Apr 24, 2025The Hacker NewsIoT Security / Zero Trust The Evolving Healthcare Cybersecurity Landscape Healthcare organizations face unprecedented cybersecurity challenges in 2025. With operational technology (OT) environments increasingly targeted and the convergence of IT and medical systems creating an expanded attack surface, traditional security approaches are proving inadequate. According to recent statistics, the healthcare sector experienced a record-breaking year for data breaches in 2024, with over 133 million patient records exposed. The average cost of a healthcare data breach has now reached $11 million, making it the most expensive industry for breaches. What's changed dramatically is the focus of attackers. No longer content with merely extracting patient records, cybercriminals are now targeting the actual devices that deliver patient care. The stakes have never been higher, with ransomware now representing 71% of all attacks against healthcare organizations and causing an average downtime of 11 days per incident. New Regulatory Frameworks Demand Enhanced Security Controls Healthcare organizations now face stricter regulatory requirements that specifically mandate network segmentation. The updated HIPAA Security Rule, published in December 2024 and expected to be implemented shortly, has eliminated the distinction between "addressable" and "required" implementation specifications. All security measures, including network segmentation, will become mandatory requirements rather than optional considerations. Under section 45 CFR 164.312(a)(2)(vi), healthcare organizations must now implement technical controls to segment their electronic information systems in a "reasonable and appropriate manner." This means creating clear boundaries between operational and IT networks to reduce risks from threats like phishing attacks and prevent lateral movement within networks. Similarly, HHS 405(d) guidelines now provide voluntary cybersecurity practices that specifically recommend network segmentation and access controls to limit exposure and protect critical systems and data. These regulations reflect the growing recognition that in today's interconnected healthcare environment, basic security measures are no longer optional but essential for protecting electronic Protected Health Information (ePHI). Bridging the Gap Between IT Security and Medical Device Teams One of the most significant challenges in healthcare security is the traditional divide between IT security teams and clinical engineering/biomedical teams responsible for medical devices. Each group operates with different priorities, expertise, and operational workflows: IT security teams focus on vulnerability management, security policy enforcement, and compliance reporting, while clinical engineering teams prioritize device functionality, patient safety, and medical equipment uptime. This divide creates blind spots in the security posture of healthcare organizations. Clinical devices often run proprietary or legacy operating systems that cannot support traditional security agents. Meanwhile, biomedical teams maintain separate inventory systems that don't communicate with IT security platforms, creating visibility gaps for unmanaged devices. Aaron Weismann, Chief Information Security Officer at Main Line Health, describes this challenge: "We have a very difficult time handling non-traditional compute because of not having tooling specifically designed to address and manage those devices. So Elisity really provides a layer of defense and threat mitigation that we wouldn't otherwise have in our environment." The Integrated Elisity and Armis Solution: A Comprehensive Approach The integration between Armis Centrix™ and Elisity's microsegmentation platform creates a powerful security framework that addresses these challenges head-on. By combining comprehensive asset intelligence with Elisity's dynamic microsegmentation capabilities, healthcare organizations can achieve true zero-trust architecture while maintaining operational efficiency. Comprehensive Asset Discovery and Intelligence The integrated solution provides unmatched visibility across all connected devices—managed, unmanaged, medical, and IoT—without requiring agents or disruptive scanning. Leveraging an Asset Intelligence Engine containing knowledge of over 5 billion devices, the solution automatically discovers and classifies every device on the network, including those that traditional security tools miss. The platform detects and profiles devices ranging from infusion pumps and MRI machines to building systems like HVAC units—anything connected to the network. For each device, the solution identifies critical information such as make, model, operating system, location, connections, FDA classification, and risk factors. As Weismann notes, "Armis and Elisity have really been able to drive more robust understanding of our security posture and how we're implementing policies across the board." Identity-Based Microsegmentation Elisity delivers identity-based microsegmentation through its cloud-delivered policy management platform, working with existing network infrastructure without requiring new hardware, agents, VLANs, or complex ACLs. The seamless integration enhances the Elisity IdentityGraph™, a comprehensive device, user, workload identity, and attribute database. Leveraging detailed asset information (including risk score, boundaries, device type, manufacturer, model, OS, firmware version, and network segment), Elisity enables precise, context-aware security policies across the network. Weismann explains the practical benefits: "We now have the ability to apply policies to all users, workloads and devices when they appear on networks, and we can apply all policies with confidence that we will not disrupt systems or users." Dynamic Policy Automation and Enforcement The joint solution allows security teams to rapidly implement least privilege access through pre-built policy templates or highly granular, dynamic microsegmentation policies that automatically adapt based on device risk levels. According to Weismann, "Using our existing blend of Cisco and Juniper switches as policy enforcement points is brilliant—we know our network will remain HA, high performance and we don't have to disrupt our existing network architecture or add choke points." The Elisity Dynamic Policy Engine enables security teams to: Create, simulate, and enforce policies that prevent lateral movement Dynamically update policies based on real-time intelligence Apply least-privilege access across users, workloads, and devices without operational disruption Automatically adapt to changing risk levels Main Line Health: A Success Story Main Line Health's implementation of the integrated solution demonstrates the transformative potential of this integration. The healthcare system recently earned both the CIO 100 Award for 2025 and the CSO 50 Award in 2024 for their innovative cybersecurity implementation. "The synergy between Armis and Elisity has fortified defenses against targeted cyber threats, improving overall operational efficiency with added layers of security and visibility," says Aaron Weismann. "Microsegmentation is a key strategy for accelerating our Zero Trust program." Main Line Health deployed the solution across their entire enterprise—from outpatient facilities to acute care hospitals. What impressed them most was the speed of implementation: "We were able to deploy Elisity at one of our sites within hours, and by the next day, we were creating and implementing blocking rules. The speed to execution was unbelievable." The integration created a powerful security framework that enabled Main Line Health to: Discover and visualize every user, workload, and device across their networks Gain comprehensive visibility into over 100,000 IoT, OT, and IoMT devices Enable dynamic security policies that adapt to changing vulnerabilities Deliver frictionless implementation that accelerated their security roadmap Meet compliance requirements including HIPAA and HiTrust One revealing insight from their implementation was that their non-traditional computing environment (biomedical devices, IoMT, IoT, OT) vastly outnumbered their traditional IT assets. This reinforced the importance of a security approach that could handle the unique challenges of these specialized devices. Measurable Results and Benefits Organizations implementing the integrated solution have experienced significant improvements in their security posture and operational efficiency: Attack Surface Coverage and Visibility The solution provides 99% discovery and visibility of all users, workloads, and devices across IT, IoT, OT, and IoMT environments. This comprehensive visibility closes security gaps and eliminates blind spots, especially for unmanaged devices that traditional security tools miss. Reduced Risk and Breach Containment By implementing identity-based least privilege access, organizations can limit the blast radius of attacks, contain breaches more effectively, and prevent lateral movement—the technique used in over 70% of successful breaches. This approach is particularly effective against ransomware, which has become the dominant threat to healthcare organizations. Simplified Compliance and Reporting The solution streamlines compliance with frameworks like HIPAA, NIST 800-207, and IEC 62443 through comprehensive asset visibility and policy documentation. Automated reporting capabilities enable faster audits with push-button reports per user, workload, and device. Operational Efficiency Perhaps most importantly, the joint solution enables healthcare organizations to implement microsegmentation in weeks instead of years, without disrupting clinical operations. As GSK's CISO Michael Elmore notes, "Elisity's deployment at GSK is nothing short of revolutionary, making every other solution pale in comparison." Looking to the Future of Healthcare Security As we move forward in 2025 and beyond, several trends will shape the evolution of healthcare cybersecurity: AI-Driven Security and Response AI-driven security solutions are becoming increasingly sophisticated, enabling more accurate threat detection and automated response. The integrated solution provides early warning capabilities and predictive analytics that help organizations stay ahead of emerging threats. Seamless IT-OT Integration The convergence of IT and OT security will continue to accelerate, with more comprehensive security coverage across all connected systems. The integration exemplifies this trend, providing a unified view of the entire healthcare device ecosystem. Supply Chain Security With third-party attacks accounting for 62% of data breaches in healthcare, securing the supply chain has emerged as a critical concern. Advanced microsegmentation capabilities provide stronger controls over third-party access to networks, helping to mitigate this growing risk vector. Zero Trust Implementation As Forrester Research recently stated in their Forrester Wave™: Microsegmentation Solutions report, "We're Living In The Golden Age Of Microsegmentation." This approach is crucial for preventing lateral movement and minimizing the impact of east-west attacks in healthcare environments. The Path Forward for Healthcare Security Leaders For healthcare organizations looking to enhance their security posture in 2025, the integrated solution offers a powerful foundation for comprehensive protection. Here are key actions security leaders should consider: Assessment Phase Evaluate your current network architecture against the new regulatory standards, focusing on areas where additional segmentation controls may be needed. Consider your organization's specific risk profile and how it aligns with the updated HIPAA security rule requirements. Planning Phase Develop a phased implementation plan that addresses immediate compliance needs while building toward a comprehensive segmentation strategy. Consider both technical requirements and operational impacts, ensuring that security improvements don't disrupt critical healthcare services. Implementation Considerations Work with solution providers who understand healthcare's unique challenges and can demonstrate successful implementations in similar environments. The right partner should offer both technical expertise and a clear understanding of healthcare's regulatory requirements. As Aaron Weismann aptly summarizes: "We're certainly able to sleep easier at night, especially as we see larger and larger ransomware attacks hit the healthcare vertical. We definitely don't want to be a victim of that, and therefore, anything we could do to mitigate the potential impacts of a cyber attack that could lead to a ransomware attack absolutely give us peace of mind." By implementing the integrated solution, healthcare organizations can transform their approach to security—protecting patient data, ensuring clinical operations continuity, and meeting regulatory requirements while adapting to the evolving threat landscape of 2025 and beyond. To guide your journey toward effective microsegmentation, download Elisity's comprehensive Microsegmentation Buyer's Guide and Checklist 2025. This essential resource equips security leaders with critical evaluation criteria, detailed comparison frameworks, and real-world implementation strategies that have delivered proven ROI for organizations across healthcare and manufacturing sectors. The guide walks you through key differentiators between modern and legacy approaches, helps you build a compelling business case ($3.50 in value for every dollar invested), and provides a practical checklist of questions to ask potential vendors. Whether you're just beginning your microsegmentation journey or looking to enhance your existing implementation, this definitive guide will help you navigate the selection process with confidence and accelerate your path to Zero Trust maturity. Found this article interesting? This article is a contributed piece from one of our valued partners. Follow us on Twitter  and LinkedIn to read more exclusive content we post. SHARE    

Max Belov, Chief Technology Officer, Coherent SolutionsApril 24, 20254 Min Readnipiphon na chiangmai via Alamy StockAttacks on software supply chains to hijack sensitive data and source code occur almost daily. According to the Identity Theft Resource Center (ITRC), over 10 million individuals were affected by supply chain attacks in 2022. Those attacks targeted more than 1,700 institutions and compromised vast amounts of data.  Software supply chains have grown increasingly complex, and threats have become more sophisticated. Meanwhile, AI is working in favor of hackers, supporting malicious attempts more than strengthening defenses. The larger the organization, the harder CTOs have to work to enhance supply chain security without sacrificing development velocity and time to value.   More Dependencies, More Vulnerabilities   Modern applications rely more on pre-built frameworks and libraries than they did just a few years ago, each coming with its own ecosystem. Security practices like DevSecOps and third-party integrations also multiply dependencies. While they deliver speed, scalability, and cost-efficiency, dependencies create more weak spots for hackers to target.  Such practices are meant to reinforce security, yet they may lead to fragmented oversight that complicates vulnerability tracking. Attackers can slip through the pathways of widely used components and exploit known flaws. A single compromised package that ripples through multiple applications may be enough to result in severe damage. Related:Supply chain breaches cause devastating financial, operational, and reputational consequences. For business owners, it’s crucial to choose digital engineering partners who place paramount importance on robust security measures. Service vendors must also understand that guarantees of strong cybersecurity are becoming a decisive factor in forming new partnerships.  Misplaced Trust in Third-Party Components  Most supply chain attacks originate on the vendor side, which is a serious concern for the vendors. As mentioned earlier, complex ecosystems and open-source components are easy targets. CTOs and security teams shouldn't place blind trust in vendors. Instead, they need clear visibility into the development process.    Creating and maintaining a software bill of materials (SBOM) for your solution can help mitigate risks by revealing a list of software components. However, SBOMs provide no insight into how these components function and what hidden risks they carry.  For large-scale enterprise systems, reviewing SBOMs can be overwhelming and doesn’t fully guarantee adequate supply chain security. Continuous monitoring and a proactive security mindset -- one that assumes breaches exist and actively mitigates them -- make the situation better controllable, but they are no silver bullet. Related:Software supply chains consist of many layers, including open-source libraries, third-party APIs, cloud services and others. As they add more complexity to the chains, effectively managing these layers becomes pivotal. Without the right visibility tools in place, each layer introduces potential risk, especially when developers have little control over the origins of each component integrated into a solution. Such tools as Snyk, Black Duck, and WhiteSource (now Mend.io) help analyze software composition, by scanning components for vulnerabilities and identifying outdated or insecure ones.     Risks of Automatic Updates  Automatic updates are a double-edged sword; they significantly reduce the time needed to roll out patches and fixes while also exposing weak spots. When trusted vendors push well-structured automatic updates, they can also quickly deploy patches as soon as flaws are detected and before attackers exploit them.  However, automatic updates can become a delivery mechanism for attacks. In the SolarWinds incident, malicious code was inserted into an automated update, which made massive data theft possible before it was detected. Blind trust in vendors and the updates they deliver increases risks. Instead, the focus should shift to integrating efficient tools to build sustainable supply chain security strategies.  Related:Building Better Defenses   CTOs must take a proactive stance to strengthen defenses against supply chain attacks. Hence the necessity of SBOM and software composition analysis (SCA), automated dependency tracking, and regular pruning of unused components. Several other approaches and tools can help further bolster security:  Threat modeling and risk assessment help identify potential weaknesses and prioritize risks within the supply chain.  Code quality ensures the code is secure and well-maintained and minimizes the risk of vulnerabilities.  SAST (static application security testing) scans code for security flaws during development, allowing teams to detect and address issues earlier.  Security testing validates that every system component functions as intended and is protected.  Relying on vendors alone is insufficient -- CTOs must prioritize stronger, smarter security controls. They should integrate robust tools for tracking SBOM and SCA and should involve SAST and threat modeling in the software development lifecycle. Equally important are maintaining core engineering standards and performance metrics like DORA to ensure high delivery quality and velocity. By taking this route, CTOs can build and buy software confidently, staying one step ahead of hackers and protecting their brands and customer trust.  Read more about:Supply ChainAbout the AuthorMax BelovChief Technology Officer, Coherent SolutionsMax Belov joined Coherent Solutions in 1998 and assumed the role of CTO two years later. He is a seasoned software architect with deep expertise in designing and implementing distributed systems, cybersecurity, cloud technology, and AI. He also leads Coherent’s R&D Lab, focusing on IoT, blockchain, and AI innovations. His commentary and bylines appeared in CIO, Silicon UK Tech News, Business Reporter, and TechRadar Pro.  See more from Max BelovReportsMore ReportsNever Miss a Beat: Get a snapshot of the issues affecting the IT industry straight to your inbox.SIGN-UPYou May Also Like

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April 24, 20253 min readCarnivorous ‘Bone Collector’ Caterpillars Wear Corpses as CamouflageNicknamed the “bone collector,” this newly confirmed caterpillar in Hawaii secretly scrounges off a spider landlord by covering itself with dead insect body partsBy Gayoung Lee edited by Sarah Lewin FrasierCaterpillars nicknamed the "bone collector" create protective shelling out of dead insect bones and body parts. Rubinoff lab, Entomology Section, University of Hawaii, ManoaCaterpillars are known for their fuzzy exterior and sometimes weird behavior. Some vibrate aggressively to scare predators; others create their own antifreeze to survive the cold. But a newly identified member of the offbeat caterpillar club might be the weirdest of all. Nicknamed the “bone collector,” it builds a disguise from insect cadavers it scrounges from a spiderweb, covering its body with these spider-meal leftovers—and occasionally engaging in cannibalism.It took researchers almost 17 years to convince themselves that this behavior was not some kind of anomaly among a couple of individuals. After meticulous observations and fieldwork, they finally confirmed that bone collector caterpillars, with all their macabre eccentricity, are the larvae of a new species that is native to the Hawaiian island of Oahu. The finding was published on Thursday in Science.Bone collector larva in web.Rubinoff lab, Entomology Section, University of Hawaii, ManoaOn supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.“I just couldn’t believe it. The first couple of times you find that, you think it’s got to be a one-off—it’s got to be a mistake,” says the study’s lead author Daniel Rubinoff, an entomologist at the University of Hawai’i at Manoa. “I’ve been looking at it for over a decade, and it still blows my mind.”So how exactly did these caterpillars take on this hardcore habit? The answer is probably evolutionary, Rubinoff says. Bone collector caterpillars grow up to be moths, like most caterpillars do, but these moths tend to lay their eggs in a spiderweb’s nooks and crannies. A newly hatched caterpillar then collects bones to “camouflage itself from the spider landlord,” Rubinoff says. “The only chance they have of making a living in this situation is to decorate or die; they live for fashion.”Adult “bone collector” moths lay their eggs in spiderwebs.Rubinoff lab, Entomology Section, University of Hawaii, ManoaSetting aside the threat of becoming spider food, for a bone collector caterpillar, a web is actually a great place to snack on the arachnid’s leftovers, such as a beetle’s wings or a fly’s soft tissue. The web is thus an “unexploited niche” of food and protection from other predators, Rubinoff says. Harder bits get added to its protective casing.These bone collectors are not quite parasitic, nor are they considered symbiotic with spiders. They’re more like a scavenger in the way they pick from meals that a spider might have otherwise finished. Plus, Rubinoff notes, they’re cannibalistic. “That just gives you a sense of how they go after food—and recognize that there’s food inside things that maybe don’t look like food,” he says.Video of a Hawaiian "bone collector" caterpillar camouflaged in insect prey’s body parts crawling on black fabric at 2X speed.Rubinoff lab, Entomology Section, University of Hawaii, ManoaAnd these critters are far from the only strange, funky caterpillars roaming Hawaii. The bone collector belongs to a native genus of moths called Hyposmocoma, whose larvae are commonly referred to as Hawaiian fancy case caterpillars. They have lived in these islands for millions of years, says Akito Kawahara, who is director of the McGuire Center for Lepidoptera and Biodiversity at the Florida Museum and was not involved in the new work. “They’ve adapted to the environment because the conditions of Hawaii are very different from other places around the world,” he explains.Some of these adaptations have resulted in “bizarre morphology and life history,” says Cornell University entomologist Patrick M. O’Grady, who was also not involved in the study. Several Hyposmocoma species are known to be carnivorous. Others are aquatic and live under Hawaii’s streams.“Insects do everything,” Kawahara adds. “They’re amazing. In some ways, I was not surprised [by the bone collectors] because I know insects do some really crazy things.”For Rubinoff, who has studied insects for more than two decades, species like the bone collector are a constant reminder of “how little we know about insect diversity—even in places [where] we should know it pretty well” such as Hawaii, which is comparatively easy to access. “We’re finding stuff that we didn’t even imagine was out there,” he adds. “It wasn’t something that was even on our radar. But it shows how interesting evolution can be. It really is—I don’t want to say magic—but it’s incredible.”

Subnautica 2 shows off first in-game footage as developer charts "road to early access" Nautical but nice. Image credit: Unknown Worlds/Krafton News by Matt Wales News Reporter Published on April 24, 2025 Unknown Worlds has shared a first in-game look at Subnautica 2, as part of a new developer video charting the highly anticipated underwater survival sequel's "road to early access". Subnautica 2 (actually the third game in the acclaimed series, following 2021's standalone Subnautica expansion Below Zero) was confirmed to be in the works all the way back in 2022. A first trailer finally arrived last October, but it was purely a scene-setting cinematic - tipping a nod to the sequel's new co-op mode - rather than offering any actual gameplay. Skip ahead seven months, and we've now been given a first glimpse of how Subnautica 2 looks in-game. Unknown Worlds shared the early footage as part of its Road to Early Access developer video, in which Subnautica 2 design lead Anthony Gallegos offered a small taste of things to come across the update's brief runtime. Subnautica 2 - Road to Early Access developer video.Watch on YouTube During his chatter, we got a tease of some new environments - including what appears to be the Subnautica 2 equivalent of the first game's Safe Shallows (the sequel is set on a brand-new world) and a bioluminescent underground area - plus a few new aquatic creatures. There's a second or two of a strange waddling thing with a fan-like tail, for instance, and a large fish headbutting rocks. We also got a peek at co-operative swimming and base building. It's not a lot to go on, admittedly, and the studio still hasn't announced an early access release date. All we know right now is it's due to launch "later" this year for Xbox Series X/S and PC (via Steam and Epic), and it's coming to Game Pass too. Previously, Unknown Worlds said it expected Subnautica 2 to launch into early access with its co-op multiplayer mode, "several biomes, some narrative, and a variety of creatures and craftables". There's plenty of time for things to evolve from there, too, given the studio is anticipating early access will last "about two to three years."

You can trust VideoGamer. Our team of gaming experts spend hours testing and reviewing the latest games, to ensure you're reading the most comprehensive guide possible. Rest assured, all imagery and advice is unique and original. Check out how we test and review games here Marvel Rivals Season 2 brought tons of new content, including the stunning Hellfire Gala: Krakoa map, new hero Emma Frost, and a revised Battle Pass filled with heroic cosmetics. The season’s competitive makeover, which included a rank reset and dynamic nameplates, has kept the 6v6 hero shooter alive. However, a notable trend has evolved in the community: players rushing to Doom Match mode to farm Hero Proficiency points, particularly the coveted Lord rank, which unlocks exclusive cosmetics such as hero-specific avatars and sprays. Doom Match, a chaotic free-for-all deathmatch launched in Season 1, became a go-to for grinding competence because of its fast speed and lack of team reliance, allowing players to quickly rack up kills and accomplish hero-specific challenges. This farming frenzy, particularly for characters like Emma Frost, caused debate with some contention that it reduced the prestige of the Lord rank, which is intended to reflect talent and dedication in competitive settings. In response, NetEase Games has released a key patch that went live today, imposing a daily cap on proficiency points gained in Doom Match and Conquest. Marvel Rivals cracks down on Lord Proficiency farming in Doom Match with latest patch NetEase Games has rolled out a new patch for Marvel Rivals Season 2, introducing the new Giant Size Brain Blast event and addressing the rampant farming of Hero Proficiency points in Doom Match mode. The new patch introduces a daily repeat limit on proficiency missions in Doom Match and Conquest, while Quick Match and Competitive missions remain uncapped. Proficiency Missions have received major changes. Image by VideoGamer. The new structure looks as follows: Conquest/Doom match missions: Resets every 24 hours at 9:00 Server Time Quick Match/Ranked: No changes This change, detailed in the Version 20250425 Patch Notes, aims to refocus proficiency gains on team-based, skill-driven gameplay, ensuring Lord ranks reflect true mastery. The overhaul also includes minor tweaks, like Luna Snow’s revamped Cyber Tunes emote, but the proficiency cap steals the spotlight. Player reactions regarding the change have been overwhelmingly positive as they leave Doom Match lobbies free from farmers. Comments from users highlight excitement over the change, with many celebrating the end of “exploitative” farming. Some players noted, “You’ll have to earn it like it was intended in real matches,” reflecting a sentiment that the patch restores competitive integrity. Marvel Rivals Platform(s): macOS, PC, PlayStation 5, Xbox Series S, Xbox Series X Genre(s): Fighting, Shooter Related Topics Marvel Rivals Subscribe to our newsletters! By subscribing, you agree to our Privacy Policy and may receive occasional deal communications; you can unsubscribe anytime. Share

Kiss bassist and co-lead singer Gene Simmons has a little problem. “These hard times, you don’t want to say I have too many houses, but we have too many properties,” the shock-rocker told the Wall Street Journal. To address the issue, the musician and reality TV star is offloading his modern Beverly Hills home. The 7,700-square-foot pad has hit the market for just under $14 million.Designed by Swiss architect Roger P. Kurath, the boxy structure was built in 2017 with concrete, glass, oak, and steel. Simmons bought the half-acre property in 2021 for $10.5 million. “My favorite part of the house is waking up in the morning in the upper bedroom, having coffee in bed and on a clear day being able to see all the way out to the ocean,” the musician said in a press release. “The views really are spectacular.” Glass walls allow for indoor-outdoor living and showcase those panoramic vistas—which include mountain, valley, and Pacific Ocean views.The home’s living area. Photo: Tiffany Angeles/Unlimited StyleThe dwelling, which features a purple-carpeted home theater and an art gallery, was built to endure. “This home is a rare example of Swiss architectural mastery, built with exceptional quality, thoughtful details, and a focus on longevity,” listing agent Lisa Young of Compass said, pointing out the residence’s Swiss steel framework and fiber cement exterior panels.Join NowAD PRO members enjoy exclusive benefits. Get a year of unlimited access for $25 $20 per month.ArrowThe home’s pool. Photo: Tiffany Angeles/Unlimited Style

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Update 2: It's a Game-Key Card release.It has been a long old time since we've seen a Madden game on a Nintendo system (you have to go right back to the Wii U's Madden NFL 13 to find the last one, in fact), but this week, that all could change.As reported by VGC, the rumour mill has started a-churning about this year's entry in the American football series, suggesting that a release date will be revealed this week. Normally, this wouldn't interest us Nintendo fans, but let's not forget that EA has promised the series is heading to Switch 2. Might Madden NFL 26 finally be the entry we see back on Nintendo systems?Read the full article on nintendolife.com