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July 20.2025
2 Minutes Read

How Animal-Like Cooling Could Save Energy in Data Centers

Advanced tech cooling system with molecular interaction on a circuit board.

Solving the Cooling Crisis: Nature's Approach to Data Centers

The demand for data processing is soaring as artificial intelligence and cloud computing gain momentum. As a result, data centers are facing a significant challenge: cooling their equipment. These facilities consume nearly 40% of their energy just for cooling, a number that is only projected to rise, potentially doubling by 2030. But researchers at the University of California San Diego are pioneering a solution inspired by a natural method we know well—sweating.

The Innovation of Evaporative Cooling

Imagine a cooling system that works like our own bodies do in hot weather. Instead of depending solely on energy-intensive traditional systems, UC San Diego's researchers have developed a passive cooling technology that leverages evaporation. This cooling mechanism uses fiber membranes structured like natural filters to draw and evaporate liquid, thus extracting heat from electronics without the need for additional energy use.

How It Works: The Fiber Membrane Magic

At the heart of this technology lies a unique fiber membrane, featuring a web of tiny interconnected pores. This clever design optimally employs capillary action to transport a cooling liquid. When the liquid evaporates, it removes heat efficiently, showcasing a substantial advantage over conventional cooling methods. "Compared to traditional air or liquid cooling, evaporation can dissipate higher heat flux while using less energy," explains Renkun Chen, a co-leader of the project.

A Record-Breaking Performance

This innovative system has handled over 800 watts per square centimeter of heat—a remarkable feat for evaporative cooling systems. The research team detailed their findings in the journal Joule, describing how the membrane performed consistently under varying heat conditions.

Understanding the Pore Size Phenomenon

While traditional porous membranes often fail due to clogging issues or boiling, Chen’s team discovered that the right pore size and structural attributes of their membranes created the ideal conditions for evaporative cooling. This attention to detail and engineering innovation signifies a potential shift in the way cooling systems are designed.

Looking Forward: Commercialization and Future Potential

As the demand for data continues to escalate, the researchers are refining their design and looking to integrate this technology into cold plates used to cool components like CPUs and GPUs. Moreover, plans are underway to commercialize their groundbreaking technology through a startup focused on offering scalable, energy-efficient cooling solutions tailored to today’s data-intensive environment.

Why This Matters for Our Future

The significance of this research extends beyond the realm of technology. As society grows more reliant on data and computational power, finding ways to lower energy consumption in data centers has far-reaching environmental implications. Using a solution inspired by nature could not only revolutionize the efficiency of data centers but also contribute to a more sustainable future.

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Hacker Exposes Major Security Flaws in McDonald's Quest for Free Nuggets

Update How a Quest for Free Nuggets Unmasked Major Security Flaws In an unexpected twist, a security researcher, known as "BobDaHacker", inadvertently turned a simple desire for free McNuggets into a journey that exposed significant weaknesses in McDonald's online security system. During his attempt to redeem rewards through the fast-food giant's app, Bob uncovered vulnerabilities that could compromise sensitive information. The Security Breach: Deeper Flaws Unearthed The primary concern arose from Bob discovering that a seemingly innocent URL change from "login" to "register" granted him full access to the "Feel-Good Design Hub." This platform serves as a repository for vital marketing assets used across McDonald's operations in over 120 countries. The implications of such a breach are alarming, particularly as it raises questions about how well McDonald's protects not just customer rewards, but potentially sensitive employee and corporate data. Why Transparency Matters in Security Reporting Bob's experience didn't just highlight security flaws; it underscored a troubling lack of communication from McDonald's regarding security vulnerability disclosures. Previously, McDonald's provided a "security.txt" file for researchers to report bugs, but it mysteriously disappeared, making it challenging for individuals like Bob to reach the right channels for reporting critical issues. This absence of a clear communication path raises concerns about how many other potential vulnerabilities might go undetected or unreported. Bob had to resort to contacting employees through LinkedIn, a tedious process that many researchers might find discouraging. Without a simple way to disclose security issues, the likelihood of serious flaws slipping under the radar increases dramatically. Basic Security Oversights: Plain Text Passwords Once Bob gained access, he encountered a blatant oversight: the system sent new users their passwords in plain text via email, an archaic practice that exposes individuals to significant risks of identity theft and data misuse. Such fundamental security failures question McDonald's prioritization of safeguarding customer and employee data. The Bigger Picture: Impact on Brand Trust and Consumer Confidence The implications of these security missteps extend beyond technical flaws. For a major player like McDonald's, maintaining consumer trust is paramount. Customers expect their personal data to be safeguarded when using mobile applications and engaging with a globally recognized brand. Repeated failures can lead to a loss of confidence and, ultimately, a decline in business. Actionable Insights: Enhancing Security Protocols For companies operating at McDonald's scale, bolstering security protocols is not only a technological challenge but also a business imperative. Organizations must prioritize accessible pathways for vulnerability reporting, employ industry-standard security measures, and invest in regular internal audits to identify and mitigate risks before they become exploited. Furthermore, educating employees about security best practices, from password management to recognizing phishing attempts, is essential—especially in an era where cyber threats are ever-evolving. Conclusion: A Call for Vigilance and Adaptation BobDaHacker's exploration serves as a crucial reminder of the importance of cybersecurity in today's digital age. As businesses continue to integrate technology into their operations, the need for robust security measures will only grow. For consumers, this incident highlights the necessity of scrutinizing how their personal data is handled and urging companies to commit to transparent and accountable security practices. As we learn from Bob's case, vigilance and proactive measures are essential in safeguarding our digital landscape. If they fail to adapt, the consequences of these oversights could extend far beyond free nuggets.

How to Stream Love Island USA Season 7 Reunion from Anywhere

Update Streaming Love Island USA Season 7 Reunion: Where to Watch As fans gear up for the dramatic reunion of Love Island USA Season 7, many are left wondering how they can stream the event live. The reunion promises to be packed with emotional confrontations, secrets, and a few surprises that only reality TV can deliver. When and Where to Tune In The Love Island USA season 7 reunion will air on August 25 at 9 PM ET / 6 PM PT. Fans in the United States can catch the live broadcast on Peacock, while viewers in Canada can watch it on CTV. If you're outside of these regions, don’t fret! Many services will offer the reunion on catch-up, including Australia's ITVX, ensuring no one has to miss out. Free Streaming Is Possible! If you're in Canada, you're in luck! You can stream the reunion for FREE via the CTV website or app. Additionally, platforms like 9Now and ITVX are expected to host the series soon, making it accessible for fans in Australia and the UK. This is a golden opportunity for those hoping to enjoy the reunion without committing to a subscription service. VPN: Your Key to Unblocking Content The beauty of modern technology means you can access content from anywhere—even when you’re traveling. Using a VPN (Virtual Private Network) like NordVPN allows you to stream your favorite shows as if you were back home. This powerful tool masks your location, enabling you to bypass geographical restrictions. Whether you’re on vacation or a business trip, a VPN ensures you stay tuned in to your must-watch shows. Expect Drama and Revelations The reunion isn’t just about reliving past moments; it's an opportunity for cast members to confront their most scandalous secrets. A significant topic will be a cheating scandal involving a fan-favorite couple. Viewers can expect emotional confrontations, fresh wounds, and perhaps a resolution to lingering conflicts between housemates. With hosts like Andy Cohen and Ariana Madix stirring the pot, expect plenty of juicy revelations! Conclusion: Ready to Watch? With so many ways to stream Love Island USA season 7 reunion, fans around the world shouldn't miss a moment of the excitement. Whether you tap into free streaming options or utilize a VPN to unlock your favorite platforms, prepare for a night filled with drama. Get your snacks ready and gather your friends—it's time for the reunion!

Why Open Hardware Desktop 3D Printing is Dead: A Call to Action

Update The Unraveling of Open Hardware in 3D Printing Once a bastion of innovation where community collaboration thrived, the realm of open hardware in desktop 3D printing is facing drastic changes. Josef Prusa, the head of Prusa Research, recently declared that "open hardware desktop 3D printing is dead," a statement that reverberates across the 3D printing community that has, until now, celebrated the ethos of shared designs and innovation. China's Role in Stifling Innovation Prusa points to significant economic shifts as the main catalyst for this change. In 2020, the Chinese government classified 3D printing as a "strategic industry," funneling vast resources into local manufacturers through subsidies and grants. This has effectively lowered production costs for Chinese firms, making it incredibly difficult for companies in Europe and North America to compete. The disparity in patent registration costs only adds to the complications. Registering a patent in China can be done for as little as $125, while challenging one can exceed $12,000. This system incentivizes local firms to flood the market with patents, sometimes on designs derived from open source projects. From Openness to Proprietary Designs Historically, Prusa built his company on a foundation of open-source principles, collaborating extensively with tech partners and sharing designs. However, recent challenges have prompted a shift in strategy; new Prusa machines, like the MK4 and Core ONE, now come with proprietary components, restricting access to electronic designs while still offering printable STL files. This marks a significant departure from the community-oriented approach that once defined his brand. The Implications of Patent Challenges As the Chinese market grows, issues around patents come to the forefront. While patents granted in China may not necessarily block international sales, they complicate market entry strategies for firms like Prusa, who rely on shared innovation. One notable case involves Anycubic, which secured a US patent on a multicolor hub remarkably similar to Prusa’s original design. Such disputes could complicate innovation and enforcement of intellectual property rights long into the future, making it more challenging for startups and inventors to navigate the global landscape. A Dramatic Call to Action for the 3D Printing Community While some might find Prusa's declaration excessive, it highlights a pivotal moment for the 3D printing industry. What does this mean for aspiring designers and organized maker communities? It could signal a need for reevaluation of business models that have thrived on open-source sharing. The market dynamics have changed, and staying aware of these shifts could mean the difference between thriving and merely surviving. Where Do We Go From Here? Although the immediate sentiment may lean towards pessimism, it’s an opportunity for the global community to rethink strategies surrounding innovation and patent processes. As competition intensifies, there is a need to foster collaboration across different markets, advocating for fair practices that support both innovation and accessibility. As we reflect on the death of open hardware in desktop 3D printing, a question remains: Can the community adapt to this new landscape while still upholding the principles of collaboration that once fostered its growth?

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