With October in full swing, you might be looking for some of the best horror movies to stream. But outside of the classics and the spooky new movies, one of the best streaming services has just dropped a contender for my favorite horror series of the year, a perfect adaptation of Junji Ito’s manga Uzumaki. After being let down by the 2000 movie (which is available on Prime Video in the US and Shudder in the UK), it is refreshing to finally see it done properly.
Uzumaki: Spiral Into Horror is a four-part adaptation of Ito’s frankly massive manga that throws you in the deep end from the first episode alone. The show is streaming on Max and Adult Swim in the US and Channel 4 in the UK. It wastes no time in establishing this terrifying world, where citizens in the town of Kurouzu-cho are plagued by spirals. Surreal as the concept is, it grips you immediately, with this obsession and paranoia around spirals resembling that of a disease. People are terrified of it, to the point where some seriously crazy stuff happens. It’s gritty, it’s dark, and Max is really delivering that tone especially when you look at DC hit The Penguin, which we compared to The Sopranos, and rightfully so.
I was also pleased to discover that even people who have never read the manga could get sucked in. My partner watched the first episode with me and since then has been keen to tune in when it airs each week, and ironically, we found ourselves becoming just as invested in the spirals as the people on-screen. With less horrifying stuff happening, of course.
Junji Ito’s lines come to life on screen
For me, the most striking thing of all is just how stunning this is to look at. It’s the reason the manga gripped me too, I found myself desperate to turn to the next page to see what horrific, albeit beautifully drawn thing would greet me this time, and watching the TV adaptation is no different. Sticking to the original black and white design, it’s like watching a moving version of the manga. This is exactly where the movie failed, in my opinion, because it was a color live-action take on the tale and it simply did not work. Ito’s terrifying world is best when it’s devoid of any color at all, I say let’s keep it that way.
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The art is beautiful. It’s also the worst thing you’ll ever see. I have omitted some of the really awful imagery to not spoil it. If you have read the manga already, you’ll no doubt find yourself anticipating certain famous moments, and even when I knew what was about to happen I still found myself cringing. From transformations to mutations to people having psychotic breaks due to the spirals, nothing can fully prepare you for it. If you we wondering, yes, it is even worse when it’s animated.
Uzumaki has been in the works for a long time, and I am glad they spent so much time making it as accurate to the source material as possible. There’s little point diverting from it too much when Ito has given us such a great story. It’s up there with some of the best anime shows you’ll watch.
When you’re done here, there are plenty of other spooky offerings to sink your teeth into as well. I also recommend James Wan’s Teacup and some of these indie horror games (Cult of the Lamb is my favorite!). But until then, please do step into the horrifying world of Uzumaki. You won’t regret it.
The Internet Archive is back online in a read-only state after a cyberattack brought down the digital library and Wayback Machine last week. A data breach and DDoS attack kicked the site offline on October 9th, with a user authentication database containing 31 million unique records also stolen in recent weeks.
The Internet Archive is now back online in a “provisional, read-only manner,” according to founder Brewster Kahle. “Safe to resume but might need further maintenance, in which case it will be suspended again.”
While you can access the Wayback Machine to search 916 billion web pages that have been archived over time, you can’t currently capture an existing web page into the archive. Kahle and team have gradually been restoring Archive.org services in recent days, including bringing back the team’s email accounts and its crawlers for National Libraries. Services have been offline so that Internet Archive staff can examine and strengthen them against future attacks.
A pop-up from a purported hacker claimed the archive had suffered a “catastrophic security breach” last week, before Have I Been Pwned confirmed data was stolen. The theft included email addresses, screen names, hashed passwords, and other internal data for 31 million unique email accounts.
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The Internet Archive outage came just weeks after Google started adding links to archived websites in the Wayback Machine. Google removed its own cached pages links earlier this year, so having the Wayback Machine linked in Google search results is a useful way to access older versions of websites or archived pages.
A quick start out of the gate is an enormous advantage for sprinters, swimmers, jockeys and race car drivers alike. It’s also extremely valuable to cybercriminals. By exploiting a zero-day vulnerability before anyone else knows about it, cybercriminals gain an early window to infiltrate systems and achieve goals like stealing data or deploying ransomware while avoiding detection.
Attacks that exploit zero-day vulnerabilities cannot be prevented — but they can be faced with confidence. This article offers practical guidance containing these threats by building a resilient IT infrastructure that features reducing the attack surface, fast detection and effective response.
Dirk Schrader
Resident CISO EMEA and VP of Security Research at Netwrix.
The Frustration of Zero-Day Vulnerabilities
It is an inescapable fact that every operating system and software application have vulnerabilities that are not yet known by the vendor or the organizations using the product. Another unhappy fact is that cybercriminals are constantly looking for these vulnerabilities, and when they find one, they begin working hard to find a way to exploit it.
Organizations need to come to terms with the reality that adversaries sometimes succeed in developing an effective zero-day attack and there is little they can do to prevent the initial strike. Instead, they must focus on blocking the escalation of the threat and preventing attackers from gaining access to precious data or establishing control over the whole system.
Essentially, exploitation of a zero-day vulnerability is just the first stage of a longer battle for control over your valuable digital assets. To win that battle, security teams must proactively reduce their exposure to attack, stay on top of vulnerabilities, master threat detection and response, and ensure they can restore operations quickly after an incident.
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Reducing the Attack Surface
The first priority in reducing the risk from zero-day vulnerabilities is to minimize the attack surface. Core strategies that will help include disabling unneeded services, implementing a robust patch management process, and segregating your network into distinct segments to isolate critical systems and sensitive data.
Another critical best practice is configuring stringent access controls that adhere to the least privilege principle. Even if an attacker gets into the system, their ability to move laterally will be restricted, since each account has only the access rights necessary for the user to perform their tasks.
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For an even more robust approach, highly privileged accounts can be replaced with just-in-time (JiT) elevated privileges that are granted only after additional verification and that last only as long as needed for the task at hand. Such an approach further limits the ability of an adversary to escalate privileges.
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Discovering and Mitigating Vulnerabilities
What makes a vulnerability a zero-day is that it is discovered by adversaries and exploited in attacks before anyone else knows about it. Software vendors usually quickly provide a security patch or mitigation strategy. Unfortunately, many organizations fail to perform the recommended action in good time, so they remain at risk from the vulnerability far longer than necessary.
Accordingly, a robust patch management strategy is another vital element in reducing the attack surface area. That strategy should include scanning systems for unpatched vulnerabilities so they can be mitigated promptly. One option is a traditional patch management tool that scans systems regularly. However, as the number of software products in use has grown, this process now takes more time than ever before. Modern solutions use a discovery process known as a scan-less scan, which maintains a real-time inventory of the software installed on the system and flags any vulnerabilities as they appear.
Detecting Threats in Their Early Stages
Attackers don’t advertise the time and place that they are going to attack, but entire websites are devoted to detailing the tactics and techniques that they use. Identity threat detection and response (ITDR) solutions leverage this knowledge, with a focus on detecting threats relating to identity and access control systems. Signs of these threats include unusual login attempts, suspicious access requests and unplanned changes to privileges. Detection of a threat can trigger automated responses like blocking access and resetting credentials.
Organizations also need an endpoint detection and response (EDR) system. EDR complements ITDR by monitoring endpoints for potentially malicious activity and enabling prompt response to those threats.
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Of course, if these solutions flag too many events as suspicious, security teams will be overwhelmed with false alerts. Accordingly, file integrity monitoring (FIM) is also crucial, since it can filter out planned system changes and empower IT teams to focus on swift response to real threats.
Ensuring Quick Recovery
Organizations must also be prepared for attacks that succeed in taking down key systems and destroying or encrypting valuable data. To minimize disruption to the business in the wake of an incident, they need a documented strategy for data recovery and getting processes back on track as soon as possible.
A robust recovery plan starts with backing up key data and systems, testing those backups carefully and storing them securely. If attackers make malicious changes, IT teams should be able to identify the specific assets involved and granularly reverse the modifications. In a broader disaster, IT pros need to be able to quickly restore key domain controllers, applications and data to reduce downtime and business losses.
Conclusion
While it is not possible to prevent cybercriminals from discovering and exploiting zero-day vulnerabilities, organizations can and should take action to reduce the impact of these attacks. By implementing the practices above, organizations can build a multi-layered security strategy that enhances their resilience against not only zero-day exploits, but other types of cyberattacks and insider threats.
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
After a few months of use, oils, dust, drink drips, and food crumbs can build up in even the keyboards of our best laptops. No one is immune to this, not even tech experts like us. But there are ways to get your laptop clean again.
We’ve laid out the best ways to clean your laptop keyboard, whether you’re simply trying to disinfect or you need a deep clean. But there are a few critical steps to take before you start scrubbing.
Take a minute and go through the common-sense precautions:
If you have vital data on your laptop, back it up. It’s always a good idea.
Turn your laptop completely off. You may even want to remove the battery, if possible.
Make sure your laptop is unplugged and that there are no accessories attached (including USB dongles).
Make sure you have the space and time. Cleaning your keyboard isn’t something you should do on the go — remember, a desktop keyboard is easy to replace, but if your laptop keyboard gets damaged, that’s a bigger problem.
Everyone knows what this looks like. It may not be as bad as sticky stains, but over time, dust naturally builds up between and on the sides of your keys. If you want to get rid of it, grab a vacuum cleaner.
Wait! We mean grab the right kind of vacuum cleaner. The standard solution is a hand vacuum that comes with small brush attachments that you can slowly maneuver around your keyboard while sucking up the dust. A larger vacuum can work if it also has a dust attachment and isn’t too powerful. After all, you don’t want your vacuum to eat any keys.
In a perfect world, the ideal solution is a micro vacuum attachment, which typically isn’t found outside of labs and specialized workstations. That said, you can always buy your own if you’re very serious about keyboard care.
Compressed air is another possibility, but we don’t recommend it. This double-edged sword will blast much of the dust and crumbs away, but it might also blow much of it further into your laptop, potentially causing more problems. A vacuum cleaner is usually a more efficient solution, so start there.
We’re talking about the crud that builds up as a result of oils, skin cells, grease, food dust, and everything else that might contribute to the gross stains and plaque on your keyboard. You can approach this cleaning mission by using disinfecting wipes, but we prefer using a melamine cleaning sponge, which excels at cleaning up grime such as this.
Once you have the melamine sponge, soak it in water, ring it out, and let it dry enough so that you aren’t leaving streaks of water across your keyboard. Gently rub a corner of the sponge on the soiled parts of the keys until the grime is removed. Melamine can be a very abrasive material if used carelessly, so go slow and try to avoid rubbing off any key characters. The material is also very easy to cut out into the right shape, so feel free to snip off a portion for more customized work.
You can use another type of sponge in the same way, but it may not be as effective, especially when it comes to the more stubborn stains.
It’s normal to worry about germs on your keyboard, especially if you’ve been working in an office or a classroom full of sick people. If your keys are a little too dirty and you’re wondering if they may have become a biohazard, then it’s time to get out the disinfectant.
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Specifically, get some isopropyl alcohol and a bundle of cotton swabs. Isopropyl is essential, because stronger versions thereof may accidentally burn off some of your keyboard letters. Cotton swabs or Q-Tips, on the other hand, are crucial because you don’t want any liquids near your keyboard, even when cleaning. Dip and dab a swab so that it’s damp but in no danger of dripping, and then start wiping your keys one by one. This somewhat tedious method is very effective but easier to do if, well, you’re a little bored and have some time to waste.
Spilling something potentially sticky across the top of your laptop keyboard is often cause for alarm. To reduce the odds of permanent damage, prioritize protecting your laptop’s internal components. Shut everything down, take out your battery, and unplug the computer if necessary. Don’t turn it back on again until you are confident that any liquid inside has evaporated. Depending on the type of spill (and how severe it is), it may take a day or two to dry out. If it looks like your operating system or data sustained damage, take your laptop in for repairs ASAP.
In the meantime, it’s time to clean your keys. For the surface of your laptop’s keyboard, you’ll want a simple sponge or cloth. Odds are you have to go a bit deeper to clean up more concerning residue that might be trapped beneath, which means you’ll have to remove your keyboard.
Laptop keyboards are all different depending on the manufacturer, the machine’s design, and the age of the computer itself. You can carefully pry off some as a whole unit, others you can ease open key by key. In some cases, you won’t be able to remove the keyboard at all — because the company didn’t manufacture it that way.
You can try to detach each key from the keyboard for optimal cleaning. It’s possible to remove each key with your hands if you’re gentle enough. You can carefully use tools, but make sure they’re not sharp enough to damage the inner workings of your laptop.
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You might have trouble removing the keys yourself or be too scared of breaking them in the process or damaging the computer itself. In that case, take it to a professional. Paying a professional will ensure they will clean it without damage.
If you know how to take your keyboard apart for cleaning, you might even be able to save it from a spill if you clean it right after the accident happened. In some cases — especially with exposure to moisture — your computer may be a lost cause. When in doubt, consult a professional for help. Or at least seek confirmation that it’s time to start shopping for a new laptop.
Remember to keep your laptop clean at all times, not just when things start to become unresponsive. As well as cleaning the keyboard, you should be familiar with how to clean your laptop display.
The growing popularity of Bitcoin casinos has created a fascinating space in the online gambling world. As more players embrace digital currency as a safe and fast way to place bets, many are also learning the hard lessons that come with using these platforms. Whether it’s the fluctuating value of Bitcoin or the risks of unregulated sites, losing at Bitcoin casinos can teach players important lessons. Among these considerations is the legal status of non-Gamstop sites. This brings us to an important question: are non-Gamstop sites legal? Let’s explore both topics: the lessons learned from losing at Bitcoin casinos and the legal standing of non-Gamstop gambling sites.
Lesson 1: Understand Bitcoin Volatility
Bitcoin, the most well-known cryptocurrency, is notorious for its price volatility. For players using Bitcoin at online casinos, this can be a double-edged sword. On one hand, you might strike gold with the increasing value of Bitcoin, but on the other, you may suffer significant losses when the value drops suddenly. One lesson many players learn after losing at Bitcoin casinos is that the value of your cryptocurrency can be just as important as the outcome of the game.
Losing money in Bitcoin casinos isn’t always just about the games themselves. A player might win a game but end up losing when they withdraw their earnings, simply because Bitcoin’s value plummets before they can cash out. This volatility is something every player should be aware of before playing at Bitcoin casinos.
Lesson 2: Choose the Right Casino Carefully
Another vital lesson learned from losing at Bitcoin casinos is that not all platforms are created equal. While some Bitcoin casinos offer reliable services, others may operate without proper licensing or regulation, which can put players at risk. Here is where the question are non gamstop sites legal? becomes highly relevant.
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Non-Gamstop casinos are online platforms that do not operate under the UK Gambling Commission’s self-exclusion program, Gamstop. These sites cater to players who want to continue gambling despite being blocked on Gamstop-registered platforms. Non-Gamstop casinos, including some Bitcoin casinos, are often based offshore and can lack proper oversight.
The legality of non-Gamstop casinos depends on several factors, primarily related to jurisdiction. For UK players, non-Gamstop sites may seem like a legal gray area because they aren’t licensed by the UK Gambling Commission. However, this does not necessarily mean they are illegal. Many non-Gamstop casinos are licensed by gambling authorities in other countries, which gives them legal grounds to operate in certain regions. As long as these sites are licensed elsewhere, players are technically not breaking the law by using them, although they won’t have the same legal protections as they would with UK-regulated casinos.
Lesson 3: Set Clear Limits on Your Spending
Gambling, whether with fiat currency or Bitcoin, always carries risks. One hard lesson that many players learn after a losing streak at Bitcoin casinos is the importance of setting and sticking to clear financial limits. Due to the decentralized and anonymous nature of cryptocurrency, it can be easy to lose track of how much money you’re spending.
Non-GamstopBitcoin casinos, in particular, are appealing to those who want to bypass self-exclusion programs. However, the lack of regulatory oversight means there are fewer mechanisms in place to help players manage their gambling behavior. For this reason, it’s crucial to set personal limits. Without these safeguards, the temptation to continue betting after a loss can spiral into serious financial trouble.
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Lesson 4: Legal Risks and Lack of Protections
Returning to the question, are non-Gamstop sites legal?, it’s important to recognize the risks involved when playing at unregulated casinos. While these platforms can be convenient for players who want to gamble without restrictions, they often lack the legal protections that come with regulation. If you lose money due to an unfair practice at a non-Gamstop casino, you may not have any recourse.
In addition to the potential legal risks, losing at non-GamstopBitcoin casinos can lead to other challenges. The anonymity of cryptocurrency transactions means that if something goes wrong—whether due to a scam or a site shutting down—you could lose everything with no ability to retrieve your funds. Furthermore, many non-Gamstop sites may not offer responsible gambling tools, which could lead to unchecked spending and addiction.
Conclusion: Lessons for the Future
Losing at Bitcoin casinos can be a tough but valuable learning experience. From understanding the volatility of cryptocurrency to the importance of choosing reputable casinos, each loss presents a lesson in risk management. Players should also be aware of the potential legal risks involved, particularly when using non-Gamstop sites. Although non-Gamstop casinos may be legal in certain jurisdictions, they operate outside UK regulations, offering fewer protections.
As with any form of gambling, responsible play is essential. By understanding the lessons from losing at Bitcoin casinos and considering the legality and risks of non-Gamstop platforms, players can make more informed decisions and avoid financial pitfalls in the future.
Robot vacuums are some of the pricier smart home gadgets you can get, which is why waiting until a sale like Amazon Prime Day is a smart shopping move. October Prime Day may be behind us, but you can still save on some robot vacuums, and cordless stick vacuums, today post-sale event. Some of our top picks for the best robot vacuums remain discounted, including models from iRobot and Shark. Here are the best October Prime Day vacuum deals you can still get today.
Best Prime Day deals on robot vacuums
The best robot vacuums take a chore than many of us would rather not do and automates it to the point where the most you have to do is set a cleaning schedule and empty a bin every once in a while. Of course, that level of smart home automation comes at a cost — which is why it’s a good idea to take the leap on that robo-vac you’ve been eyeing while it’s still on sale.
Best Prime Day deals on cordless vacuums
There are some of us who actually enjoy vacuuming (guilty!), and for those folks, a cordless vacuum makes the most sense in 2024. They’re lighter and easier to maneuver than traditional, upright vacs, and some of them even come with self-emptying bases like their robot counterparts do. These are some of our favorites that you can still grab for less.
Expired Prime Day deals
Follow @EngadgetDeals on Twitter for the latest tech deals and buying advice, and stay tuned to Engadget.com for all of the best tech deals coming out of October Prime Day 2024.
The blazing-fast speeds, extremely low latency, and massive connectivity achieved with 5G technology are changing how mobile media is being perceived. As such, storage solutions need to keep up with the growing demands of the content supply chain. In 2009, 4G introduced the concept of mobile data as an object that is downloaded to a device and is then played back. This innovation led to an increase in the amount of data processed on mobile devices.
For example, more than 500 hours of video content are uploaded in a single minute just on YouTube alone, and 5G is only going to increase how much media can and will be consumed worldwide. In this article, we’ll provide insights on how the 5G innovation will change storage requirements and the way media is consumed on mobile devices.
Roger Beck
Senior Systems Engineer, OpenDrives.
The performance of 5G far surpasses standard wired Ethernet ports on desktop computers, with speeds up to 20 Gbps in theory. This is compared with the typical 1 Gbps to 10 Gbps of wired Ethernet. In practice, 5G is more than a match for most wired connections, capable of download speeds from 1 Gbps to 10 Gbps, which is on par with your desktop computer. Verizon, AT&T, and T-Mobile own the 5G infrastructure and are able to create private 5G cells, where a higher performance can be achieved and may even reach 20 Gbps as you don’t have to share the bandwidth with many devices.
UHD Streaming
5G’s higher speed and lower latency allow high-resolution videos such as 4K and 8K to be streamed easily with minimal buffering on mobile devices. For reference, a 4K stream requires about 25 Mbps of bandwidth, while an 8K stream calls for 100 Mbps, both of which are demanding, but easily achievable with 5G. As a consequence, consumers can seamlessly stream UHD videos from their phones in almost any setting.
Augmented Reality (AR) and Virtual Reality (VR): AR and VR apps, with their full immersion, rely extensively on high bandwidth and low latency. Although 5G’s 1ms latency is significantly higher than Ethernet’s 10-30 microseconds latency, it is still suitable for these applications. To meet these fast requirements, storage systems must be capable of real-time data retrieval and processing.
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Interactive Live Streaming: High-data volume and speed for 5G empower new interactive live streaming possibilities, such as multiple angles and instant replays. To achieve this, the underlying system and storage infrastructure need to be efficient and quick enough to handle countless requests while maintaining sub-second video latency.
Storage Challenges and Solutions
As more advanced and data-driven media technologies become possible through 5G, older, conventional storage infrastructures face various technical limitations:
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1) Scalability: The surge in high-resolution and interactive content calls for storage solutions that are capable of handling increased amounts of data. Conventional storage systems might be unable to keep up with the amount of information created by innovative, 5G-enabled applications due to their sheer size and rapid expansion. Distributed storage systems, such as those using software-defined storage (SDS) architectures, offer the scalability needed to handle these demands efficiently.
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2) Bandwidth Management: Compression technologies are used to effectively manage the greater data bandwidth offered by 5G networks, with many of them leveraging artificial intelligence (AI) for more efficient algorithms. These algorithms help reduce the size of the data being stored or transferred, making sure that bandwidth is not wasted while preserving media quality.
3) Security: Given the massive amount of data pushed through 5G networks, security is growing even more important and challenging. With massive amounts of data being sent around at an unprecedented rate, traditional encryption methods may fall short. Improving encryption techniques and incorporating blockchain for data integrity and Self-Encrypting Drives (SEDs) into storage solutions can improve security.
Future Trends
Edge Storage: As 5G becomes more widely available, it will be critical to make better use of “edge storage,” which is a type of decentralized storage that keeps data close to where it’s needed. This approach has the potential to reduce latency while improving performance and overall user experience in real-time applications such as AR/VR and streaming for Apple Vision Pro and similar devices.
AI-Driven Storage Optimization: The use of AI in storage management is likely to become more widespread in the 5G era. AI tools can analyze usage patterns and dynamically optimize storage allocation, making sure that resources are used to their fullest potential. For example, AI can predict which content will be accessed frequently and then cache it in high-performance storage tiers, while less frequently accessed data is moved to lower-cost storage.
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5G as Backbone for Broadcasting: Mobile broadcasting and network infrastructure, including cables, are not particularly suited to sudden changes in mobility. 5G technology reduces the need for extensive infrastructure, making it an ideal solution for dynamic, live broadcasting environments such as breaking news or outdoor events. When combined with edge computing, 5G enables local processing of video feeds, reducing latency and boosting broadcast efficiency. This seamless integration improves the efficiency and speed of live content delivery, representing an important shift forward in the media industry.
5G as Backbone for Mobile Broadcasting: Leveraging 5G has the potential to transform how cameras and other devices connect with the Outside Broadcasting (OB) trucks. With technically up to 20 Gbit, private 5G cells and an acceptable latency of 1ms, the setup becomes considerably more flexible. Inside the OB truck, data storage receives the recorded data and may send it out via 5G and allows for real-time editing and graphic overlays directly from that storage. 5G technology can also greatly improve mobile broadcasting workflows by delivering rapid speeds of up to 10 Gbps. This allows for the seamless transmission of uncompressed 4K or 8K video directly from cameras to production facilities without sacrificing video quality.
5G as Backbone for Live Broadcasting: For live sports broadcasts, 5G enables near-instantaneous synchronization of multiple camera feeds with an ultra-low latency of only 1 millisecond. Thanks to these precise positioning and angles, viewers get to enjoy an immersive, “live-like” experience from any screen. Furthermore, 5G’s impressive speeds easily support real-time editing and graphics overlay right from the field, allowing editors to integrate live feeds and make quick edits with minimal delay.
Conclusion
Innovative storage solutions and 5G completely transform the way media is consumed on mobile devices, and the latter will continue to change the way digital media is consumed on every screen. Storage technologies must meet security standards and continue evolving to keep pace with 5G’s increased bandwidth management and scalability requirements to ensure viewers enjoy always-on seamless experiences. Luckily, 5G higher speeds and lower latency makes it easy to transmit live 4K content over the internet from anywhere possible. 5G and advanced storage solutions can not only facilitate great viewing experiences; they can vastly improve upon them. Who knows what’s next?
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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