Security experts have recently uncovered a Windows Themes spoofing zero-day vulnerability that allows threat actors to steal NTLM credentials.
Earlier in 2024, Microsoft discovered, and patched, CVE-2024-21320 - a similar vulnerability with a 6.5 severity score (medium). The patch did not address the issue entirely, and could be bypassed, resulting in the discovery of CVE-2024-38030. Microsoft released the fix for this hole in July 2024.
Now, security researchers from Acros Security revealed how, as they were tinkering with the patch for CVE-2024-21320, they found “an additional instance of the very same problem that was still present on all fully updated Windows versions, up to currently the latest Windows 11 24H2.”
Micropatch available
NTLM (NT LAN Manager) is a suite of security protocols used for authentication, integrity, and confidentiality in Windows networks. It’s an older protocol, primarily replaced by Kerberos in modern systems, but it is still supported for backward compatibility.
The Register reached out to Microsoft regarding this discovery, and was told the OS maker was looking into it: "We're aware of this report and will take action as needed to help keep customers protected," a Microsoft spokesperson told the publication.
In the meantime, 0patch has developed a micropatch that fixes the issue, so those of you who are worried about the bug and don’t want to wait for Microsoft, can install this one in the meantime.
"Exploitation of this zero-day is identical to the previous ones previously reported by Akamai," Acros said.
The vulnerability can be exploited rather easily, although it does require some user interaction, the researchers explained. "The user must either copy the theme file (e.g., from an email message or chat) to a folder or desktop on their computer, or visit a malicious web site that automatically downloads the file to their Downloads folder. It's not entirely without user interaction,” they told the publication.
With paperless options slowly becoming everyone's new favorite, you might think that printing has become obsolete. But the truth is, whether you're a busy professional, a student, or a home user, having the best printer can make a world of difference in your daily life. From printing important documents to creating studio-quality photos, the right printer can be a huge productivity boost.
But with so many options available, how do you choose? Inkjet, laser, LED - each technology has its own strengths and weaknesses. Do you need speed or quality? Are you printing mostly text or photos? And what about those running costs that can sneak up on you?
In this guide, we'll dive deep into the world of printing technologies. We'll explore how each type works, their pros and cons, and help you figure out which one is the perfect fit for your needs. By the end, you'll be equipped with all the knowledge you need to make the right choice for your ideal printing station.
Inkjet printers are probably what most of us think of when we picture a home printer. These versatile machines are popular for good reason — they're affordable, compact, and capable of producing high-quality color prints.
The technology behind inkjet printers is fascinating in its simplicity. These printers work by spraying tiny droplets of liquid ink onto paper. The print head contains thousands of microscopic nozzles that fire these droplets with incredible precision. As the print head moves back and forth across the paper, it lays down these droplets to form your text or images.
I've always been amazed by the quality inkjet printers can achieve, especially when it comes to photos. The ability to blend colors smoothly makes them a favorite among photographers and anyone who needs to print vibrant images.
Pros:
Affordable initial cost
Excellent photo quality
Compact and lightweight
Versatile paper handling
No warm-up time needed
Cons:
Higher cost per page
Slower printing speeds
Ink can smudge when wet
Not ideal for high volumes
Frequent ink replacements needed
What is a Laser Printer?
Laser printers have been a staple in offices for decades for good reason. These powerful devices use a technology that's very similar to photocopiers, creating sharp and professional-looking documents at impressive speeds.
Here's how it works: When you hit print, the printer's laser beam "draws" your document onto a drum inside the printer. This drum is coated with a material that becomes electrically charged where the laser hits it. Then, a fine powder called toner is applied to the drum. The toner sticks to the charged areas, creating your image or text. Finally, the toner is transferred onto paper and fused with heat and pressure, resulting in your printed page.
The best thing about laser printers is their speed and efficiency, especially for text-heavy documents. They're the go-to choice for many businesses that need to print out high volumes of paper quickly and consistently.
Pros:
Fast printing speeds
Sharp text quality
Lower cost per page
High-volume printing capability
Smudge-resistant prints
Cons:
Higher upfront cost
Bulky size
Less versatile paper handling
Not ideal for photos
Warm-up time required
What is an LED Printer?
LED printers might be the new kid on the block, but they're quickly gaining popularity. These printers are similar to laser printers in many ways, but with a key difference in how they create the image on the drum.
Instead of using a laser beam, LED printers employ a strip of light-emitting diodes (LEDs) to create the image on the drum. The rest of the process - using toner and fusing it to the paper - is very similar to laser printers. This technology was pioneered by OKI in 1989, and other manufacturers have since adopted it.
The use of LEDs instead of lasers might seem like a small change, but it brings some significant advantages. LED printers tend to be more compact, as they don't need the space for a moving laser and mirror system. They're also often more reliable due to having fewer moving parts.
Pros:
Compact design
Reliable performance
Energy-efficient operation
Fast printing speeds
Quiet operation
Cons:
Limited model selection
Higher upfront cost
Less common than alternatives
Potential color accuracy issues
Limited availability of supplies
Choosing the right printer for your setup
When it comes to selecting the perfect printer for your needs, understanding the key differences between inkjet, laser, and LED printers is crucial. Let's recap these differences one more time so we can explore how to make the right choice:
How to create your ideal printing setup
Now that we've explored the different printing technologies, let's talk about how you can create the perfect printing setup for your needs. Remember, the right choice depends on your specific requirements, budget, and printing habits.
Assess your printing needs: Before you start shopping, take some time to think about what you'll be printing most often. Are you primarily printing text documents, or do you need high-quality photo prints? How many pages do you typically print per month? Understanding your needs will help guide your decision.
Consider your budget: While it's tempting to go for the cheapest option, remember to factor in long-term costs. Inkjet printers might be cheaper upfront, but if you print a lot, a laser printer could save you money in the long run due to lower per-page costs. Make sure to research the cost of replacement ink or toner for any printer you're considering.
Think about space and placement: Where will your printer live? If you're tight on space, a compact inkjet or LED printer might be your best bet. Also, consider connectivity options. Do you need Wi-Fi capabilities for easy printing from multiple devices, or is a simple USB connection sufficient?
Don't forget about paper handling: If you frequently print on different types of paper or envelopes, look for a printer with versatile paper handling capabilities. Some printers offer multiple trays or the ability to handle thicker paper stocks, which can be a real time-saver.
Future-proof your purchase: Technology is always evolving, so try to choose a printer that will meet your needs not just now, but for years to come. Look for features like mobile printing capabilities, cloud integration, or the ability to add functionality through software updates.
Remember, the perfect printer is out there waiting for you. By carefully considering your needs and understanding the strengths of each technology, you'll be well on your way to creating your ideal printing setup. Happy printing!
A diverse workforce brings a range of skills, perspectives, and experiences that drive innovation and problem-solving, which in turn can lead to enhanced decision-making and improved business outcomes. True organizational diversity incorporates more than different cultural backgrounds and accessibility, though these are essential to cultivating a comprehensive and experienced workforce. It must also include varied personal and professional experiences to provide unique insights and skills that enrich the workplace.
Companies need to work proactively to attract talent from different backgrounds and industries, while recognizing that the most ideal person for the job is not always the person that lives nearby. Instead, organizations can unlock better collaboration and creativity by embracing workers of all capabilities, regardless of personal or geographical constraints.
Empowering employees
Remote solutions play a crucial role in empowering employees to work flexibly, and therefore supporting a company’s diversity. Organizations can hire people from different geographies and specializations by adopting remote work tools, as they are no longer constrained by the need for staff to be physically present in the office. This flexibility lets businesses attract talent who may have other commitments, such as caregiving or part-time work.
In addition to facilitating flexible working arrangements for employees, remote solutions also support businesses in enabling remote working in a secure and resilient way. With people working where and when it suits them, business leaders must couple solutions with comprehensive policies to ensure updates occur as needed and devices can be managed without employees having to come into their physical place of work.
Remote work solutions, such as remote desktop software, provide secure access to company systems so employees can collaborate efficiently from any location. Businesses can harness the power of real-time connectivity and remote-control capabilities to ensure that employees remain productive even when working outside traditional office environments. This is especially valuable for teams spread across different time zones and locations, or for individuals who may have personal or geographical limitations that prevent them from being onsite.
Remote solutions give organizations the flexibility to adapt to the diverse needs of their workforce. Companies can support varied working arrangements without compromising operational efficiency with the ability to scale remote work capabilities and integrate seamlessly with existing infrastructure. For example, cloud-based communication platforms facilitate video conferencing, file sharing, and instant messaging, ensuring remote and onsite employees can work together effectively.
Prioritizing diversity and inclusion
For companies prioritizing diversity and inclusion, these solutions make it possible to attract talent from different regions, industries, and personal circumstances. This fosters a more inclusive workplace where employees with unique experiences can contribute to the organization's success, driving innovation and enhancing competitiveness. This is also critical for organizations across many industries amid the ongoing skills and labor shortage, with data from the Chartered Institute of Personnel and Development (CIPD) indicating that 72% of UK employers find it difficult to fill vacancies due to a lack of suitable candidates.
Organizations that embrace remote solutions also benefit from improved access to niche skills and specializations. It is difficult for organizations across multiple industries to find professionals with the necessary expertise currently. Remote working lets businesses tap into a broader talent pool, ensuring that they have the most qualified professionals for their specific needs. This advantage is especially beneficial for roles where specialized knowledge and experience are often required, without relying on talent in the immediate geographic vicinity. Remote solutions also let businesses build more inclusive teams. Employees with different abilities, who may face challenges in a traditional office environment, can work comfortably from home or another suitable location. This inclusivity strengthens the company's commitment to diversity and success.
Remote solutions also create opportunities for those with different work patterns. Employees with varying schedules can contribute effectively without being limited by traditional work hours. This flexibility is critical in fostering inclusion and can enhance employee retention and satisfaction. Many employees value the opportunity to work remotely because it provides a better work-life balance, reduces commute times, and delivers greater autonomy in how they manage their day. Offering remote work options can make an organization more attractive to top talent and help retain existing employees. The reduction in turnover saves businesses time and money that would otherwise be spent on hiring and training new staff. The ability to work remotely lets companies build a workforce that is adaptable and responsive to change. Investing in remote work infrastructure ensures businesses can continue to achieve their goals while empowering individuals to work on their terms.
Remote working solutions remove barriers to diversity, letting people work from any location and empowering organizations to hire talent from various regions, industries, and even accessibility levels. This empowers organizations to hire the best person for the job, regardless of location.
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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Black Ops 6 Season One is right around the corner, given that the game is now out for all players. In the coming weeks, players will be tr...
Black Ops 6 Season One release date and what to expect
Black Ops 6 Season One is right around the corner, given that the game is now out for all players. In the coming weeks, players will be treated to a new Battle Pass to work through, changes to Warzone, as well as some new content for Multiplayer. Unfortunately, Activision has yet to announce the specifics regarding Season One, but has confirmed the launch date.
If you weren't aware, new Call of Duty games tend to launch in a sort of pre-season state these days. This gives players the chance to jump into the game, leveling up guns and getting to grips with the map selection before new content is added. As such, there's currently no Battle Pass, but that's set to change. Even without Season One content, we're having a blast with Black Ops 6, and it's certainly looking to be a contender for our list of the best FPS games to play in 2024.
As we near the Black Ops 6 Season One release date, we'll likely start to hear more on what'll be added, and on the precise timings. For now, here's everything we know so far, including a look at when Season One comes out.
Black Ops 6 Season One release date
(Image credit: Activision)
TheBlack Ops 6Season One release date is November 14, 2024. This was announced by Activision, confirming the rumored date. Check it out in the Tweet below:
In the first week after launch, two new updates pave the way for Season 01 and beyond with the addition of two Multiplayer favorites: the Infected game mode and the original 1950s Nuketown map #BlackOps6 pic.twitter.com/tSqSKXZ3bUOctober 29, 2024
Black Ops 6 Season One - what's being added?
(Image credit: Activision)
While Activision is yet to fully detail Season One, we do have some info on what will be added. According to this COD blog post, there will be "all-new Multiplayer maps and modes, a terrifying new in-season Zombies map, as well as the introduction of Omnimovement and Black Ops 6 weapons and Loadout features to Call of Duty: Warzone". We'll have to wait and see exactly what this entails, so stay tuned for updates.
Black Ops 6 Season One - what we'd like to see
(Image credit: Activision)
While we wait to hear exactly what Black Ops 6 Season One has in store, we'll be thinking about what we'd like to see added to the game. Of course, a Battle Pass is coming but beyond that, new content is harder to predict. Given that Black Ops 6 just launched, and given the fact that it contains all new maps, some familiar maps could be a welcome addition alongside Season One. We'd like to see the team pull from older Black Ops games specifically, such as Summit, as well as some of the best offerings from last year's remastered Modern Warfare 2 maps like Rust.
There are still plenty of weapons to work through in Black Ops 6, so new weapons in Season One aren't exactly top of our list of wishes. Instead, it'd be good to see further balancing patches, especially concerning the currently essential Gunfighter Wildcard. Over the next couple of weeks, it should become clear which guns in Black Ops 6 need nerfs, and which need buff. For now, though, the current slate of weapons feels surprisingly balanced, with everything from SMGs to Marksman rifles feeling genuinely viable.
For the past three years, the rise of IoT, cloud computing, and automation has made manufacturing the most cyberattacked industry. So, what can manufacturers do to become more secure against cyberattacks and avoid further financial loss and damage to their reputation? Cyber resilience requires manufacturers to focus on protecting interconnected OT and IT by controlling data access, network segmentation, and constant monitoring.
With it being the most cyberattacked industry and hacking occurring every 39 seconds, it’s no surprise that high-profile cyberattacks are a regular occurrence in the manufacturing industry. In 2022 and 2023, major car manufacturer Toyota was the center of cyberattacks, with one attack leaving 14 factories shut for 24 hours due to a virus infecting a file server. In the time the factories were shut they lost out on 13,000 vehicles being manufactured – highlighting the importance of cybersecurity to all companies no matter their size.
A company effort is required for cybersecurity
A common misconception among many organizations is that security is solely an IT problem, but it impacts customers and employees in plants around the world. Make UK research found that production stoppages were the most common result of a cyberattack (65%), with reputational damage ranking second (43%). What’s more, new customers now want reassurance on details of the cybersecurity in place before signing contracts. So how can manufacturers become more cyber resilient?
Manufacturing businesses can no longer delegate cybersecurity solely to their Security Operations Centre (SOC) teams. Rather, accountability for security should rest with top management across the organization with measures being introduced at every operational level.
1. It all starts by identifying the area’s most vulnerable to cyber attacks
The first step to improve cybersecurity measures begins with an assessment of the current level of digital readiness and an identification of areas for improvement. But knowing how to spread cybersecurity investment can be a challenge. As a top priority, manufacturers need to secure the boundary between IT and OT, and this involves safeguarding critical assets and preventing unauthorized access between systems.
Manufacturers can prioritize cybersecurity efforts by quantifying risks and assessing the impact on operations in case of outages. Without this step, manufacturing companies will accumulate several security systems that don’t meet their needs and can lead to inefficiencies and potential security risks.
Cut down on response times by planning ahead
Next up is the crucial planning stages. It’s important to have a business continuity plan to ensure continuity during critical IT incidences. This will enable essential functions to continue for a limited time and help manufacturers manage supply chain disruption more effectively. A structured disaster recovery plan, understood by every employee, should follow to establish plans for swift responses to cybersecurity incidents and disruptive events, minimizing operational downtime.
Once manufacturers understand where the cyber weaknesses are, it’s time to put the defenses into action.
2. Data protection is key to keep your businesses operations and strategies safe
Manufacturing companies possess invaluable data that optimizes operations and drives innovation but without proper management and security, this data poses a significant security risk. In 2023, the global average cost of a data breach totaled USD 4.45 million, a 15% increase over 3 years.
Each piece of information, whether about vendors, partners, material quality, stakeholders, or finances can paint a comprehensive picture of a company's operations, strategies, and vulnerabilities. Financial data coupled up with stakeholder information for instance, could expose vulnerabilities in financial systems or potential points of leverage for competitors. This is where effective data governance policies and procedures such as clear guidelines on data sharing and access, along with strong encryption, can prevent data from falling into the wrong hands.
Data audits can assess the sensitivity and criticality of each dataset, and evaluate existing security measures and controls. Machine learning and AI technologies can help here by identifying pattern anomalies and potential data threats, enabling proactive risk management and threat detection.
3. Get ahead now, don’t wait for the next legislation to come into effect
Cybersecurity is not only a way to protect manufacturing operations as it safeguards a company’s brand perception. Manufacturers can reinforce customer trust by staying up-to-date on the latest cybersecurity certifications and regulations as it signals to the market that the company prioritizes security.
The Network and Information Security Directive (NIS2) is the next legislation set to impact manufacturing organizations that operate in the EU. The Directive aims to build on previous regulations by implementing more robust cybersecurity and resilience standards, as well as more stringent reporting measures in the event of a security incident – but are manufacturers ready to comply?
Failure to prepare will leave supply chains vulnerable
Shockingly, only three-quarters of organizations across the UK, France, and Germany have yet to complete preparations ahead of the NIS2 implementation date in October 2024. When failure to comply with NIS2 can lead to fines of up to €10m ($10.5m), or 2% of an organization's global annual revenue, it’s important that manufacturers assess how well existing cyber measures will comply with the upcoming legislation.
As NIS2 aims to address the security of supply chains, companies will need to manage the cybersecurity risks associated with suppliers and ensure that appropriate security measures are in place throughout the supply chain. This presents an opportunity for companies to strengthen supply chains and build resilient relationships with trusted suppliers.
4. Access management prevents infection spreading
The connectivity between OT and IT environments allows employees to work across interfaces but it also creates new risks for workstations. An infected work terminal can become a stepping stone to the production environment through lateral movement. This is why manufacturers need to control access to operational technology and monitor network interfaces.
Access management can help manufacturers introduce new authorization measures, such as multi-factor authentication, that ensure employees only access what they need, when they need it, and from approved locations.
The rise of hybrid workers calls for improved security measures
With more people working remotely and on their personal devices, it’s also important to consider the security implications of non-compliant devices. This is where stronger access controls and authentication methods can keep sensitive data and systems safe from potential threats.
5. Adopt a security-first culture
According to IBM’s X-Force Threat Intelligence Index report, embedded scripts in OneNote files, malicious links in PDFs, and executables disguised as document files are the most popular methods used by threat actors. All signs indicate that cyber threats are more likely to come through a company’s first line of defense – their employees. So how can manufacturers create a human firewall?
Cybersecurity measures are only effective if employees understand best practices. This is where comprehensive training programs can help prepare employees with the knowledge and skills to adapt and excel with more secure workflows.
Don’t make life harder for employees
As with training programs, employees will only carry out proper cybersecurity practices if they are able to do so with ease. Robust access management processes supported by efficient tools can reduce delays and frustration for employees while helping manufacturers maintain security standards. Single sign-on for instance, which consolidates access to various systems under one account, improves security and adheres to zero-trust practices without sacrificing user convenience.
A new secure era for manufacturing is on the horizon
Manufacturers cannot get side tracked by new production pressures as additional cybersecurity investment will be key to unlocking increased production.
One weak link could allow a cyber attack to enter the factory and attack their systems with catastrophic effect. Manufactures must act now to increase their cybersecurity measures and prevent the next attack before it’s too late.
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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Have you seen this post on GenAI – now almost an adage of the times? “You know what the biggest problem with pushing all-things-AI is? Wro...
Have you seen this post on GenAI – now almost an adage of the times?
“You know what the biggest problem with pushing all-things-AI is? Wrong direction. I want AI to do my laundry and dishes so that I can do art and writing, not for AI to do my art and writing so that I can do my laundry and dishes.”
The post is sassy, but spot on. It’s a stark reminder that humans want AI to assist with undesirable and painstaking tasks, not to assimilate creativity. Companies may ultimately want the same thing. They need creative productivity from humans, and they need GenAI to deliver the ROI that keeps the financial house in order, rather than falling into the AI money pit.
If you think this message is coming from yet another company looking to jump on the GenAI bandwagon, think again. We come at GenAI and data management – which is critical to GenAI success – from a position of unrivaled understanding, experience and commitment.
Here’s what we’ve learned, and what to do in transforming your organization with GenAI.
Be extremely selective in using GenAI
Organizations sometimes fail to take the time to define what it is that they want to get out of GenAI. This has led many companies to go too big too fast or proceed with excess caution, or not move forward at all.
Everest Group says that 2023 saw more than 1,200 GenAI proofs of concept (PoCs), signaling strong enterprise engagement, but less than 18% of PoCs reach production stage. Gartner adds that growth in 90% of GenAI enterprise deployments will slow by 2025 as costs exceed value.
Position your GenAI efforts for success and growth by first defining the problem you are trying to solve. Specify what outcomes you expect. And be selective in using GenAI, because it requires tremendous compute resources and scaled out IT infrastructure that can handle large data sets, so it can get expensive fast. Also keep in mind that consuming a lot of compute and power will have an impact on the planet and your sustainability goals. So, make sure that you’re using GenAI in a sensible manner, and only use GenAI to solve problems that couldn’t otherwise be solved.
Implement robust policies and infrastructure
If someone is using GenAI to write a poem, there are no right or wrong answers. But mission-critical enterprise applications are going to require near 100% accuracy. If you don’t employ high-quality data in your GenAI efforts, you won’t get the results that you are expecting.
Assess where you are with your GenAI and data strategies. Our recent research indicates that less than half (44%) of organizations have well-defined GenAI policies, and even fewer (37%) believe their infrastructure and data ecosystem are well-prepared for GenAI implementation.
Work with data experts to establish and implement robust data management solutions and strategies that address data security and integrity wherever that data may reside.
Also, make sure your GenAI strategy positions you to be agile in this fast-moving environment in which there are a lot of acquisitions and consolidation. Plan and build for GenAI in a way that keeps you flexible because what worked a few months ago may not work in the future.
Understand and address risks and regulations
Using high-quality data sets is also important considering the growing regulatory scrutiny around AI and GenAI. For example, the European Union’s Artificial Intelligence Act went into effect Aug. 1. This applies to any providers that put AI systems into service within the EU.
The new EU AI Act calls for AI systems that are classified as high risk – such as systems that are used for energy and transport, medical devices, and systems determining access to education or employment – to implement risk-mitigation strategies. The EU explains that includes achieving high standards of accuracy, cybersecurity and robustness; ensuring human oversight; maintaining activity logs; providing detailed documentation; and using high-quality data sets.
But the unprecedented volume and complexity of data environments can make that a challenge. Employ the tools and DataOps processes to understand data lineage, do data cost optimization, and ensure reliability, resilience, and visibility throughout the data lifecycle.
Establish a data foundation for innovation
GenAI now makes it easy for virtually anybody to put AI to work, which is accelerating the pace of business transformation at an exponential rate. And that’s an extremely powerful thing. With GenAI, you can drive more automation and save on costs. GenAI also can enable product differentiation to drive revenues. If you can become more proactive by using GenAI’s infinite knowledge and capacity to act quickly, you can fix problems and deliver better solutions faster.
But, in the process, GenAI is increasing the storage demands and extending the infrastructure concerns at enterprises far and wide. To stay competitive, modern businesses like yours must establish a data foundation for innovation – allowing your business to run, manage, and harness data and applications wherever they exist – on premises, in the cloud, and/or at the edge.
Whether your organization opts to leverage GenAI to save on everyday tasks, build revenue by delivering differentiated services or all of the above, keep in mind that getting GenAI right is both an art and a science. And it requires people and organizations to leverage both the knowledge earned with years of experience and the latest innovations in data management.
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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How to watch The Boy That Never Was online A father's grief and guilt return with a vengeance when he becomes convinced that he's ...
How to watch The Boy That Never Was online and for free – stream the Karen Perry adaptation from anywhere
A father's grief and guilt return with a vengeance when he becomes convinced that he's seen his son at a train station, three years after he was engulfed in the ruins of an earthquake. Here's where to watchThe Boy That Never Wasonline for free – from anywhere.
Harry (Colin Morgan) and Robin's (Toni O'Rourke) idyllic life in Essaouira is shattered when their apartment is reduced to rubble with their three-year-old son, Dillon, inside. Harry only survived by virtue of being out at the moment of impact, but with Robin working, why wasn't he at home?
Robin doesn't realize it until her husband's impulsive return to Morocco, but Harry's chance encounter on the train platform has stirred up a sense of immense remorse, and his quest for salvation lands him in a dangerous situation. What really happened on that night?
Read on as we explain how to watch The Boy That Never Was from anywhere in the world.
Can I watch The Boy That Never Was for free?
Yes. All four episodes of The Boy That Never Was are already available to stream on the free TVNZ streaming service in New Zealand.
If you're keen to watch The Boy That Never Was but you're away from home and access to the show is geo-blocked, then you could always use a VPN to access it (assuming you're not breaching any broadcaster T&Cs, of course). You may be surprised by how simple it is to do.
Use a VPN to watchThe Boy That Never Wasfrom anywhere:
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The best value plan is the two-year deal which sets the price at $3.69 per month, and includes an extra 3 months absolutely FREE. There's also an all-important 30-day no-quibble refund if you decide it's not for you.
The Boy That Never Was premieres on Alibi at 9pm GMT on Tuesday, October 29. Each of the four episodes is an hour long, and they'll air as double-bills on consecutive Tuesdays.
Alibi is available to stream via the Sky Go service. You can also watch through Sky's pay as you go option, NOW. Check out our dedicated guide to Sky TV deals and packages for today's best prices.
As with the US, there's no word as to when or if The Boy That Never Was will air in Canada.
However, New Zealand nationals currently traveling in Canada can use a VPN to unblock TVNZ Plus and watch the show from anywhere in the world. We recommend NordVPN.
Can you watch The Boy That Never Was in Australia?
Any plans to make The Boy That Never Was available to watch in Australia are yet to be announced at the time of publication.
We have entered a new era in banking and financial services. The period of transformation has given way to an era of “agility and flexibility,” driven by relentless technological advancements, fierce competition and the demands of digital-savvy customers.
Traditional banks find themselves at a crossroads of balancing the proven reliability of their legacy systems with the need for agility. And with fintech disruptors, the expansion of big tech into financial services and the increasing demand for embedded finance solutions reshaping the industry, there’s no time to waste hesitating. Modernization is a necessity – not an option.
Legacy technology, the long-standing backbone of banking operations, is becoming a burden. These outdated systems are ill-equipped to cater to the demands of the digital age that require real-time transactions, data analytics and seamless integration with modern SaaS solutions.
The operational costs of clinging to these systems are 20-30% higher due to the maintenance required. This also diverts resources and means a 50% slower time to market for new products as well as higher risk of security vulnerabilities compared to banks that have modernized their systems (McKinsey, 2023).
Finding people with the capabilities and expertise to maintain these systems is also becoming a challenge as the pool of legacy IT talent, such as COBOL programmers, dwindles. As these professionals retire, fewer people have the knowledge required to operate and fix these antiquated systems. As this expertise becomes scare it also becomes costly.
Faced with these challenges, banks are increasingly implementing a strategy of progressive modernization by updating an organization's existing IT infrastructure incrementally, rather than through a complete overhaul. This enables institutions to build on the strengths of their existing core systems while integrating flexibility through modern platforms that work seamlessly with legacy infrastructure.
Benefits of modernization
The benefits include:
Accelerated Time to Market: decoupling product development from legacy systems allows banks to launch new products faster, adapting to market changes and customer needs in real-time.
Better Customer Experience: experiences can be both personalized and seamless across all channels, which keeps customers satisfied, reduces dropout rates and ultimately helps create customer loyalty.
Cost Efficiency: maintaining legacy systems generates significant expenses that consume and divert IT budgets, preventing banks from spending on innovation. Investing in progressive modernization, however, is more cost effective and can be tailored to suit the size, scale and needs of an organization – while freeing up resource and budget to go to better use.
New Revenue Streams: the ability to rapidly launch new products enables companies to tap into new markets and unlock additional revenue streams.
Improved Security: companies need not worry about cybersecurity and compliance as modern platforms manage risks by incorporating robust features to safeguard sensitive data against sophisticated threats.
Progressive modernization empowers banks to exceed the limitations of legacy technology while enabling continuous improvement and rapid iteration.
Without having to service legacy tech, banks can shift focus toward innovation and test-and-learn, accelerating their time to market.
If progressive modernization is the “what”, and agility and flexibility is the “why”, then optionality is the “how.” Banks should avoid one-size-fits-all solutions and embrace a "best-of-breed" approach, choosing providers that excel in specific areas, such as card issuer processing.
Embedded finance: the new frontier
The rise of embedded finance, where non-financial companies integrate financial services directly into their offerings, represents a significant shift that banks cannot afford to ignore.
Up to 15% of bank revenues and 25% of retail and SME lending revenues may be derived from embedded finance by 2030 (McKinsey, 2024).
Solutions like Cards-as-a-Service, Wallets-as-a-Service, and Ledger-as-a-Service enable businesses to integrate payment and financial capabilities seamlessly, tapping into a market poised for explosive growth.
UX: the differentiator in the digital age
So often is the case that bank product teams start-off with customer-centric designs but end-up building legacy-centric experiences. Rapid iteration empowered by continuous experimentation – essential for modern DesignOps – is not possible. Without the configurability, functionality, and modularity of modern cloud apps, banks will always be one step behind FinTechs.
In today's hyper-competitive landscape, user experience (UX) is a real differentiator – and it is becoming increasingly essential for customer acquisition and retention.
Modern card issuer processing platforms enable banks to deliver exceptional and intuitive UX through features such as real-time transaction processing, personalized rewards, and omnichannel integration.
The future of banking will be shaped by those willing to challenge the status quo, embrace cutting-edge technology and move towards a more flexible, agile, and customer-centric future. Those that remain competitive will not be held back by antiquated legacy systems.
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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In its first Critical National Infrastructure (CNI) designation in more than a decade, the UK government has now announced that data center...
In its first Critical National Infrastructure (CNI) designation in more than a decade, the UK government has now announced that data centers should be afforded the same mission-critical status as energy and water systems in a bid to safeguard them against potential threats. This important step aligns with broader European policy, acknowledging the essential role these facilities play in safeguarding data, powering cloud services, and driving technological innovation.
As reliance on digital services continues to grow, particularly with the surge of AI tools and cloud-based applications, ensuring the security and resilience of data centers has become a top priority for governments and businesses alike. The UK's focus on boosting protections against cyberattacks and system failures highlights the increasing recognition of their role in maintaining societal and economic stability.
However, securing data centers alone is not enough. These facilities are part of a much larger networked ecosystem. Without robust interconnection and network infrastructure linking them together, the data they store and process cannot flow effectively across borders, industries, or platforms. As the world becomes more dependent on digital services, the ability to ensure uninterrupted, high-performance connectivity between data centers and networks is critical – not only for organizations or communities, but for entire economies.
Is protecting data centers alone enough?
We are currently seeing a massive boom in data center absorption and new construction projects, driven by recent innovations in AI. In the US, for example, our recently published study shows that current construction projects and plans for future projects will see megawatt (MW) capacity in the market grow by 160% in the next couple of years to around 28,000 MW, up from a little over 11,000 MW today. And that doesn’t include any new construction plans from colocation providers or hyperscalers that might be announced next month! We see similar booms all over the world, including the UK.
Data centers house everything from critical business data to the applications that power daily life. But as industries shift more toward AI, machine learning, and cloud services, it’s not the data centers alone but rather in combination with connectivity that are quickly becoming indispensable. This is because the seamless exchange of data is one of the most effective economic drivers in the modern world. The surge in demand for cloud computing, combined with the increasing reliance on AI-driven services, has led to exponential growth in the amount of data generated, stored, and exchanged. This makes the physical and digital security of data centers vital to the smooth functioning of modern society – a fact which the UK, along with its European counterparts, has now formally recognized.
There’s more to this picture, however. It’s not just about the data housed within these centers – it’s about how that data is moved, accessed, and utilized. The value of a data center providing services to enterprises is directly tied to its ability to connect with others through resilient, high-performance networks. Without effective interconnection, even the most advanced data centers struggle to deliver on their promise of real-time applications and low-latency services. In an interconnected global economy, the failure to prioritize connectivity and interconnection security – as well as data center security – threatens not just technological progress, but economic stability as well.
It's time to talk about interconnection
We’ve established the indispensable role of data centers in our IT infrastructure, but in reality their true value is locked until they are seamlessly interconnected. Interconnection platforms – or Internet Exchanges (IXs) – are hubs that encourage the aggregation of networks and cloud services, housed in multiple data centers, and allows them to connect and exchange data directly, bypassing the public Internet.
Data center and carrier-neutral platforms are independent of any single provider, enabling organizations to choose the best data centers and the best network routes, without being tied to one specific vendor. They also enable many more options for creating a geographically redundant infrastructure to ensure the greatest resilience in the case of outages. This setup reduces latency, increases reliability, and prevents long-term vendor lock-in, giving businesses the flexibility to adapt and scale their digital connectivity while ensuring continuous, high-performance data flow across different networks.
In Europe, the framework supporting data-center-neutral and carrier-neutral interconnection has set a global precedent. By separating infrastructure from individual service providers, the European model not only boosts resilience but also fosters competition, driving down costs while improving connectivity performance. This neutrality is quickly becoming vital to sustaining the smooth, uninterrupted flow of data that aspirational economies now require.
The US is now following suit. The recently issued "Roadmap to Enhancing Internet Routing Security" is a clear recognition that the strength of a nation’s digital economy hinges not only on data centers, but on secure, reliable interconnection. Over the last decade, the US has adopted a model where data exchange is not dependent on any single provider or location. Instead, neutral Internet Exchanges and interconnection platforms are now able to offer improved resilience and cybersecurity of these data flows. This movement reflects a much broader understanding that vendor-neutral platforms enable more resilient connectivity by enabling organizations to reduce points of failure in their infrastructure and improving redundancy across the network.
Let’s go deep
One of the key drivers of this shift in the US is the nation’s growing concern around the economic and security risks posed by legacy, fragmented, vendor-dependent infrastructure. In a push to alleviate those concerns, more than 80% of US Internet Exchanges are now neutral, enabling multiple data centers and service providers to be woven together, ensuring that even if one path experiences issues, data can still move freely through alternative routes.
The importance of this cannot be overstated. As AI-driven applications increasingly require real-time data processing and ultra-low latency, any disruptions in connectivity can severely impact business operations and broader economic activity. So even with the most high-performance colocation and hyperscale data centers in the world, progress and innovation will still be hampered without the use of neutral points of interconnection. The decentralized, redundant nature of neutral interconnection platforms creates a more secure and reliable environment for data exchange, bolstering not just national security but also the competitiveness of digital economies on the world stage.
Designating data centers as critical infrastructure is a positive first step by the UK government, akin to protecting vital buildings in a city. But just as a city relies on roads and intersections to function and keep things moving, digital infrastructure depends on networks and interconnection platforms to keep data flowing smoothly. To truly safeguard connectivity, governments must not only secure data centers, but ensure that the entire interconnection ecosystem, including networks and IXs, is robust, resilient, and well-guarded.
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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The Monster Hunter Wilds beta will let players try out the game ahead of its release next year. There's a variety of missions to take ...
The Monster Hunter Wilds beta will let players try out the game ahead of its release next year. There's a variety of missions to take on, from a small slice of a story mission to repeatable monster hunts. All in all, it looks set to give players a good opportunity to experience some of the new weapon mechanics and see the new environments in action.
From what we've seen so far, and from what we played in our Monster Hunter Wilds preview, the game is primed to push the series forward, with evolving landscapes and more complex monster behaviors. This time around, you can bring multiple weapons into hunts with you, a huge change that'll likely allow for more build experimentation. It's changes like these that make us hopeful that Monster Hunter Wilds will end up on our best crossplay games list by the end of the year.
Here's when you'll be able to play the Monster Hunter Wilds beta, whether that's as a PS Plus subscriber, a PS5 player, an Xbox player, or someone playing on PC. We'll also detail what to expect from the beta, including rewards that'll transfer over to the full game at launch.
Monster Hunter Wilds beta release date for PlayStation, Xbox and PC
(Image credit: Capcom)
TheMonster Hunter Wildsbeta starts on Monday, October 28, and runs through until Wednesday, October 30. This is the first open beta period, available for those on PlayStation Plus. If you're not a PS Plus subscriber, or if you're playing on Xbox or PC, you can find the precise timings below:
PS5 with PS Plus subscription: October 28 at 11PM ET / 8PM PT (October 29 at 3AM GMT) - October 30 at 10:59PM ET / 7:59PM PT (October 31 at 2:59AM GMT)
PS5 (no PS Plus subscription): October 31 at 11PM ET / 8PM PT (November 1 at 3AM GMT) - November 3 at 9:59AM ET / 6:59AM PT (November 4 at 1:59AM GMT)
Xbox Series X|S: October 31 at 11PM ET / 8PM PT (November 1 at 3AM GMT) - November 3 at 9:59AM ET / 6:59AM PT (November 4 at 1:59AM GMT)
Steam: October 31 at 11PM ET / 8PM PT (November 1 at 3AM GMT) - November 3 at 9:59AM ET / 6:59AM PT (November 4 at 1:59AM GMT)
Monster Hunter Wilds beta preload
(Image credit: Capcom)
You can now preload the Monster Hunter Wilds beta if you're a PlayStation Plus subscriber on PS5. If you're on other platforms, or on PS5 without a PS Plus subscription, you'll find preload times below:
PS5 (no PS Plus subscription): Wednesday, October 30 at 11PM ET / 8PM PT (Thursday, October 31 at 3AM GMT)
Xbox: Wednesday, October 30 at 11PM ET / 8PM PT (Thursday, October 31 at 3AM GMT)
PC (Steam): Wednesday, October 30 at 11PM ET / 8PM PT (Thursday, October 31 at 3AM GMT)
Monster Hunter Wilds beta rewards
(Image credit: Capcom)
There are two main Monster Hunter Wilds beta rewards that can be transferred to the full game at launch:
Open Beta Test Bonus Pendant (Pictured above)
Open Beta Test Bonus Item Pack (Mega Potion x10, Ration x5, Lifepowder x5, Max Potion x2, Herbal Medicine x2, Mulberry x2, Armor Sphere x5)
Note that in order to redeem the rewards at launch, you will need to be playing on the same platform where you played the beta.
Monster Hunter Wilds beta - what to expect
(Image credit: Capcom)
The Monster Hunter Wilds open beta will feature a character creator, as well as two main missions to take on. The first mission is the Story Trial, where you'll experience the opening cutscene and play the Chatacabra Hunt with some basic tutorials enabled. Once you've gotten the hang of the basics, you can take on the Doshaguma Hunt. The goal here is to defeat the alpha of the Doshaguma pack. Explore on your Seikret, and switch between two different weapon types on the fly.
Monster Hunter Wilds FAQ
Does progress from the beta carry over into Monster Hunter Wilds?
While main progress from the Monster Hunter Wilds doesn't carry over into the full game, you will earn the aforementioned rewards for participating. In addition, you can import your Character data over once the game launches. This means your main Hunter design, as well as your main Palico companion.
Does the Monster Hunter Wilds beta feature crossplay?
Yes, the Monster Hunter Wilds open beta will feature crossplay, across PS5, Xbox and PC. Note that during the PS Plus open beta test, only PS5 players with a PS Plus subscription will be able to participate. Once things open up later on, crossplay will be enabled.
Can you play the Monster Hunter Wilds beta Solo?
You can play the Monster Hunter Wilds beta solo if you wish. There's also the SOS Flare function, which allows you to call in other online players, or to call for help from NPC Support Hunters.
What is the Monster Hunter Wilds beta file size?
On PlaySTation, the Monster Hunter Wilds beta file size is 16.61GB. Once the other platforms start offering the preload, we'll know the file sizes on Xbox and PC too. Stay tuned.
It’s no secret that cyber-attacks are becoming increasingly sophisticated, while simultaneously growing in number and volume. Research from the Business Continuity Institute reports that cyber threats have increased in severity over the past year, with 75% of respondents reporting a rise in attempted breaches and 39.4% falling victim to a successful cyber-attack.
And this worrying trend is only expected to rise. In fact, our own research shows that a staggering 70% of UK business leaders expect their organizations to be hit by a cyberattack within the next year.
But, despite these concerns for the near future, the same study shows that only 35% of those leaders believe they are adequately prepared to handle such an incident. Clearly, there is a significant disconnect between the perceived risk of cyber threats and the level of preparedness among the nation’s businesses.
So, as the digital threat landscape continues to evolve, UK businesses find themselves in an increasingly delicate position when it comes to cybersecurity. The growing number of incidents facing modern companies is well documented in today’s headlines, leaving organizations in no doubt that this is a serious issue that every business should have near the top of their agendas.
In this landscape, how can companies become more confident in their ability to defend themselves against modern cyber threats?
Rising cyber threats: a reality for UK businesses
The gap between the anticipated risks of cyberattacks and the preparedness of businesses to address them speaks volumes about the current state of cybersecurity in the UK.
This discrepancy isn’t a question of ignorance but of confidence – or the lack thereof. With almost half (48%) of UK organizations reporting a cybersecurity incident in the past year according to our data, the threat is very real, and the same research reveals that the UK now holds the unfortunate title of being the most targeted country in Europe. And still, only one in three business leaders feel they have the necessary defenses in place. This points to a critical issue: while awareness is growing, true preparedness remains worryingly low.
That’s despite the real-life ramifications that can be expected when a business suffers a breach.
Not only could an incident have serious consequences for the business itself, but it could also have a negative impact on your employees and customers. Whether it’s financial losses, regulatory penalties or reputational damage, the stakes are high when it comes to having a lack of robust defense mechanisms. For example, in September 2023, MGM Resorts International suffered a devastating ransomware attack that cost the company an estimated $100 million – equivalent to roughly £76 million. A cyber-attack is a devastating blow to any company – but there are lessons to be learned when an incident like this makes the headlines.
Learning from experience
What stands out from the Cloudflare data is that sectors with higher attack frequencies, such as IT and technology, report feeling more prepared for future incidents. This is logical – experience breeds resilience. This confidence also likely stems from the sectors' early adoption of advanced cybersecurity tools and practices, equipping them to handle the evolving threat landscape.
SolarWinds is a great example of a business that took significant steps to overhaul its security practices after a breach – and come out stronger. The company enhanced its software development process with its Secure by Design principle, adopted a Zero Trust architecture, and increased transparency by openly communicating with customers and regulators. SolarWinds also collaborated with cybersecurity experts to continuously improve their defences, while contributing to industry-wide efforts to bolster software supply chain security. These actions helped the company recover, educate the wider sector and become more resilient against future cyber threats.
But while the IT and tech sectors are more prepared for such an incident, others are lagging behind. Industries like education and healthcare, which have faced fewer attacks in the last 12 months, display a shocking level of complacency. With our data showing that only 19% and 18% of these sectors feeling prepared for an attack, one has to wonder: are they playing a dangerous waiting game?
Just because businesses have been lucky enough to avoid an attack so far, it doesn’t make them immune in the future. And the industries that have yet to face a cyberattack are worryingly underprepared. A report from Microsoft and Goldsmiths, University of London has found that just 13% of UK businesses are resilient to cyberattacks, with 48% deemed vulnerable and the remaining 39% facing high risk. Given the sensitive nature of the data handled in industries like healthcare, a significant cyberattack could have devastating consequences. And as cyber threats become more sophisticated and frequent, hope is not a strategy.
Cybersecurity as a catalyst for business modernization
Despite the challenges posed by the growing threat of cyberattacks, there is a positive shift in how business leaders are approaching cybersecurity. Our research shows that over two-fifths (44%) see it as a driving force for modernization and the same amount consider it a key to getting boards to invest in essential projects.
According to a report by Aviva, attitudes towards cyber security are shifting, with more businesses recognizing the importance of robust defenses against potential threats. The company’s data shows that worries over cyber-attacks have risen from 40% to 57% since 2020.
This evolving perspective is encouraging, as it suggests organizations are recognizing the strategic value of strong cybersecurity measures. It highlights a recognition that robust defenses can offer more than just protection – driving innovation, streamlining operations and enhancing overall efficiency, as well as offering opportunities for operational improvements and data protection. This forward-thinking approach turns cybersecurity from a defensive necessity into a strategic advantage.
By embedding cybersecurity into top-level decision-making rather than treating it as an afterthought, businesses are positioning themselves to thrive in an increasingly digital world.
The need for proactive cybersecurity measures
In an era where digital risks are evolving rapidly, businesses must invest not just in advanced technologies but in fostering a culture where cybersecurity is treated as a strategic priority. Simplified, consolidated solutions are key, but without the right mindset and a commitment to continuous improvement across the whole organization, they will fall short.
Every company, regardless of its industry, must recognize the evolving threat landscape and take proactive steps to mitigate the risks. It’s time for every business to acknowledge that preparedness is more than just a checklist; it’s a mission-critical element of modern business strategy. Instead of being a reactive measure dusted off after a breach occurs, cybersecurity should be considered a proactive, central part of every organisation’s future-proofing plan. UK businesses are waking up to the reality of cyber threats – now they must ensure they are ready to face them head-on.
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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The Samsung Galaxy S25 Ultra could be the best Android phone of 2025, and you probably won’t have to wait until late in the year for it, w...
Samsung Galaxy S25 Ultra: latest news, rumors, and everything we’ve heard so far
The Samsung Galaxy S25 Ultra could be the best Android phone of 2025, and you probably won’t have to wait until late in the year for it, with this handset likely to land in January or February.
As the launch is now fast approaching, we’ve unsurprisingly heard plenty about the Samsung Galaxy S25 Ultra through apparent leaks and rumors, so we have a good idea of what to expect. This includes a bigger screen, a powerful new chipset, an upgraded ultra-wide camera, and possibly even a new name.
Below, you’ll find all the credible claims we’ve heard about this phone so far, and we’ll be regularly updating this article, so check back soon to stay in the loop.
Cut to the chase
What is it? The next top-end Samsung phone
When is it out? Probably early 2025
How much will it cost? Likely upwards of $1,299.99 / £1,249 / AU$2,199
A very high price
The Samsung Galaxy S24 Ultra(Image credit: Philip Berne / Future)
Likely to land in January or February
Could cost more than the S24 Ultra
Surprisingly, we haven’t heard any release date rumors yet, but Samsung usually launches new Galaxy S models in either January or February, so we’re expecting the same next year, meaning there’s probably not long to wait.
News about the potential price of the Samsung Galaxy S25 Ultra is less promising though, as numerous sources have said the Snapdragon 8 Elite chipset that we’re expecting it to use will cost more than its predecessor.
In which case, there’s every chance Samsung will pass that cost increase on to buyers, which means we might be looking at a starting price higher than the Samsung Galaxy S24 Ultra’s $1,299.99 / £1,249 / AU$2,199.
Can you trust these rumors?
We predict the Samsung Galaxy S25 Ultra will probably cost more than the S24 Ultra, given that its chipset is almost certainly more expensive, but we doubt it will be a drastic price increase.
A possible name change
The Samsung Galaxy S24 Ultra(Image credit: Philip Berne / Future)
Could instead be called the Samsung Galaxy S25 Note
There’s some logic to this, since the Ultra line in its current form is quite similar to Samsung’s discontinued Galaxy Note line anyway, but it’s something that so far only one source has mentioned.
Can you trust these rumors?
We're very skeptical of this claim, as while there could be some logic to a name change, it's only something we've heard from one source.
A bigger screen
The Samsung Galaxy S24 Ultra(Image credit: Future)
Could have a larger 6.9-inch display
Likely to have more rounded corners than the S24 Ultra
A leaked photo of Samsung Galaxy S25 series dummy units(Image credit: @UniverseIce)
Beyond that, we’ve heard from tipster @Jukanlosreve that the Galaxy S25 Ultra will have a 6.86-inch screen, but that disappointingly it will use the same M13 panel technology as the Galaxy S24 Ultra, meaning it might not be as efficient or have as long a lifespan as the M14 used by the iPhone 16 Pro and the iPhone 16 Pro Max.
Serial phones tipster @UniverseIce has likewise said that the Samsung Galaxy S25 Ultra will have a 6.86-inch screen. This would likely be marketed as 6.9 inches, and would be marginally larger than the 6.8-inch Samsung Galaxy S24 Ultra.
They added that the display will be 73mm wide, making it a little bit wider than the Samsung Galaxy S24 Ultra’s, but that thanks to smaller bezels and a slimmer frame the overall handset width of the Galaxy S25 Ultra would be slightly slimmer at 77.6mm.
For reference, the Samsung Galaxy S24 Ultra is 162.3 x 79 x 8.6mm, so that would make the Samsung Galaxy S25 Ultra a tiny bit taller, but narrower and thinner. We’ve also heard that the Galaxy S25 Ultra might be lighter at 219g, rather than the 232g of its predecessor.
And we have an idea of the colors it might be available in, with one Samsung Galaxy S25 Ultra colors leak pointing to Black, Blue, Green, and Titanium shades. That said, another Galaxy S25 Ultra colors leak instead hinted it will come in Titanium Black, Titanium Blue, Titanium Gray, and Titanium Silver shades, so there's some disagreement.
Though even if one of these claims is correct, we’d expect additional shades will be made exclusive to Samsung’s online store, as that’s what the company usually does.
Can you trust these rumors?
We've now seen numerous leaked images of the Samsung Galaxy S25 Ultra, so we're quite confident of the design. As for a screen size increase, that's believable too as it would bring the phone in line with the iPhone 16 Pro Max.
A new ultra-wide camera
The Samsung Galaxy S24 Ultra(Image credit: Future)
Could have a new 50MP ultra-wide camera
The other cameras are likely to be the same as on the S24 Ultra
We’ve not heard much about the Samsung Galaxy S25 Ultra’s cameras yet, but the most recent and credible leak on that front suggests the Galaxy S25 Ultra will have a new 50MP ultra-wide camera, up from 12MP on the Samsung Galaxy S24 Ultra.
However, they add that the other sensors will have the same megapixel counts as their predecessors, meaning a 200MP main camera, a 50MP periscope camera (likely with 5x optical zoom), and a 10MP telephoto camera (likely with 3x optical zoom).
Way back in February we did hear a different selection of camera specs from leaker @BennettBuhner. They claimed that the Samsung Galaxy S25 Ultra will have a 50MP ultra-wide camera, a 50MP 10x zoom camera, a 50MP 3x-5x variable zoom telephoto camera, and a new main camera that will stay at 200MP but have a larger 1-inch sensor. However, not only is this an early leak but they don’t have a very good track record.
Can you trust these rumors?
We've heard surprisingly little about the cameras, so it's hard to say for sure what might feature, but a new 50MP ultra-wide sounds believable. The older camera claims mentioned here seem less likely.
A powerful Snapdragon chipset and more RAM
A Samsung Galaxy S24 Ultra running Call of Duty Mobile(Image credit: Philip Berne / Future)
Numerous sources have now spoken of the Snapdragon 8 Elite being used in the Galaxy S25 line, while talk of the other potential options – namely the Exynos 2500 and the MediaTek Dimensity 2400 – has died down, with the former apparently encountering major manufacturing difficulties, and the latter perhaps just being used in the Samsung Galaxy S25 FE. That said, we can’t completely rule them out yet.
All of these are top-end chipsets in any case, but the Snapdragon 8 Elite sounds particularly impressive, and should provide a major improvement to both the phone’s AI capabilities and its gaming skills.
As for the battery, the only credible leak so far points to a 5,000mAh one in the Galaxy S25 Ultra, which would mean no change from the current model’s capacity.
Can you trust these rumors?
We'd be very surprised if the Samsung Galaxy S25 Ultra didn't use the Snapdragon 8 Elite chipset. Claims of more RAM and the same battery size this year are believable too, though as we've only heard these things from one source we'd take them with a pinch of salt.
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