Technology

• OnePlus has unveiled more details of its upcoming 13T phone
• The fresh info relates to the device’s battery capacity
• The 13T is due to launch on April 24

We’re just a couple of days away from the OnePlus 13T launch, which will fall on April 24. Yet that hasn’t stopped OnePlus from teasing a few choice specs and details of the upcoming phone ahead of schedule, with the latest info concerning the device’s battery capabilities.

According to a OnePlus post on Chinese social media site Weibo, the 13T will come with a 6,260mAh battery. That’s in line with the company’s previous claims that the battery would offer a capacity of no less than 6,000mAh.

As well as that, OnePlus has revealed that the 13T’s battery will feature bypass charging. This allows your Android phone to draw power directly from a power source (like a power bank) rather than from its internal battery when charging. This helps to prolong the phone’s battery and slow down its degradation.

The data drop didn’t end there, as OnePlus has confirmed that the 13T will weigh 185g. Compare that to the OnePlus 13 and OnePlus 13R, which both come with less capacious 6,000mAh batteries yet weigh 200g each. Packing a larger battery into a smaller frame is a surprising move from OnePlus, but it’s certainly a welcome one.

Few secrets left to unveil

(Image credit: OnePlus)

OnePlus has been very forthcoming about the 13T, disclosing all manner of images and details on social media. Previously posted photos have shown the device’s range of colors – including gray, pink and black shades – as well as the fact that it will come with a new button.

Leaks have also played their part. For example, it’s been suggested that the OnePlus 13T will come with a Snapdragon 8 Elite chip, a 6.32-inch display, an IP65 rating, and two 50-megapixel rear cameras. Of those two lenses (primary and telephoto), the telephoto one could offer 2x optical zoom and 4x lossless zoom.

That said, we don’t yet know the full spec sheet for the OnePlus 13T, and it’s possible that OnePlus is saving some intriguing new features for the launch event itself. But with so much already in the public domain, it will be interesting to see what the company might possibly have held back. We’ll find out for sure on April 24, when the 13T finally launches.

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• Trustwave finds multiple malware C2 servers hosted on Proton66
• Ransomware is hosted there, too
• Some phishing pages targeting Android users originated from Proton66

Proton66, a Russian bulletproof hosting service provider, is being used to spread malware, ransomware, mount phishing attacks, and more, experts have warned. This is according to

Researchers from Trustwave warned the malicious activity has picked up in recent weeks, stating how, “Starting from January 8, 2025, SpiderLabs observed an increase in mass scanning, credential brute forcing, and exploitation attempts originating from Proton66 ASN targeting organizations worldwide.

“Although malicious activity was seen in the past, the spike and sudden decline observed later in February 2025 were notable, and offending IP addresses were investigated.”

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Whoever is behind these activities is looking to exploit a number of vulnerabilities, including an authentication bypass flaw in Palo Alto Networks’ PAN-OS (CVE-2025-0108(, an insufficient input validation flaw in the NuPoint Unified Messaging (NPM) component of Mitel MiCollab (CVE-2024-41713), a command injection vulnerability in D-LINK’s NAS (CVE-2024-10914), and an authentication bypass in Fortinet’s FortiOS (CVE-2024-55591 and CVE-2025-24472).

The two FortiOS flaws were previously exploited by the initial access broker Mora_001, which has also been seen dropping a new ransomware variant called SuperBlack.

The same publication also said that several malware families hosted their C2 servers on Proton66, including GootLoader and SpyNote.

Furthermore, Trustwave said XWorm, StrelaStealer, and a ransomware named WeaXor were all being distributed through Proton66.

Finally, crooks are allegedly using compromised WordPress sites related to a Proton66-linked IP address to redirect Android users to phishing pages that spoof Google Play app listings and try to trick users into downloading malware.

To mitigate the risk against Proton66-linked threats, users should block all the Classless Inter-Domain Routing (CIDR) rangers associated with the company and Chang Way Technologies. The latter is a Hong Kong-based provider that is “likely” related to Proton66.

So-called “bulletproof” hosting is a type of hosting service that is advertised as being immune to takedowns and legal action, but there have been examples in the past when bulletproof hosting ends up yielding in the end.

At this time, the fact that Proton66 is a Russian service probably makes it somewhat bulletproof for Western users. However, politics change as the wind, and what Russia protected yesterday could be traded tomorrow.

Via The Hacker News

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Global businesses are prioritizing sustainability in their supply chains more than ever before. Across sectors, we’re increasingly seeing businesses develop sustainable procurement policies, putting carbon reduction strategies and environmental commitments to the top of their priorities list when evaluating new supplier engagements.

According to a 2023 survey from Stanford Business School, over half (51%) of global business currently have sustainable procurement policies in place to strengthen their supply chains. The need to reduce scope 3 emissions has brought procurement to the forefront of business strategy today, and driven increasing collaboration with sustainability and other departments.

But what internal, and external, pressures have sparked this need? And what can businesses do today to decarbonize their supply chains and forge a greener future?

Strict regulatory landscape

The regulatory landscape for businesses surrounding sustainability is evolving, and becoming stricter, which has created mounting pressures for organizations to manage and report on their carbon footprints.

In Europe, for example, the EU’s Corporate Sustainability Reporting Directive (CSRD) and Corporate Sustainability Due Diligence Directive (CSDDD), despite recent European Commission's Omnibus Package’s update, continue to require large and listed companies to disclose the environmental impact of their activity.

Over in North America, the Securities and Exchange Commission (SEC)’s disclosure rules took effect in March 2024, requiring registered organizations to disclose comprehensive climate impact information in annual reports and registration statements.

And in Asia, similar regulatory push is also on the rise with new ESG reporting standards being introduced. China, for example, is aiming for mandatory ESG reporting by 2026, aligned with the International Sustainability Standards Board.

Increasing regulation and government enforced net zero targets, of course, creates significant external pressure to act on decarbonization supply chains. However, there are some commercial drivers, too.

Today, buyers are on the lookout for their own sustainable suppliers, and companies with sustainable policies and practices will not only comply with regulations but will also gain a competitive edge in the market. In fact, research from the Greenly Institute claims that companies with sustainable procurement can gain anywhere between a 15 to 30% increase in brand value.

Not a level playing field

Despite knowing that decarbonization is a must, certain industries face more challenges in achieving this. Companies in the shipping sector, for example, have had to reroute vessels due to various geopolitical conflicts, which has increased carbon-intensive journeys.

Major container shipping lines have been forced to divert away from the Red Sea and Suez Canal, around the Cape of Good Hope, due to Houthi attacks on commercial ships. This diversion alone adds around 3,000 nautical miles and 10 days to the journey, which significantly hikes up carbon emissions.

High energy, fuel and labor costs have made it difficult for road haulage operators to get by financially, let alone invest in cleaner tech. And even for those transport and logistics operators that can afford to invest in decarbonizing their fleets, additional challenges are met further down the line when they encounter limited supplies of electric charging points.

Tech, innovation, and thinking outside the box can support in overcoming some of these challenges. For instance, fleet tracking software can help to optimize routes and reduce vehicle emissions, also aiding in guiding investment decisions by mapping out which routes are suited to electrical fleets, further reducing emissions.

Data can also be used in many other ways to assess the state of your current carbon footprint, informing strategies for decarbonization. Carbon accounting platforms, for example, can enable businesses to calculate a baseline for their annual carbon footprint, helping to strategically reduce emissions and set net-zero targets across operations.

Action needed from all sides

Despite all of this, the overall pace of decarbonization is not yet sufficient to meet current climate targets around the world.

Companies need to act now, wherever they can, in tackling major emission sources, such as vehicle and transport emissions. They should also embrace sustainable initiatives such as the circular economy. Returning products for repair, refurbishment, reuse, or recycling – rather than just instantly replacing or disposing of them irresponsibly – can significantly reduce embodied carbon, diverting tons of otherwise valuable materials from ending up in landfills.

A long-term view is essential here, but decarbonization is a complex process, and not everything is in the hands of businesses. Government investment in areas such as green energy, electric vehicle (EV) charging infrastructure, and recycling facilities, all have a part to play.

For decarbonization to gain the right momentum, greater alignment between legislation, policy, and private investment is needed for a just transition.

Strategy for sustainable supply chains

When producing a decarbonization strategy, start by addressing the big-ticket items. Affordable, clean tech, such as solar panels, can contribute towards your sustainability goals while also providing a more reliable energy source than power from the grid, supporting better business continuity. Embracing digital tools for reducing vehicle emissions, in addition to circular economy practices, can also make a sizeable impact.

While the journey of decarbonizing supply chains is complex and challenging, depending on what sector you operate in, it is essential for all businesses today.

By understanding the value of data, staying up to date and aligned with regulatory demands in your region, and adopting an innovative, problem-solving approach, you can begin making significant progress towards a better carbon footprint and a greener supply chain.

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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

The upcoming PC refresh cycle is shaping up to be one of the most pivotal tech moments in recent years. Aging PC fleets are past their prime, and the end of Windows 10 support is on the horizon. From small businesses to global enterprises, upgrading to systems that can support AI tools and the enhanced functionality of Windows 11 will be essential to maintain a competitive edge.

As such, organizations face a potential tidal wave of upgrades, and with it, potentially significant costs – both financial and environmental. The complexity of managing such an upgrade without compromising your business’s environmental responsibility can be daunting. But it can be done.

Thankfully, sustainable practices appear high on the agenda for many businesses. Customers across all verticals are implementing circular IT practices to minimize waste and costs. According to new research, Eighty-four percent of IT and business decision makers agree that circularity in AI hardware is an important consideration in their IT asset management system.

Eighty-seven percent also agree that sustainable design and energy efficiency are key factors when selecting solutions. Simultaneously, however, 81% admit needing help from a third-party partner to achieve their sustainability goals, suggesting a gap between good intention and the ability to deliver.

The High Stakes of Ignoring Sustainability

E-waste is a growing issue. According to the WHO, in 2022, an estimated 62 million tons of e-waste were produced globally and only 22.3% was documented as formally collected and recycled. Electronics discarded irresponsibly often end up in landfills, leaching toxic chemicals into the earth and water, posing a threat to health and the environment.

Beyond the environmental considerations, sustainability is also a competitive differentiator, particularly within the public sector. Customers are paying attention to how companies incorporate environmental responsibility into their operations. Choosing not to lead in this space could mean losing out to competitors who are already making strides toward more sustainable practices.

Championing Circular Design and Sustainability

There is, however, a way forward. IT providers that adopt circular design principles like repairability, upgradability and modular components are paving the path toward a more sustainable future. PCs designed with replaceable batteries, screens and other components empower businesses to extend the lifespan of their devices, reducing waste and postponing costly replacements.

Design decisions like attaching ports with screws, rather than soldering directly to the motherboard simplifies the disassembly process. This enhances the potential for repairs or replacements without risking damage to critical hardware components.

Some vendors are now taking this one step further, making it easier for customers to purchase and replace common PC parts themselves. Customers can even access augmented reality tutorials with step-by-step instructions. Democratizing access to repairs in this way can significantly reduce e-waste and the resulting environmental impact.

At the same time, manufacturers are pushing the boundaries of material innovation by incorporating recycled aluminum, biobased plastics and other renewable materials into their designs. Carefully sourced components are emerging as sustainable alternatives, helping to reduce the environmental footprint of new devices.

Keep in mind that circularity and sustainability don’t end with the PC – it’s possible to lower the environmental impact of peripherals, too. Recycled plastic in docks, recycled cobalt in batteries and even recycled copper in adapter cables help reduce resource use and lower emissions.

Energy efficiency is another critical element of sustainable design, particularly as AI integration becomes a key driver of the PC refresh. Modern AI-optimized hardware and software are designed with power-saving features like intelligent energy management and thermal regulation. These innovations not only lower a company’s environmental footprint but also deliver tangible operational cost savings by extending battery life and optimizing processing speeds.

Many manufacturers are also doubling down on closed-loop systems to recover valuable materials from outdated devices. Robust recycling programs minimize landfill waste and contribute to a circular economy where resources are reused rather than discarded.

Partnering now for Tomorrow

Businesses do not need to face this challenge alone. Partnering with IT providers and third-party experts can make the difference. In fact, 84% of IT and business decision makers agree that collaborating with a 3rd party would simplify their efforts to carry out circular IT practices.

Asset recovery solutions and recycling services enable companies to dispose of outdated equipment responsibly while extracting value from old resources. Flexible payment solutions further enhance sustainability by allowing companies to optimize asset management and reduce upfront costs, ensuring that investment in sustainable technology is also financially viable.

Practical Steps Toward Sustainability

For organizations eager to balance AI integration with environmental responsibility, the upcoming PC refresh is an opportunity for action. Businesses should begin by choosing IT partners and providers that prioritize circular design, emphasizing products designed for longevity, repairability and efficiency, and that incorporate sustainable materials.

Exploring asset recovery solutions and recycling services to retire outdated equipment responsibly and reduce e-waste can also pay dividends. If there is still value in old equipment, asset recovery solutions can resell and transfer funds straight into a company bank account.

Investing in AI-optimized PCs drives efficiency, enhances productivity, and improves security, but also positions businesses for cost savings and reduced energy consumption. For example, just having the ability to turn off devices remotely can save up to 15% on energy usage.

By adopting sustainable IT solutions today, companies can ensure they’re equipped for tomorrow’s challenges while contributing to a more responsible and environmentally conscious tech ecosystem.

The PC refresh cycle will inevitably define the next decade of IT strategy. Organizations that take bold steps to prioritize sustainability now could gain the operational and competitive benefits of aligning technology with responsible business values.

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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

• Google Photos is adding an Ultra HDR feature to some Android phones
• This lets you increase photo vibrancy in a few taps
• It can be applied to regular photos even after they’ve been taken

If you’ve taken a bunch of photos but wish they could be jazzed up with a little HDR magic, you’re in luck. That’s because Google has just added the ability to enhance your images with Ultra HDR effects in Google Photos. Better yet, the HDR changes can be applied to regular pictures, even if you’ve already taken and uploaded them.

As noticed by Android Authority, the feature has rolled out to a number of Google Photos users in recent days. It can’t yet be used by everyone, and it’s not clear whether it’s limited to the best Android phones or will soon be available more widely.

Google Photos’ Ultra HDR mode lets you take photos with a wider range of colors than standard pictures. That can boost image vibrancy, but you’ll usually need a device with an HDR display to fully appreciate the effect.

Yet the good thing about Google’s Ultra HDR feature is that it’s backward compatible, so your photos will revert to using standard color ranges on regular Android screens.

It also works the other way, too. Google Photos appears to have added the ability to convert normal photos into HDR equivalents, boosting their saturation and helping them pop much more than they previously did. That means There’s no need to remember to take the pictures in HDR mode in the first place.

Better photos in HDR

(Image credit: Shutterstock / BigTunaOnline)

Ultra HDR mode had been spotted as far back as September 2024, but it wasn’t fully functional at the time. Now with version 7.24.0.747539053 of the Google Photos app, it looks like it’s beginning to roll out to a range of Android users.

Once it becomes more widely available, you will find the feature in the Adjust section of the Google Photos editor. There, you’ll be able to change the strength of the HDR effect using a slider. It is set to replace the HDR Effect option currently in Google Photos.

You can see a preview of the Ultra HDR effect on GitHub. Make sure you’re viewing it on an HDR-compatible device to be able to observe it properly.

Still, there’s no reliable indication of when the feature might arrive for everyone. Hopefully we won’t have to wait too long before it rolls out.

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• Seagate study find 97% anticipate AI to increase their demand for storage in the future
• Sustainability is recognized, but cost is still more important
• Modern HDDs offer superior efficiency, and they’re cheaper

A new report from Seagate has revealed just how much of an effect artificial intelligence is having on the amount of storage required by data centers, which presents a major sustainability challenge.

It found 94.5% said AI had increased their data storage needs, with even more (97%) anticipating AI’s growth to impact storage demand even further.

However, despite widespread acknowledgement and consideration for the environment, companies are struggling to prioritize it amid rising costs, which tariffs, government objectives and the sheer scarcity of some materials have influenced

Data centers are facing a major sustainability headache

Nearly 95% of respondents are concerned about environmental impact, says Seagate, but only 3.3% prioritize it in purchasing decisions with many focusing on the total cost of ownership and purchasing costs.

Among the key factors putting data centers at risk are high energy consumption (53.5%), raw material requirements (49.5%), physical space constraints (45.5%), infrastructure costs (28.5%) and acquisition costs (27%).

“Data centers are under intense scrutiny – not only because they support modern AI workloads, but because they are becoming one of the most energy-intensive sectors of the digital economy," said Seagate SVP of Cloud Marketing, Jason Feist.

Seagate envisions energy-efficient technologies playing a wider role in the decarbonization of data centers, reducing energy requirements and hitting other targets at the same time.

Although SSDs promise to be quicker and more efficient, Seagate’s HAMR-based Mozaic 3+ platform (for HDDs) can deliver up to three times more energy density while reducing embodied carbon by over 70% per terabyte and lowering cost per terabyte by 25%.

The report also embodies the ‘reduce, reuse, recycle’ motto by highlighting the importance of both extending product lifespans and then repurposing decommissioned equipment to reduce its environmental burden.

Sharing accountability through cooperation across the supply chain also helps to reduce emissions from Scopes 1, 2 and 3, enabling a wider effect.

“Sustainability cannot be solved in isolation. A holistic approach spanning infrastructure, life cycle management, and industry-wide accountability could ensure that the growth of AI and data center operations does not come at the expense of the environment,” Feist added.

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• Rare earth mineral and metal extraction has proven key
• Circular Centers repurpose decommissioned hardware

Microsoft says it is ahead of target on its quest to become a zero-waste company – one of the key aspects of its sustainability goal – but it isn't there just yet.

In a blog post, Azure Hardware Systems and Infrastructure CVP Rani Borkar confirmed the company has now reached a 90.9% reuse and recycling rate for servers and components as of 2024, slightly surpassing its 2025 target of 90% and getting there one year earlier.

The milestone brings Microsoft, which recently celebrated its 50th anniversary, one step closer to being carbon negative, water positive and land positive by 2030.

Microsoft’s data centers are nearly waste-free

Borkar explained the company had exceeded its target by piloting the sustainable extraction of rare earth minerals and metals from HDDs at scale, reducing the need for new materials such as neodymium, gold and copper.

The extracting process involves the acid-free dissolution of shredded HDDs, said to deliver a 90% high-yield recovery rate.

The company also boasted of a 95% reduction in emissions compared with traditional mining and processing practices, highlighting the broader cross-category effects recycling can have to help Microsoft reach more than just one of its sustainability goals.

Microsoft has also continued to expand its Circular Centers globally with the goal of processing and routing decommissioned servers and hardware components onto their next useful lives – things ike academies that train data center technicians.

Its first Circular Center, located in Amsterdam, the Netherlands, opened in 2020. Five more across the US, Ireland and Singapore have followed since then, and the company has already drawn up plans for new sites in Cardiff, Wales; New South Wales, Australia and San Antonio, Texas.

The third change that has allowed Microsoft to reach that all-important 90.9% rate one year early was the introduction of recyclable packaging solutions for transporting data center hardware to enable easier curbside recycling.

Borkar claims more than 30,000 server racks have been processed through Microsoft’s global packaging recycling program, diverting more than 2,500 metric tons of waste from landfills.

That said, every step taken in the right direction is seemingly met with a step backwards. Microsoft’s 2024 Sustainability Report details how greenhouse gas emissions and electricity consumption have been climbing annually since at least 2020, indicative of the colossal impact of powerful cloud computing and artificial intelligence data centers.

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Peaky Blinders the movie: key information

- The film was rumoured to be happening from around 2020

- It was confirmed in June 2024, and filming began three months later in the West Midlands

- Filming finished in December 2024

- The film is still to be officially given a name, though it’s thought it might be its working title, The Immortal Man

- Creator Steven Knight has said the film is set in World War II

- Cillian Murphy will be returning, and new faces include Barry Keoghan, Rebecca Ferguson and Tim Roth

- It will be available to stream on Netflix, possibly in 2025, but all the streamer are saying is “soon”

Peaky Blinders is returning as a movie. The show is one of the UK’s longest running – and most loved – period crime dramas.

A dark and thrilling look into gangland crime in Birmingham, set just after World War II, it was based on the real-life Peaky Blinders street gang who terrorised the city of the West Midlands, robbing ‘n’ racketeering, unleashing brutal violence on others and running illegal gambling set-ups.

The BBC show ran for six seasons from 2013 to 2022, and its creator, Steven Knight, made household names of the main actors, Cillian Murphy as the lead, Tommy Shelby; Anna Taylor-Joy, Sam Claflin, Joe Cole, the late Helen McCrory and the ever-expanded cast saw all sorts of brilliant other faces pop up, like Adrien Brody, Stephen Graham and Paddy Considine to name just a few.

A post shared by Netflix Film (@netflixfilm)

A photo posted by on

Netflix got hold of Peaky Blinders’ rights and streamed it in the US, and just before the final series aired on the BBC, Knight first mentioned the idea of a PB film in January 2021 to Variety:

“[The film is] in development. It’s a fully formed idea and it has a beginning, middle and end. And I think it’s going to be a fitting conclusion to the story told so far, but from it, there will be things I don’t really call spinoffs, but there will be other TV shows that I hope will come out of [it], that will continue to tell the story of this part of society and this family.”

The film – still unnamed at this point – was confirmed in June 2024, with Knight telling Deadline that the film would “be an explosive chapter in the Peaky Blinders story. No holds barred. Full-on Peaky Blinders at war.” Murphy added: “It seems like Tommy Shelby wasn’t finished with me. It is very gratifying to be re-collaborating with Steven Knight and Tom Harper on the film version of Peaky Blinders. This is one for the fans.”

A post shared by NadiaStaceyHair&Makeup (@nadiastaceyhairmakeupdesign)

A photo posted by on

Filming began in September 2024 and it all started rolling in Digbeth Loc Studios in Birmingham, and in St Helens, around the Pilkington Watson Street works. It was a relatively quick shoot for a film, as it was all wrapped by December 13, giving everyone a nice long Christmas break, presumably.

As for the film’s name, well, we’re still not entirely sure. It might be called The Immortal Man – this was apparently its working title when residents of filming locations were informed about the film shooting in their neighbourhood, and a make-up artist working on set appeared to reveal the name on their Instagram.

However, this is still yet to be officially confirmed, so for now, let’s just stick with calling it the Peaky Blinders movie. So, with the film in the can: that’s where we are right now, but what else can we expect from the film? Here’s everything we know so far.

Peaky Blinders the movie: release date prediction

(Image credit: Netflix)

It’s been a looooong old slog waiting for this film to hit the screen, and even now, Netflix won’t be drawn on when the actual release date will be, other than saying: “Soon”.

That kind of sounds like what a parent would say when they want to you stop asking about something. We’re presuming soon means “in 2025”, so we will let you know as “soon” as any better approximations of date are released.

Peaky Blinders the movie: trailer, is there one?

Nope, not so much as a peek of a flat cap yet. Again, as soon as the trailer is released, we’ll bang it up here in all its glory.

Barry Keoghan and Cillian Murphy have a laugh on set the Peaky Blinders movie (Image credit: Netflix ) Peaky Blinders the movie: cast

Well, obviously it wouldn’t be Peaky Blinders without Cillian Murphy, who returns once again as Tommy Shelby.

But the big interest is around new faces joining the gang, namely Barry Keoghan and Rebecca Ferguson and Tim Roth, whose roles have yet to be announced.

Other confirmed cast include:

First look of Barry Keoghan on set in Birmingham (Image credit: Netflix )

• Stephen Graham as Hayden Stagg
• Sophie Rundle as Ada Thorne, née Shelby
• Ned Dennehy as Charlie Strong
• Packy Lee as Johnny Dogs
• Ian Peck as Curly
• Jay Lycurgo

Meanwhile, Knight has teased that there are even more famous names to come, calling the cast list “mindblowing”.

Peaky Blinders the movie: plot

(Image credit: Netflix)

We’re moving into further war territory in the film, with Knight revealing that it’s set in World War II. He told Deadline: “The thing is that when I’m writing anything, but particularly Peaky, I tend to not have a plan except something very, very broad."

So for the film, it’s actually set in World War II which I think I probably wouldn’t have done for series 7; I’d have probably taken it up to the war but because it’s a movie then I think we need a sort of gear change.”

Knight reiterated this again in September 2024, and when filming began, he told Netflix: “I’m thrilled to see the cameras rolling on this new chapter of the Peaky Blinders story, set during World War II. The country is at war, and so, of course, are our Peaky Blinders.”

The Peaky Blinders-verse: future

(Image credit: BBC)

As the world of Shelby and co. jumps from the BBC over to Netflix for the feature-length story, the streamer seems to suggest that there could be more after The Immortal Man, which is very fitting, given the name of the film.

Netflix have billed the film as “an epic continuation” of the Peaky Blinders-verse, while Knight has called it “an explosive chapter”, which suggests that there could be more to follow.

Speaking with Esquire in 2022, Knight hinted that someone was planning to “pop out” in the film, which could then take the story elsewhere, in another film or even format: “The film, I know exactly what it's about. And I know what two stories it's going to tell. How the story will unfold, I don't know. What will happen after that, I want that to depend on the film. For all we know somebody is going to pop out – I think I know who it's going to be.”

And he confirmed that the film won’t be the end of PB in an interview with Times Radio in December 2024. He said: “Well, it’s interesting you should ask that question because the film is coming out and that won’t be the end. It won’t be the end, let me put it that way. I’m not saying none of it.” Watch this space!

For more Netflix TV-based coverage, read everything we know about Stranger Things season 5, Squid Game season 3, and Wednesday season 2.

The road to net zero is a long one. For the UK to hit its 2050 target, there must be a unified effort across all sectors to decarbonize. While highly visible polluters such as heavy industry and transport make up the lion’s share of emissions, we can’t let the invisible activities of the online world off the hook. One polluter we encounter every day but may never consider a carbon culprit is digital advertising.

For years, there has been a concerted effort to optimize the supply chain that powers digital advertising, but the barriers are stubborn and steep: the lack of transparency, the vast number of adtech intermediaries, the spend wasted on low-quality placements. Each of these challenges also drive up emissions, for a global CO2 bill of 7.2 million tons a year, all just to put an ad on your screen.

Programmatic advertising — the automated process for buying and selling ads — is particularly inefficient. Advertisers pour money into the system for the sole purpose of easily reaching consumers at scale, but an audit by the Association of National Advertisers found only 36 cents of every dollar spent reaches its intended destination.

This presents a unique opportunity to the industry: cut bloat in the advertising supply chain and you kill two birds with one stone: increasing campaign performance and reducing emissions at the same time. If there’s nothing but benefits to such optimizations, why haven’t they been achieved yet? It’s simple, we didn’t have AI.

Cleaner, leaner programmatic advertising that delivers on its promise

At its heart, programmatic advertising is meant to streamline digital media buying by automating the process of placing ads in real-time. Instead of manually negotiating with individual publishers, advertisers use demand-side platforms (DSPs) to bid for ad placements as they become available across a vast network of websites and apps, who surface their available inventory on supply-side platforms (SSPs). This entire process happens in milliseconds.

Unfortunately, over time programmatic advertising has become a tangled web of intermediaries, inefficiencies, and hidden costs. The sheer number of players involved means budgets leak away before they reach publisher inventory, and every unnecessary transaction comes with its own little puff of CO2.

Worse still, the sheer volume of bid requests swarming the system is staggering; in the US alone, 647 times more bid requests are sent out every day than there are people in the country. And this pollution is not merely ‘digital’: audits have found that 60% of carbon emissions from programmatic advertising are generated during the ad selection process.

The signal-to-noise ratio is clearly way off, but machine learning and AI — perfectly suited to such messy mathematical challenges — can rebalance the scales. Instead of blindly spraying a “firehose” of requests — as the practice has been labelled — AI-powered bidding technologies take a more calculated approach. By “learning” from prior and real-time digital advertising campaign data, AI can map out the most efficient pathways for delivering ads, reducing unnecessary steps and ensuring more budgets are allocated to actual working media.

The best part? What’s good for the bottom line is also good for the planet: fewer wasted impressions mean lower costs and lower emissions; a rare win-win solution.

Emissions reductions aren’t just a happy accident of supply chain optimization, AI can also deliberately steer campaigns towards low-emission inventory using an array of real-time data signals. Factors like time of day, device type, Wi-Fi versus mobile connections, and even whether the local energy grid is running on renewables can all be accounted for; all without getting in the way of campaign KPIs.

AI’s predictive capabilities can even be trained to prevent unwanted and unintended downstream effects of optimization. For example, if you make the cost per impression cheaper, advertisers could by default buy more of them, causing a “rebound effect” where reducing costs ends up actually increasing overall emissions. AI can keep this unintended consequence in check, ensuring that absolute carbon emissions remain reduced.

Decarbonization so good even climate sceptics won’t resist

With AI taking over the number crunching, digital advertising can evolve beyond the inefficient, carbon-heavy machine it once was. Advertisers now have the means to make their campaigns work harder while using fewer resources. The old trade-off between performance and sustainability no longer applies.

For the first time, AI is enabling climate-conscious advertisers to set custom sustainability goals alongside traditional campaign metrics. Instead of just tracking cost-based performance or engagement metrics, brands can now measure carbon impact and actively work towards lower-emission media strategies without sacrificing results. But even if an advertiser doesn’t care about emissions, they’ll end up cutting them anyway in the pursuit of better performance and boosting the bottom line.

And the best is yet to come. AI isn’t a set and forget solution, it continuously learns and adapts, its scope and capabilities improving as it connects to more data sources, identifying patterns that humans would overlook. Over time, campaigns become even more efficient, with costs dropping and emissions shrinking further.

The impact of this technological revolution goes far beyond individual campaigns. As AI tools become more widespread, platforms and publishers will be incentivized to support more sustainable practices to avoid being left out of AI-optimized media plans. Demand for quality data to power this system will drag digital advertising towards total transparency, through which even more emissions savings can be uncovered.

The beauty of AI-driven programmatic optimization is that it makes doing the right thing the easy choice. As more brands and agencies realize that sustainability and profitability go hand-in-hand, the momentum will only grow. Thanks to AI, we finally have the tools to build a better, more sustainable future for digital media, one campaign at a time.

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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

Progress towards sustainability is rarely straightforward. Building a truly sustainable telecom network is a long and complex journey, one that requires balancing innovation, financial realities, and the constraints of existing infrastructure.

Telecom operators are discovering this first-hand as they strive for more sustainable networks. Compared to other key sectors like utilities or transportation, telecom operators were among the earlier adopters of net zero targets, led by major players like BT, Vodafone, Telia, and AT&T who helped set the pace.

These targets are admirable, but operators have a big challenge on their hands to hit them. As critical national infrastructure, telecom networks can't simply be de-installed or decommissioned and replaced from scratch. Sustainability goals must be balanced against two critical business priorities: competitiveness and financial viability. It’s a fine balance.

Balancing legacy with innovation

Even as they look to evolve their networks with more advanced (and often more eco-friendly) technology like 5G or fiber, operators are wrestling with a hidden beast – maintaining the network they already have. Telecoms is one of the longest-standing forms of what we still consider ‘modern’ technology.

It has evolved massively over time, but in the UK and US for example, some of these networks have existed for over a century. More importantly, even today, many still contain equipment that is up to fifty years old. If you flipped this around on the consumers that use these networks, it would be the same as still using the Nokia 3310 ‘brick’ or the first-ever laptop.

While older technology like copper-based DSL and PSTN infrastructure in fixed networks, along with 2G and 3G hardware in mobile, is being replaced by modern alternatives, this is a gradual process. Several major US carriers have already phased out 2G and 3G, but in the UK, VM02 is only just beginning its 3G phase-out.

Meanwhile, in the fixed space, BT, which has been preparing for its PSTN switch-off for several years, has now pushed the final deadline back from 2025 to 2027. Indeed, 81% of operators expect their copper network infrastructure to remain operational until at least 2028. Meanwhile, 60% say they’ll still be using 2G until around 2030 and beyond. The shift to modern networks is happening, but not at the same pace everywhere.

The legacy burden

This situation is a bit of a catch-22. Operators need to evolve their networks to improve their service, use less energy and drive revenue growth, but ageing infrastructure slows this down in a number of ways. The first is a financial drain. According to data from Omdia, around 50% of total operational expenditure (OpEx) is typically spent on maintaining and operating a network. This includes utilities, leasing real estate and infrastructure, and maintenance costs, with ageing equipment a big driver of this. While newer technology might demand more up-front investment, it is far more efficient in the long run, with lower day-to-day costs.

There are also more second-hand costs that come from legacy infrastructure. The ‘operational toil’ of maintaining, repairing, and replacing faulty equipment is invisible to consumers but demands significant time and resources. Outages on legacy networks are also remarkably common, with 96% of network managers in the US and UK reporting incidents. According to the same findings, the average annual impact of network downtime is £500K-£1M ($632K-$1.2M in the US), with very few respondents reporting losses below this range.

The result of all of this? Slower network evolution. This operational burden has huge implications for telcos trying to roll out new technology and services. 97% reported diverting resources from investing in new technologies like fiber or 5G to maintain legacy networks. Four out of five believe this has hindered their ability to roll out these new services versus newer greenfield operators.

The long road out

This ‘opportunity cost’ is significant, but it is not insurmountable. It just means that operators need to be as commercially and environmentally efficient as possible when decommissioning and evolving their networks.

On the financial front, the burden from legacy networks leaves such fine margins that delivering more cost-positive decommissioning projects is critical. But those ambitious net zero targets can’t be overlooked at this stage – we need to minimize the environmental impact of network evolution.

Modern equipment typically consumes between 20-50% less energy, but embedded emissions (upfront impact) for manufacturing new equipment like fiber cables or 5G radios are significant. So, while long-phase emissions are lower, the full impact depends on how long the equipment is used, how circular the supply chain is and how well the technology it replaces is phased out. Currently, many operators are running both new and old, temporarily adding to footprints rather than reducing them.

Going circular

To address this dual challenge, we are seeing operators increasingly leveraging the circular economy to minimize the environmental and financial impact of decommissioning. This means recovering, and recycling or reselling hardware and raw materials as much as possible.

According to recent research, 80% of respondents plan to resell copper infrastructure for fixed networks, while 72% intend to resell 2G or 3G equipment for mobile networks.

The market for the recycling and resale of copper is huge. At the time of writing, copper prices are at an all-time high, making ‘urban mining’ from telecom networks not just better for the environment, but also financially rewarding. For fixed network operators, this can free up resources that would normally go toward maintaining the network to reinvest in further decommissioning and accelerate timelines.

This isn’t just theoretical - BT’s infrastructure division, Openreach, has already recouped £105M in recycling old copper cables from its network. Telefónica Spain is also actively pursuing large-scale copper recovery as part of its national switch-off plans. On the mobile side, because certain markets (including the US, UK and the Nordics) are slightly ahead on network evolution, there is a market for selling refurbished equipment, but the window is closing.

While there is of course an environmental benefit to reusing and recycling old hardware, it is arguably the financial uplift that the circular economy can give operators that will be more influential in the industry’s journey towards net zero.

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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

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• GMKTec EVO-X2 offers Ryzen AI Max+ 395 power at a surprisingly low price
• GMKTec’s compact workstation promises serious AI performance
• High-end specs in a mini PC make EVO-X2 perfect for creative and AI tasks

Following the official launch of the GMKTec EVO-X2, a compact yet powerful mini PC powered by AMD’s flagship Ryzen AI Max+ 395 APU, the device was listed on the Chinese market for CNY 14,999 (roughly $2,066), which appeared to be rather on the steep side.

However, the device has now arrived in Europe, where buyers can unlock a reduced pre-sale price of €1,499 for the base model by paying a $100 deposit.

Those who want the higher configuration need to place a €200 deposit to qualify for a discounted €1,799 final price. All orders must be completed by May 7 to receive the full discount.

Ryzen AI Max+ 395 brings workstation-level performance

The GMKTec EVO-X2’s CPU is based on the Strix Halo platform and comes with an integrated Radeon 8060S GPU using the latest RDNA 3.5 architecture. With up to 40 compute units and a total power budget of 140W, the EVO-X2 marks a serious leap forward in AI-capable compact systems.

As AMD’s strongest integrated chip to date, the Ryzen AI Max+ 395, brings workstation-level performance into a smaller footprint, making the EVO-X2 one of the best workstation PC options for creatives and developers alike.

The base model ships with 64GB of LPDDR5X memory running at 8,000 MT/s and a 1TB SSD, while the higher variant comes with 128GB of LPDDR5X memory and a 2TB PCIe 4.0 SSD.

These features also make the EVO-X2 an excellent choice for users looking for the best laptop for Photoshop. Even though it’s a desktop, its compact mini PC design is mobile enough to compete with traditional laptops for creatives who need raw power.

The EVO-X2 isn't just about internal specs. It comes with a wide range of ports, including USB 4.0, USB 3.2 Gen2, USB 2.0, HDMI 2.1, DisplayPort 1.4, an SD card reader, and dual 3.5mm audio jacks. Network demands are handled by a 2.5 Gbit Ethernet port, and there’s a dedicated button for fan control as well as a mysterious "Performance Mode" switch.

Considering the hardware packed into this device, it could even rival the modular, enthusiast-focused Framework Desktop, while undercutting it in price.

The GMKTec EVO-X2 is positioning itself as one of the best mobile workstations available, combining compact form, cutting-edge performance, and future-ready AI acceleration.

Via Computerbase

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• Looking Glass 27 offers 16 inches of depth in a one-inch thick frame
• It can project up to 100 views across a 53-degree cone, perfect for shared use
• Built for developers: create in Unity and deploy across platforms using an iPad

Looking Glass has announced a 27-inch 5K light field display which shows 3D content without any need for headsets or glasses.

Looking Glass 27 is designed for shared use, projecting 45 to 100 perspectives across a 53-degree view cone. At just one inch thick and capable of displaying 16 inches of virtual depth, it offers shared 3D experiences that were previously only possible with specialized gear.

Designed for plug-and-play deployment in offices or exhibitions, the display supports flexible VESA mounting and can even run entirely off an iPad. This alone reduces system-level costs by roughly 35%, while shrinking the overall hardware footprint.

A breakthrough moment for 3D?

Developers can build content in Unity on a PC and deploy it to iPads across multiple platforms via TestFlight or the App Store, streamlining workflows. It has broad support for web-based 3D pipelines and simplified cross-device compatibility.

"This is a breakthrough moment for 3D. With the new 27-inch display, we’ve combined major hardware and software advances to cut system costs and dramatically reduce compute requirements," said Shawn Frayne, CEO of Looking Glass. "It’s never been easier for developers and enterprises to build, test, and then deploy applications for their audiences in 3D."

With a pre-order price of $8,000 (currently 20% off), significantly lower than many would expect, Looking Glass 27 sets a new standard for professional-grade 3D displays. The pre-order window lasts until April 30th. You can see it in action in the video below.

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