Tech
Extreme Connect 26: Wi-Fi 7 line aims to address needs of 6GHz era | Computer Weekly
Extreme Networks has unveiled Wi-Fi 7 access points (APs) to deliver “fast, secure connectivity” for critical use cases including real-time artificial intelligence (AI) workloads, AR/VR experiences, smart manufacturing, telehealth and high-density venues.
Extreme said it offers “the industry’s most complete” deployment-ready Wi-Fi 7 portfolio, delivering APs that it adds combine “optimised performance with practical efficiency”. They see use in a variety of environments, including hospitals, stadiums, cost-effective deployments in schools, retail and hospitality, real-time applications and “next-generation digital experiences”.
Global end users of Extreme’s Wi-Fi 7 solutions include Baylor University, Henry Ford Health, Six Flags, University Hospital Birmingham NHS Foundation Trust and multiple teams within the NFL.
The products comprise the AP5060 series outdoor and AP5022 series indoor APs. They aim to deliver “premium” performance with three 4×4 radios, a dedicated tri-band security sensor, and integrated internet of things (IoT) radios to support growing device demands.
The AP5060 is engineered for harsh environments, combining a ruggedised design with the durability and resilience needed to deliver reliable, long-term connectivity in demanding settings such as hospitals, industrial facilities and stadiums.
Both series support flexible tri-band operation on standard PoE+ (802.3at), allowing customers to deploy broadly while choosing the balance of radio performance, scanning and functionality for each environment.
The AP3020 series indoor and AP3060 weatherised outdoor series deliver full-feature Wi-Fi 7 with 2×2 radio designs optimised for space and power-constrained environments such as schools, retail and hospitality.
With a low-profile wall plate designed to balance aesthetics and functionality, the AP3020W is described as a natural fit for hospitality, education and multi-dwelling environments. The AP3020X includes support for external antennas, enabling more flexible designs for environments that benefit from directional Wi-Fi like high-density venues. The AP3060 is IP67-rated and offers a compact design with an extended temperature range, built to withstand harsh conditions from high winds to sub-zero temperatures.
The products are managed through the Extreme Platform ONE system and offer support for both low and standard power 6 GHz enables customers to benefit from Wi-Fi 7 performance gains without switch or power upgrades, delivering built-in compliance for global regulations.
Siân Morgan, research director at analyst Dell’Oro Group, said: “Wi-Fi 7 adoption is accelerating as organisations scale IoT and real-time AI workloads. Extreme’s cloud-managed Wi-Fi 7 solutions combine high-performance hardware with intelligent management to simplify operations and keep networks ready for what’s next.”
David Coleman, director of wireless in the office of the CTO at Extreme Networks, added: “These Wi-Fi 7 solutions will help customers to meet demands with stronger performance for modern AI-driven environments, improved power efficiency, and simpler deployment and operations at scale.”
Recently, Extreme has been upgrading sports arena communications, replacing legacy Wi-Fi 5 with a full Wi-Fi 7 upgrade – at arenas such as that of Carolina Hurricanes at the Lenovo Centre – to deliver faster, more reliable connectivity throughout arenas and improve fan experiences.
In its most recent deployment, the University of Florida’s Ben Hill Griffin Stadium, commonly known as The Swamp, will see the installation of the first Wi‑Fi 7 network in a collegiate stadium. Extreme claimed that with Wi‑Fi 7, The Swamp will be setting a new bar for what a packed venue can deliver, ushering in a new era of fan connectivity.
The Wi‑Fi 7 network should enable “seamless” 4K/8K video streaming, instant social sharing and real-time stats access. The infrastructure is stated to have the required low latency for responsive mobile experiences, including in-seat ordering and interactive apps. Extreme said that its network supports improved device capacity, supporting tens of thousands of concurrent connections without performance degradation, with consistent coverage across seating bowls, concourses, suites and outdoor areas.
The installation will complement the University of Florida’s planned stadium renovation, designed to modernise the facility with wider concourses, improved entrances and exits, new premium seating options, enhanced concessions, and upgraded scoreboard and sound systems.
“On game day, The Swamp transforms into one of the most electrifying and densely connected environments in college sports,” said Matt Vincent, assistant athletics director, information technology at the University of Florida. “As we continue to invest in the fan experience at Ben Hill Griffin Stadium, adding Wi-Fi 7 allows us to significantly increase capacity while enabling smarter, real-time connectivity that helps everything run smoothly at peak demand.
“The network-infrastructure-as-a-service (NIaaS) model from Extreme Networks also provides the flexibility to scale as needed without significant upfront investment, allowing our IT team to operate more efficiently while delivering a consistently high-quality digital experience for every fan.”
The Wi-Fi battle in Europe
Yet even as it was rolling out the Wi-Fi product line, Extreme expressed concern that the roll-out of Wi-Fi 7 products outside of the US could be stymied through issues regarding the allocation of the upper band of 6 GHz spectrum. In Europe, there has been a battle between Wi-Fi operators and telcos over the ownership of the upper 6 GHz band of the coveted frequency range.
The telcos argue that enabling this band for mobile use will ensure consumers and businesses receive even faster and more reliable 5G services over the next five to 10 years, while avoiding a mobile capacity crunch caused by soaring demand for bandwidth as more devices and services, such as augmented reality headsets, health sensors and vehicles, are connected to mobile networks that require greater processing power and capacity.
For their part, the Wi-Fi providers warn that without additional Wi-Fi spectrum, European businesses will be less globally competitive due to higher wireless connectivity costs and less access to new technologies. Advocates say Wi-Fi in the upper 6 GHz band will deliver high-speed, ultra-low latency, low-cost, high-speed connectivity that will enable innovations in industry, including automated manufacturing, smart logistics and industrial IoT.
Explaining the issue at hand through the evolution of wireless comm standards, Coleman told Computer Weekly that the introduction of Wi-Fi 6E – the first Wi-Fi generation to introduce 6 Hz comms – was not a new but a spectrum paradigm shift. This spectrum has been available in the US for around five years and has been a “big game changer” in terms of the future of applications on the back of the 6 GHz spectrum and that, in terms of potential, Wi-Fi 7 is “bringing that home”.
However, despite the company’s success in fitting out stadia such as the Lenovo Centr and The Swamp, Coleman revealed that the biggest challenge for Extreme in deciding what to build in outdoor developments, especially in stadiums, was the regulatory rules regarding 6 GHz.
“That has been very challenging,” he said. “There are different rules for indoors and outdoors, and there are different rules for weatherised devices. Even though it’s been five years, the rules are still changing. So, we have daily conversations. It’s settled in solid here in the US, but regulatory [conditions] in the rest of the world for 6 GHz is still a work in progress.
“The biggest problem with Europe … is [regulators are] behind the US. This is because there’s only 500 MHz of the frequency space. We have 1,200 [in the US] for 6 GHz. [Europe] still doesn’t have standard power or outdoor [standards]. So, we need spectrum harmonisation.
“Why should the Americans be the only ones that have 1200 MHz of frequency space? It should be a worldwide thing, [but] that makes it challenging for us on what we build, because sometimes what we build isn’t going to work the same way in a different country.”
Tech
Trump Pivots on AI Regulation, Worker Ousted by DOGE Runs for Office, and Hantavirus Explained
Brian Barrett: This is the first time I’ve thought about contact tracing in many years, and I was so happy not thinking about it for so long, because it is such a complicated process and something that is really hard work to do. Emily, given all of that, what is the level of concern here, given what the World Health Organization has said and other organizations? It sounds like cautious about it, but maybe not freak out time yet, but I defer to you because maybe that’s just me trying to make myself feel better.
Emily Mullin: No, I think you’re right. The hantavirus expert I spoke with said there have been past clusters of the Andes strain before, but not big outbreaks. And these clusters have tended to involve prolonged close contact with people suffering from the disease. This is a virus that does not spread nearly as efficiently as other respiratory viruses that we’re used to like Covid or flu, for instance. Hantavirus symptoms are also typically pretty severe. So this is not a virus, again, like Covid where lots of people are going around infected with the disease, spreading it asymptomatically without knowing about it. So that’s at least a little bit of comfort, even though the flip side of that is that the disease is quite severe. So the World Health Organization says the risk to the general public is currently low, and this is probably not another Covid situation.
Brian Barrett: Leah, how we feeling?
Leah Feiger: Not good, you guys. I don’t know. Are you kidding? How are you feeling? Maybe this is my moment to go, “Are you with me yet?”
Brian Barrett: No, I was good, but then Emily hit that probably pretty hard in a way that I suddenly felt a little more anxious.
Leah Feiger: Yeah, it was the swallowing of the probably.
Emily Mullin: That was me editorializing. The World Health Organization did not include the probably.
Brian Barrett: OK. What if they had it just in italics or big quotation marks? Like it’s “probably” fine.
Leah Feiger: I don’t know, guys. I think, one, I’m fascinated that there’s different strains of this. And it brought me back so early on to the armchair scientists in early Covid who were like, “No, no, no, this is totally fine.” So for there to officially be announced, yes, this is the strain that can get passed between humans, I think is notable at the very least. Got to give me that.
Brian Barrett: Oh, I think that’s true. And I think my open questions are, how long do these people have to stay on this ship before everyone says, “OK, you can go now,” or do they send them back to shore and just have them isolate for a certain amount of time? The contact tracing is concerning because again, I’m having flashbacks. But I do think the things that, Emily, that you said about how this is different from Covid in important ways in terms of how quickly it can spread, how easily it can spread, especially now that we have the mechanisms in place to do these contact tracing things, I’m going to remain on my not too worried yet.
Tech
You Can Disable Gemini in Chrome if It’s Freaking You Out
If you use Google’s Chrome browser for desktop, there’s probably a Gemini Nano AI model running on your computer right now and taking up about 4 GB of space. That’s not necessarily a bad thing, but if you didn’t know about it and don’t want it, there’s a way to turn it off.
The file started auto-downloading for Chrome users in 2024 after Google built Gemini Nano into the browser. But a report by That Privacy Guy this week and the ensuing reception it received highlighted how unaware many users were—perhaps a result of a flood of AI services and features across the tech industry that have been difficult for users to keep up with.
To uninstall the Gemini Nano file, open Chrome on your computer, in the top right corner click the “More” menu represented by three vertical dots, then go to Settings, System, and then toggle “On-device AI” to be off. The Privacy Guy article noted that if you directly uninstall the Gemini Nano file in the directory, Chrome will silently, automatically redownload it the next time the browser reboots.
A Google spokesperson tells WIRED that the company started rolling out the On-device AI toggle in February so users can turn off the features if they choose and remove the model. “Once disabled, the model will no longer download or update,” the spokesperson says in a statement. The company added, too, that the system is designed so Gemini Nano “will automatically uninstall if the device is low on resources.”
Google built the model into Chrome to enabled on-device AI scam-detection features. It was also aimed at providing a way for developers to integrate AI-related application programming interfaces while keeping data on users’ devices when possible and out of the cloud. These features are separate from Chrome’s AI Mode, which does not use the local Gemini Nano model.
Parisa Tabriz, Chrome’s general manager, emphasized in a post on X on Wednesday that integrating Gemini Nano “powers important security capabilities like on-device scam detection and developer APIs without sending your data to the cloud.”
Google certainly did announce the Gemini Nano integration into Chrome and discussed it publicly, but for users who simply use Chrome because it is the world’s biggest, most recognizable browser and don’t necessarily follow every granular update, the lack of an in-your-face notification about a large AI model file sitting and running on your computer may be upsetting.
Longtime security and compliance consultant Davi Ottenheimer says that he follows Chrome updates closely but could have easily missed the Gemini Nano integration. “An on-device model could be a hidden minefield,” he says. And the fact that Google launched the integration in 2024 but didn’t start rolling out a settings control for users to turn it off until February shows that, at least initially, the feature wasn’t conceived as something that users would interact with.
Just because you can remove Gemini Nano from Chrome doesn’t mean you necessarily should—or that doing so is better for your privacy.
Local processing is a more private way to utilize AI capabilities. If you remove the model, the features Google uses it for—including the AI-enabled scam detection—will cease to function. But since Gemini Nano is also used by Chrome to enable local AI processing for third-party developers, blocking this route could have a range of outcomes when interacting with non-Google web services in the browser. A Google spokesperson tells WIRED that if you turn off On-device AI, “certain security features will not be available, and sites that use the on device APIs will behave differently.”
Of course, if neither option seems right, there’s always an alternative: Use a different browser.
Tech
Here’s What You Need to Know About the Hantavirus
Cruises are so closely associated with illness that the highly contagious norovirus is commonly called the “cruise ship virus.”
But a ship headed for Spain’s Canary Islands has attracted global attention due to a rare outbreak of hantavirus that’s left three dead. While alarming, health officials and infectious disease experts say the risk to the general public right now is low because hantavirus is less contagious than other respiratory diseases like the coronavirus responsible for the Covid-19 pandemic.
“This is not Covid, this is not influenza. It spreads very, very differently,” Maria Van Kerkhove, director of epidemic and pandemic preparedness and prevention at the World Health Organization, said at a press conference on Thursday.
During the briefing, WHO director-general Tedros Adhanom Ghebreyesus confirmed eight hantavirus cases among passengers of the MV Hondius luxury cruise ship, including the three who died. Typically transmitted by rodents, hantavirus can cause severe disease in humans. People usually get sick by inhaling air that’s contaminated with droppings, urine, or saliva from infected rodents. But the particular strain identified in the cruise ship cases, called the Andes virus, can spread between people.
Health officials in several countries are working to trace the contacts of 29 people who disembarked the ship on the remote South Atlantic island of St. Helena on April 24, about two weeks after the first hantavirus death occurred. A Swiss man who left the ship early has tested positive for the virus and is being treated, and two people in the UK are reportedly self-isolating after returning home. Six people from the US were among those who got off the ship.
“The Administration is closely monitoring the situation with U.S. travelers onboard the M/V Hondius cruise ship with confirmed hantavirus,” the Centers for Disease Control and Prevention said in a statement on Wednesday.
Yet experts say there’s no need to panic at this point.
“It doesn’t spread terribly well, so I don’t have any concerns of this being the next Covid,” says Steven Bradfute, an immunologist and associate director of the Center for Global Health at the University of New Mexico. “Most of the spread in the past with this virus has been with close contacts—people sharing a bed, people sharing food, that sort of thing.”
The virus doesn’t spread easily with casual contact, and asymptomatic spread—a major driver of Covid cases during the pandemic—is also less likely. The available data on the Andes virus suggests it’s most likely to be transmitted when somebody is visibly sick, Bradfute says. Symptoms include fever, muscle aches, fatigue, and dizziness, which can progress to coughing, shortness of breath, and difficulty breathing.
“That is actually really helpful, because it makes it a lot easier to do contact tracing and to identify high-risk individuals,” he says, though he cautions that outbreaks of Andes virus are uncommon, and just because the virus has behaved one way in the past does not mean it always will. “The infections have been rare enough that we can’t say that with certainty.”
One of those outbreaks occurred from late 2018 into early 2019 in Patagonian Argentina, stemming from a birthday party attended by around 100 people. Three people were the main drivers of the outbreak, which resulted in 34 cases and 11 deaths. The authors of a study who traced the outbreak in detail found that 26 of the 34 cases became sick after close contact with someone who was infected, including people who hadn’t attended the party. Six people were likely exposed to the virus via droplets or aerosols.
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