’s performance. Its customer services are of a similar level of quality and you can get support across everything from dedicated phone lines, to email, apps, and online help centres.
BT is also known for its broadband and TV bundles, which you can custom-build to suit your viewing preferences. These packages cover everything from movie channels to sports, general entertainment and just the free-to-air channels. These do add more to your monthly bills, but it’s one of the company’s biggest selling points beyond its broadband.
However, as we pointed out in our featured deal, you do need to be able to access BT’s network to make the most of its services. Also, when there aren’t promotional deals, BT can be expensive. So to see what else is out there on the broadband market, be sure to check out our guide to the best broadband deals.
You can also use the widget below to see what deals you can get in your location. All you need to do is enter your postcode and we’ll do the rest.
The constant rush to adopt new technologies can quickly have an adverse effect on business networks – hindering bandwidth, connectivity, and eventually their bottom line. To overcome this problem, forward-thinking companies are now embracing the network edge. But what exactly is the edge? And how can it improve your operations without compromising latency, performance, or security?
Understanding edge architecture
In general terms, the edge of a network is the boundary between your business network and the public internet. It’s the zone where traffic from the internet enters your private network and vice versa. This zone is of critical importance because it defines your network security boundary and is the first line of defense against threats from the public internet. This includes firewalls, routers, switches, sensors, and other access points that exist at the boundary of networks.
Your network edge exists wherever there is an edge device or ‘thing’ that facilitates traffic crossing from one network to another. These edge devices can include mobile phones, laptops, data centers, company offices, home routers, and all manner of emerging applications that will become more commonplace as more users make up the rise of ‘the internet of things’.
Of course, the sheer volume of data produced by these multiple devices can seriously hinder a company’s IT infrastructure, which can only process so much data without problems arising with bandwidth and lag time.
That’s where edge networking comes in. This is a data management system that supplies digital resources to your users by merging edge devices with your business network to process and interpret data close to the source without the need for huge data centers.
Consequently, moving to the edge has become a key investment for businesses looking to deploy innovative technologies such as generative AI because they can now process data where it happens – at the boundary of edge devices – as opposed to in the cloud where latency and security issues abound. This not only helps to accelerate business decisions but also gathers valuable information at the point of origin to improve both product offerings and customer experiences.
What’s more, businesses can vastly reduce data transfers over external networks, minimizing the threat of data breaches while maximizing bandwidth usage, and ultimately improving customer outcomes.
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Paul Gampe
Chief Technology Officer, Console Connect.
Benefits and drawbacks
A well-configured edge network can significantly improve the performance of applications that are hosted in the cloud. By placing edge devices closer to the users of these cloud-based applications, the distance that data must travel is greatly reduced, which means lower latency.
By placing security controls closer to this cloud-hosted data, it also reduces the risk of your private network being compromised by outside attacks. Furthermore, a well-configured edge network can overcome congestion problems that might occur with devices and applications by rerouting traffic to the correct destinations and ensuring that your network is not overloaded.
Then there’s the cost savings. By deploying devices on the edge and thereby offloading the processing and storage requirements to the edge, businesses can reduce the costs they would typically incur to purchase from cloud services.
That said, not all edge networks are created equal, and a poorly configured edge can turn all these benefits into disadvantages.
First and foremost are the security risks. Businesses need to make sure their edge is ultra-secure and can respond to threat incidents emerging from different devices or locations. Secondly, without the correct knowledge and training, your IT team may quickly be overwhelmed by having to manage the multitude of devices, locations, and applications that make up the edge.
A third challenge is the upfront cost. Implementing edge networking into your business can be expensive as it requires the purchase and deployment of suitable devices and systems that achieve the desired aims without sacrificing security.
Enter the automated edge
Unsurprisingly, the technology behind edge networking is evolving all the time, and a recent advancement is the automated edge. In simplified terms, the automated edge is intelligence that is embedded into edge devices which takes care of networking tasks like configuration, responsiveness, provisioning, and even monitoring all by itself.
As your daily operations shift and change, it will automatically optimize network performance by intelligently steering traffic through different pathways to reduce lag time and interruptions while providing greater reliability and security.
Best of all, the automated edge can work hand-in-glove with your generative AI models to improve connectivity and real-time decision making from different devices, locations, and applications. This not only accelerates the analysis of your data close to the source, but also speeds up customer interactions and provides further opportunities for growth and innovation.
Additionally, if your business relies heavily on low latency – which most businesses do – then your IT team will no longer have to constantly manage any blockages in your network and then figure out the best solution. The automated edge does it for you.
The simple solution to edge automation
The sheer complexity of the automated edge has led many companies to seek out partnerships with network-as-a-service providers to give them a fast, flexible, and competitive advantage. Network as a service, or NaaS for short, provides companies with an efficient end-to-end solution in the operational management and performance of their networks on a subscription basis.
The beauty of this business model is that removes all the complexity. A NaaS provider helps you to build your own private network on your own terms, one that can be scaled and configured to meet your needs. It also takes care of security issues and protects your network from attacks through constant network monitoring and early detection.
But crucially, a tried and tested NaaS provider will have already embedded their platform with the latest automated edge capabilities to interact and interface with all manner of edge devices and applications. This not only allows you to deploy new technology tools safely and efficiently, but also frees up your IT team to concentrate on other mission-critical tasks.
As for network management, your business will have total visibility of your network infrastructure from a single user-friendly dashboard, allowing you switch-up performance and agility on demand. Meanwhile, all your network maintenance concerns are taken care of 24/7 by an expert team of engineers.
If businesses truly want to harness the potential of ‘the internet of things’, they must first consider moving to the edge. Indeed, by laying the foundational groundwork today for what is surely to come tomorrow, they can take full advantage of future advancements in network edge innovation.
This article was produced as part of TechRadarPro’s Expert Insights channel where we feature the best and brightest minds in the technology industry today. The views expressed here are those of the author and are not necessarily those of TechRadarPro or Future plc. If you are interested in contributing find out more here: https://www.techradar.com/news/submit-your-story-to-techradar-pro
WhatsApp is rolling out new Chat Filters to make it easier to find the messages you are looking for and reduce the need to scroll through your inbox.
The following three new filters appear at the top of the app’s main conversation list: All, Unread, and Groups. In a blog post, WhatsApp describes them like so:
All: The default view of all your messages.
Unread: Perfect for when you want to see which conversations you need to catch up on or respond to. It shows messages that are either marked by you as unread or haven’t been opened yet, so you can prioritize your responses.
Groups: A highly requested feature, now all your group chats will be organized in one place, making it easier to find your favorite ones whether it’s your weekly family dinner discussion or planning your next vacation. This will also show subgroups of Communities.
WhatsApp says the Chat Filters feature is rolling out now and will be available to everyone on both iOS and Android in the coming weeks.
According to WABetaInfo, WhatsApp is also developing a feature that lets users pin their favorite channels to the top of the Channels list in the Updates screen, similar to how you can pin chats in the chats list. Initially, users will be able to pin up to a maximum of three channels, but WhatsApp has also tested up to five. The feature remains limited to WhatsApp beta users for now.
iOS 18 is expected to be the “biggest” update in the iPhone’s history. Below, we recap rumored features and changes for the iPhone. iOS 18 is rumored to include new generative AI features for Siri and many apps, and Apple plans to add RCS support to the Messages app for an improved texting experience between iPhones and Android devices. The update is also expected to introduce a more…
A week after Apple updated its App Review Guidelines to permit retro game console emulators, a Game Boy emulator for the iPhone called iGBA has appeared in the App Store worldwide. The emulator is already one of the top free apps on the App Store charts. It was not entirely clear if Apple would allow emulators to work with all and any games, but iGBA is able to load any Game Boy ROMs that…
Apple today said it removed Game Boy emulator iGBA from the App Store for violating the company’s App Review Guidelines related to spam (section 4.3) and copyright (section 5.2), but it did not provide any specific details. iGBA was a copycat version of developer Riley Testut’s open-source GBA4iOS app. The emulator rose to the top of the App Store charts following its release this weekend,…
Apple’s first set of new AI features planned for iOS 18 will not rely on cloud servers at all, according to Bloomberg’s Mark Gurman. “As the world awaits Apple’s big AI unveiling on June 10, it looks like the initial wave of features will work entirely on device,” said Gurman, in the Q&A section of his Power On newsletter today. “That means there’s no cloud processing component to the…
Best Buy this weekend has a big sale on Apple MacBooks and iPads, including new all-time low prices on the M3 MacBook Air, alongside the best prices we’ve ever seen on MacBook Pro, iPad, and more. Some of these deals require a My Best Buy Plus or My Best Buy Total membership, which start at $49.99/year. In addition to exclusive access to select discounts, you’ll get free 2-day shipping, an…
Bloomberg’s Mark Gurman recently reported that the first Macs with M4 series chips will be released later this year, with more models to follow next year. In his Power On newsletter today, Gurman shared a more specific roadmap for these Macs. Here is the order in which Gurman expects the Macs to launch:1. A low-end 14-inch MacBook Pro with the M4, coming around the end of 2024. 2. A 24-inch …
The first approved Nintendo Entertainment System (NES) emulator for the iPhone and iPad was made available on the App Store today following Apple’s rule change. The emulator is called Bimmy, and it was developed by Tom Salvo. On the App Store, Bimmy is described as a tool for testing and playing public domain/”homebrew” games created for the NES, but the app allows you to load ROMs for any…
Apple’s hardware roadmap was in the news this week, with things hopefully firming up for a launch of updated iPad Pro and iPad Air models next month while we look ahead to the other iPad models and a full lineup of M4-based Macs arriving starting later this year. We also heard some fresh rumors about iOS 18, due to be unveiled at WWDC in a couple of months, while we took a look at how things …
Folding phones have come a long way since the original Samsung Galaxy Fold came out in 2019. They’re smaller, more durable and, even if they aren’t exactly the most budget-friendly phones, they’re more affordable now, too. Whereas you may not have considered a foldable phone as your daily driver five years ago, they’re much more viable options today — and you have many more to choose from. If you’ve been toying with the idea of switching to a folding phone, or you’re ready to upgrade the foldable you already have, we at Engadget can help with your decision-making process. We’ve spent hundreds of hours and many days testing and reviewing the best foldable phones on the market right now — here’s everything you need to know before picking one up.
Note: For this guide, we’re focusing on devices that are widely available in North America and Europe. That’s because while there are even more options for people who live in Asia (especially China), they are often difficult to buy from abroad and may not support your local carriers.
How we test
When evaluating foldables, we consider the same general criteria as we do when we’re judging the best smartphones. Devices need to have good battery life (at least a full day’s use), bright displays (peaks of at least 1,000 nits), sharp cameras and responsive performance. That said, foldable phones come in different shapes (and sizes); there are varying designs that may appeal to different types of people.
For those who prefer more compact and stylish devices, flip-style foldables resemble old-school namesakes but with flexible interior displays (typically six to seven inches diagonally) and smaller exterior screens. Alternatively, for power users and people who want to maximize mobile productivity, there are larger book-style foldables (with seven to eight-inch main displays) that can transform from a candy bar-style phone to essentially a small tablet when opened.
Are foldable phones worth it? A note on durability
Aside from their displays, the biggest difference between foldable phones and more traditional handsets is durability. That’s because while some models like the Pixel Fold and Samsung’s Galaxy Z line offer IPX8 water resistance (which is good for submersions of up to five feet for 30 minutes), their flexible screens – which are largely made from plastic – present some unique challenges.
Most foldables come with factory-installed screen protectors. However, unlike regular phones, users are instructed not to remove them without assistance from approved service centers. Thankfully, Samsung does offer one free screen protector replacement for its foldables, while Google charges between $29 and $129 depending on the warranty status of your device. That said, while we can’t do long-term testing for every foldable phone on the market, after personally using the Galaxy Z Fold 3 and Galaxy Z Fold 4 each for a year, I’ve found that Samsung’s pre-installed screen protector tends to start bubbling nine to 12 months after purchase. So you’ll probably want to factor in that your foldable may need some sort of servicing after about a year unless you plan on removing the screen protector entirely (which is possible, but goes against most manufacturers’ instructions).
Furthermore, foldable phone owners need to be mindful about keeping sharp objects away from their flexible displays, as rocks, keys or even pressing down very hard with a fingernail can leave permanent marks. In the event that you need to get a flexible screen serviced, you’re potentially facing a much higher repair bill when compared to a typical phone (up to $500 or more depending on the model and the severity of the damage). In short, while the ruggedness of foldable phones has improved a lot, they’re still more delicate than traditional handsets, which is something you need to account for.
Despite a growing number of challengers, Samsung’s Galaxy Z Fold line remains the best flagship foldable on sale today and one of the best Android phones, period. On the Z Fold 5, Samsung introduced its new Flex Hinge, which has slimmed down the phone’s dimensions while allowing it to close completely flat. It boasts blazing performance thanks to its Qualcomm Snapdragon 8 Gen 2 chipset, excellent battery life and the flexible internal display’s brightness is the best you can get with a peak of 1,750 nits. And, thanks to new multitasking gestures and updated taskbar, its capacity for mobile productivity is simply unmatched. If that’s not enough, unlike most of its competitors, the Z Fold 5 offers native stylus support, though you have to shell out extra for one of Samsung’s S-Pens (and a case if you want somewhere to stash it). The biggest downside is that with a starting price of $1,800, the Z Fold 5 is still extremely expensive. — Sam Rutherford, Senior Reporter
While the Z Fold 5 may be our favorite big foldable overall, the Pixel Fold isn’t far behind. Its wider design means its 5.8-inch exterior display feels a lot more usable than the Z Fold 5’s skinnier 6.2-inch Cover Screen. Additionally, that extra width results in a flexible main screen with a landscape orientation, so it’s super easy to open the Pixel Fold and launch straight into watching a TV show or movie; no need to rotate the device. And, despite being Google’s first foldable device, the Pixel Fold (12.1mm) is thinner than Samsung’s alternative (13.4mm) while boasting better camera quality and a longer 5x optical zoom. The phone also has IPX8 water resistance and Google’s excellent Pixel-only software including features like the Hold for me, Call Screener, the Pixel Recorder app and more. — S.R.
For those who want a big foldable that isn’t quite as expensive, the OnePlus Open is a very interesting option. Starting at $1,700, its Snapdragon 8 Gen 2 chip offers similar performance to the Z Fold 5, but the Open features displays that are slightly larger and brighter. It’s also thinner and lighter while packing a larger battery and its Open Canvas software delivers an innovative tile-based UI for multitasking. Sure, its triple rear camera module is bulky, but image quality is as good if not slightly better than the Z Fold 5 (though, still short of the Pixel Fold). But the best part is that, thanks to OnePlus’ trade-in deal, you can exchange any old phone you have lying around for $200 off, which brings the Open’s final price down to $1,500. That still isn’t cheap, but it pushes the Open closer to being somewhat affordable. — S.R.
Packing a faster Snapdragon 8 Gen 2 chip, better cameras and longer battery life than the previous Flip 4, the Galaxy Z Flip 5 is our favorite compact foldable. This year, Samsung even added its new Flex Hinge, which makes the phone thinner while also eliminating the gap between its screen when closed. Also, thanks to its larger 3.4-inch external display, the latest model can do much more without needing to open it up including displaying rich notifications, widgets and buttons. You can even run full Android apps on the cover display, though you’ll have to mess around with Samsung’s Good Lock software first. Its display is also brighter and more colorful than what you get from rivals, and starting at $1,000, it’s not that much more expensive than a more conventional high-end phone. — S.R.
Pros
Useful external screen
Compact when folded
New hinge enables gapless design
Cons
A lot of settings to dig through to maximize use
Short battery life compared to typical Android phones
While the Razr+ (or the Razr 40 Ultra for those outside North America) may not be quite as sophisticated as the Galaxy Z Flip 5, what it lacks in tech it makes up for with its personality. It’s available in three colors, with the magenta model featuring a soft vegan leather back. In addition, its exterior display features a neat cutout that wraps around its cameras and compared to Samsung’s flip-style foldable, it’s actually a touch easier to use. There’s no need to fool around with extra settings just to view all your favorite Android apps. And for those who are nostalgic for the original Razr from the early 2000s, Moto even included an easter egg that features a retro UI. Unfortunately, its water resistance is much less substantial, as it’s only rated to withstand spills or small splashes. — S.R.
Pros
Useful and roomy external display
Folds in half to become very compact
Can be own tripod for photos or videos
Cons
Cameras cannot compare to flagships
Long-term durability and security remains a concern
The non-plus Moto Razr (aka the Razr 40 internationally) is the company’s first attempt to make a more affordable flip-style foldable. Starting at £800 (U.S. pricing still TBA), it’s one of the least expensive options on sale today. However, it features a much smaller 1.5-inch exterior display along with a slower Snapdragon 7 Gen 1 chipset and somewhat underwhelming cameras. On the bright side, it features the same display you get on its more expensive sibling. The one difference is that it’s limited to 144Hz instead of 165Hz due to its less powerful processor. And, similar to the magenta Razr+, all the colors of the basic Razr (Sage Green, Vanilla Cream, Summer Lilac) come with a soft vegan leather back. — S.R.
As mentioned earlier, there’s an abundance of exotic – and often more advanced – foldables well beyond the Samsungs and Motorolas of the world. However, you either need to have access to phone importers or actually live in Asia, and don’t mind sideloading missing Google apps on your own.
Xiaomi Mix Fold 3
The best overall book-style foldable is none other than the Xiaomi Mix Fold 3, which specs include Qualcomm’s latest Snapdragon 8 Gen 2 processor, four Leica-enhanced rear cameras (including a 5x zoom periscope) and a 4,800mAh battery within its surprisingly slim body – 10.86mm when folded, and 5.26mm when unfolded. Xiaomi even goes as far as boasting a 500,000-fold durability – more than doubling that of the Galaxy Z Fold 5. Despite its absence in the western markets, the Mix Fold 3’s newly-added 50W wireless charging option would be much welcomed over there. The phone comes with a protective case for both halves of the body, with the rear shell offering a kickstand for easier video playback and video calls. One Hong Kong-based specialist can send a Mix Fold 3 to the US from around $1,500 with shipping included, which is still much cheaper than Samsung’s equivalent. — Richard Lai, Senior Reporter
Honor Magic V2
Another worthy contender is the Honor Magic V2, which currently holds the title for the slimmest foldable phone available. We’re talking about just 9.9mm thick when folded, and a mere 4.7mm thick when opened, but it’s still a full-blown flagship device. Weighing at just 231g (8.15oz), this is the lightest book-style foldable phone as well. Funnily enough, the Magic V2 also packs the largest battery capacity in this category, offering 5,000mAh of juice thanks to Honor’s silicon-carbon battery – a breakthrough tech in the mobile industry. The obvious trade-off here is the missing wireless charging feature, but you do get a durability rating of 400,000 folds. Sadly, due to limited availability, the Magic V2 costs slightly more – around $1,670, shipping included, from the same Hong Kong shop. — R.L.
Oppo Find N3 Flip
If you’d prefer a smaller flip-style foldable from overseas, the Oppo Find N3 Flip is the only triple-camera option at the time of writing this guide. While others only offer a main camera and an ultra-wide camera, the Find N3 Flip benefits from an additional 32-megapixel 2x portrait shooter next to its 3.26-inch external screen (and you still get a 32-megapixel selfie camera on the inside). As a bonus, this clamshell has a physical mute switch, a whopping 600,000-fold durability and a generous 4,300mAh battery. That said, wireless charging is again a no-show here. You can pick up a Find N3 Flip in either black, gold or pink, and importing from Hong Kong should cost around $1,090 with shipping included. There’s no price advantage in this case, so it’s more about how much you want Oppo’s designs, features and accessories than anything else. — R.L.
In “The Structure of Scientific Revolutions,” physicist and philosopher Thomas Kuhn introduced the concept of a paradigm shift, which he used to describe a fundamental change in the basic framework of thinking in natural sciences. Throughout history, however, such paradigm shifts have occurred not just in natural sciences but across the entire spectrum of human endeavor, providing solutions to problems that appeared to be insurmountable under the old paradigm.
The field of data storage and computation is a case in point. As the demand for creation, retention, and data computation only ever increased with time, the current computing paradigm requires enterprises to build data continuously centers the size of football fields and nuclear power plants to power them. Here, the lack of resources and capabilities to build these things quickly enough indefinitely is not as important as the fact that the current computing paradigm is not compatible with a scalable solution.
DNA-based data storage and computation represents a break from the old framework and shows a scalable, sustainable path forward. TechRadar reported on one company, Biomemory, that recently announced an offering for consumers to have messages stored in DNA and shipped to them on a credit card-sized card. The DNA Data Storage Alliance recently announced specifications on recommended approaches to store data in DNA.
Hyunjun Park
CEO and co-founder, CATALOG.
The growing cost of AI
AI delivers innovation at a rate and pace the world has never experienced but comes at a substantial cost. AI generates volumes of data, and machine learning models are expensive to train and maintain.
Last summer, it was reported that it costs more than $700 million daily to keep OpenAI’s ChatGPT up and running. Recently, TechRadar reported that Sam Altman is seeking up to a whopping $7 trillion to build a facility to boost the industry’s ability to produce microprocessors to process AI workloads.
These exorbitant costs point to a limitation of the current computation paradigm.
While the advent of the microprocessor and its exponential development over the decades is largely responsible for the world as we know it today, the basic von Neumann architecture surrounding the microprocessor hasn’t changed much since World War II. And it is this architecture, this computing paradigm, that is increasingly becoming incompatible with the ever-increasing demand for data storage and computation.
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DNA computation: A paradigm shift
Our cells are DNA-based computers that come together to form our bodies, which collectively process trillions of operations in parallel with very little energy. Scientists have mimicked that and used synthetic DNA to store and compute digital data in laboratory settings.
Compared to existing microprocessor technologies, which process workloads serially, a significant benefit of DNA Computation platforms is the ability to use enzymes or DNA probes to compute in a massively parallel fashion.
Imagine mixing a container of blue liquid with a container of red liquid. The result of this computation –a new color—appears not by serially mixing each color molecule one at a time but by mixing all of them together in parallel. Just as in this thought experiment, computation is performed in a massively parallel manner directly on the data, without having to travel to memory or processor to be processed.
Potential DNA computation application areas
DNA-based computation has the potential to allow the generation of insights from data sets that are not currently possible with existing computers. Early application areas include search, signal processing, and machine learning.
One practical example is satellite imagery of the entire surface of the Earth. We’ll soon have decades’ worth of images taken every second of every day. Given the amount of data, a simple search using conventional technology could become prohibitively expensive, but with DNA, it could be as simple as a COVID test.
Other expected areas of early application are artificial intelligence, machine learning, data analytics, and secure computing. In addition, initial use cases are expected to include fraud detection in financial services, image processing for defect discovery in manufacturing, and digital signal processing in the energy sector.
Borrowing heavily from natural processes and cutting-edge synthetic biology tools, in addition to parallelization, automated and scalable DNA-based computation platforms are divorced from the limitations of traditional electronic systems. They leverage low energy, low physical footprint, and secure computing.
This article was produced as part of TechRadarPro’s Expert Insights channel where we feature the best and brightest minds in the technology industry today. The views expressed here are those of the author and are not necessarily those of TechRadarPro or Future plc. If you are interested in contributing find out more here: https://www.techradar.com/news/submit-your-story-to-techradar-pro
A 45-year-old Nebraska man Charles O. Parks III has been charged with numerous financial crimes, including wire fraud and money laundering, as part of a scheme defrauding two cloud storage providers based in Seattle and Redmond, Washington.
Ars Technica, reporting on the indictment, beat us to the punch in alleging that the cloud providers in question are probably Amazon Web Services and Microsoft Azure.
Parks registered a number of accounts using various identities to secure the computing resources, and continued registering accounts even after being kicked off of the Seattle provider for non-payment and suspicions of fraudulent activity.
Don’t try this at home
Though Parks is estimated to have cost both providers a combined $3.5 million in unpaid service fees and the sheer amount of energy consumed by his operation, the whole charade only netted around $1 million. That’s probably not worth the 30 year custodial sentence facing Parks if he’s convicted on all charges.
Parks was methodical, laundering his ill-gotten Ether, Litecoin and Monero via crypto exchanges, unnamed NFT marketplaces and online payment gateways, as well as plain old bank accounts.
He was cunning, managing to socially engineer, trick and fraud his way to persuading employees at the provider to defer demands for payment and elevate his service allowances.
However, Parks was also reckless in not paying his bills in the first place, as well as splashing the cash about a little too much, buying a car, jewelry, ‘first-class hotel and travel accommodations’, and ‘other luxury goods and services’.
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The decision was perhaps particularly unwise, as we’ve already highlighted that the return on investment with cryptocurrency mining isn’t great, in part because companies are wise to it now. They can throttle their resources (which is almost certainly why Parks had to do some social engineering fraud) and have the telemetry (as they almost certainly did on Parks) to look at what their systems were doing and put two and two together.
Plus, caring about the environment might be for squares or whatever when there’s money to be made, but the environmental impact of data centers generally is bleak and depressing, even when you’re not using them to mine monopoly money. What better reflection is there of capitalism in action than a race to the bottom, ultimately set to doom us all, for a meager return on investment?
A revolutionary new memory device that combines the features of DRAM and NAND flash memory is being developed by a group of researchers at the Korea Advanced Institute of Science and Technology (KAIST).
Led by Professor Shinhyun Choi of the School of Electrical Engineering, the team’s breakthrough promises cheaper, power-efficient solutions that could potentially replace existing memory solutions or be used to implement neuromorphic computing for the next-generation of AI hardware.
According to KAIST, the new device utilizes next-generation phase change memory with ultra-low power consumption, capable of replacing both DRAM and NAND flash memory.
Taking a novel approach
Typically, DRAM offers high-speed performance but is volatile, resulting in data loss when power is shut down. NAND flash memory offers a solution by preserving data even when the power is off, but it does not match the speed of DRAM. This new phase change memory provides a non-volatile, high-speed solution combining the best of both worlds.
Previous versions of phase change memory have had a problem – high power consumption. Despite attempts to reduce consumption by decreasing the physical size of such devices using state-of-the-art lithography technologies, the reductions were minimal, while costs soared.
To overcome this, Professor Choi’s team have established a way to electrically form phase change materials in an extremely small area, successfully developing an ultra-low-power phase change memory device. Notably, this consumes 15 times less power than previous phase change memory models which used expensive lithography tools, a significant breakthrough in the quest for cost and energy efficient memory development.
“The phase change memory device we have developed is significant as it offers a novel approach to solve the lingering problems in producing a memory device at a greatly improved manufacturing cost and energy efficiency, “ said Professor Choi. He went onto to say that he expects this new research to become the basis for future electronic engineering, paving the path for high-density three-dimensional vertical memory and neuromorphic computing systems.
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This isn’t the only neuromorphic computing solution being worked on at KAIST. Last month scientists there unveiled an AI chip that they claimed can match the speed of Nvidia‘s A100 GPU but with a smaller size and significantly lower power consumption.
A breast cancer cell (artificially coloured) climbs through a supportive film in a laboratory experiment.Credit: Steve Gschmeissner/SPL
Some stealthy cancers remain undetected until they have spread from their source to distant organs. Now scientists have developed an artificial intelligence (AI) tool that outperforms pathologists at identifying the origins of metastatic cancer cells that circulate in the body1. The proof-of-concept model could help doctors to improve the diagnosis and treatment of late-stage cancer, and extend people’s lives.
“That’s a pretty significant finding — that it can be used as an assistive tool,” says Faisal Mahmood, who studies AI applications in health care at Harvard Medical School in Boston, Massachusetts.
Elusive origins
To treat metastatic cancers, doctors need to know where they came from. The origin of up to 5% of all tumours cannot be identified, and the prognosis for people whose primary cancer remains unknown is poor.
One method used to diagnose tricky metastatic cancers relies on tumour cells found in fluid extracted from the body. Clinicians examine images of the cells to work out which type of cancer cell they resemble. For example, breast cancer cells that migrate to the lungs still look like breast cancer cells.
Every year, of the 300,000 people with cancer who are newly treated at the hospital affiliated with Tianjin Medical University (TMU) in China, some 4,000 are diagnosed using such images, but around 300 people remain undiagnosed, says Tian Fei, a colorectal cancer surgeon at TMU.
Tian, Li Xiangchun, a bioinformatics researcher who studies deep learning at TMU, and their colleagues wanted to develop a deep-learning algorithm to analyse these images and predict the origin of the cancers. Their results were published in Nature Medicine on 16 April.
Tumour training
The researchers trained their AI model on some 30,000 images of cells found in abdominal or lung fluid from 21,000 people whose tumour of origin was known. They then tested their model on 27,000 images and found there was an 83% change that it would accurately predict the source of the tumour. And there was a 99% chance that the source of the tumour was included in the model’s top three predictions.
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Having a top-three list is useful because it can help clinicians to reduce the number of extra — often intrusive — tests needed to identify a tumour’s origins, says Mahmood. The predictions were restricted to 12 common sources of cancer, including the lungs, ovaries, breasts and stomach. Some other forms of cancer, including those originating in the prostate and kidneys, could not be identified, because they don’t typically spread to fluid deposits in the abdomen and lungs, says Li.
When tested on some 500 images, the model was better than human pathologists at predicting a tumour’s origin. This improvement was statistically significant.
The researchers also retrospectively assessed a subset of 391 study participants some four years after they had had cancer treatment. They found that those who had received treatment for the type of cancer that the model predicted were more likely to have survived, and lived longer, than participants for whom the prediction did not match. “This is a pretty convincing argument” for using the AI model in a clinical setting, says Mahmood.
Mahmood has previously used AI to predict the origin of cancers from tissue samples2, and other teams have used genomic data. Combining the three data sources — cells, tissue and genomics — could further improve outcomes for people with metastatic cancers of unknown origins, he says.
The MSI Claw, released in March 2024, has gotten plenty of negative attention thanks to its poor optimization at launch. But a new PC gaming handheld sporting an Intel processor is coming and may be the answer to Intel’s portable console woes.
The AOKZOE A2 Ultra has been confirmed to sport an Intel Core Ultra 7 155H, according to a report from PCGamesN. This is the same processor powering the high-end models of the MSI Claw A1M, which received plenty of backlash due to its struggling with basic gaming tasks that its competition easily handles.
Unlike MSI, the company behind the device seems to have more experience with manufacturing PC handhelds, though, like the Steam Deck and nearly every other handheld in the market, it usually uses AMD processors. While we don’t know why AOKZOE made the switch to Intel, there’s a good chance that the AOKZOE A2 Ultra could be the redemption story that Intel needs right now.
MSI Claw was disappointing
As of now, there’s no clear reason why the MSI Claw is struggling. Our own preview of the handheld was beaming, praising its consistent and excellent performance with the limited games on hand. However, once in-depth reviews arrived, tales of subpar performance woes quickly spread.
These issues include some Intel-related updates refusing to install properly, the MSI Center’s inconsistent game launching, overheating issues, inconsistent performance, and more. Right now, the universal experience with this system seems to be frustration and disappointment.
And the problem is, we don’t know who’s to blame for this. Is it MSI’s manufacturing process, or architectural limitations with Intel processors? The answer will most likely be settled with the AOKZOE A2 Ultra once it launches, which makes this handheld incredibly vital for Intel to prove that its processor can stand against AMD’s in this market.
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Ahead of Earth Day on April 22, Apple has added a banner to its website that reminds customers they can recycle their Apple devices “for free” with the company’s recycling partners. The process can be initiated on Apple’s trade-in page in many countries, with customers able to submit a form to receive a prepaid shipping label for their devices.
“We’ll recycle your Apple devices, cables, cases, accessories, and other similar electronics for free,” says Apple. “You’ll help protect the earth’s precious resources and reduce waste as we work toward a better future for the planet.”
On a related note, Apple today shared a new “Recycling Robots” video on its YouTube channel in the U.K. that says Apple’s recycling robots are now able to recover recyclable materials from a total of 23 different iPhone models.
“Our custom recycling robot Daisy can disassemble 23 different iPhone models to recover crucial materials like gold and rare earth elements,” says Apple. “Robot Dave extracts tungsten from Taptic Engines, while robot Taz takes care of audio modules. Together, they’re leading the way in recovering recycled materials for the next generation of products.”
Apple will likely release its 2024 Environmental Progress Report soon, and share other Earth Day announcements over the coming days.
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