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'Virtual’ Data Center Power Startup VPS Eyes Crypto Mining Market

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  Introduction Virtual Power Systems (VPS), a pioneering startup specializing in dynamic power distribution for data centers, is now setting its sights on cryptocurrency mining facilities—a sector known for its intensive energy demands and high infrastructure utilization rates. Recognizing the unique challenges and opportunities of this nascent field, VPS aims to apply its innovative technology to bridge efficiency gaps and optimize power usage for enhanced productivity in crypto mining. Traditional vs. Crypto Mining Data Centers Cryptocurrency mining operations push their infrastructure to the limits of capacity, unlike more traditional data centers that prioritize stability and uptime with significant power overheads. Crypto miners exploit nearly every ounce of available capacity to maximize returns, yet often encounter the physical constraints of power supply and distribution. VPS’s Unique Offering VPS introduces a sophisticated solution that not only caters to the traditional need

What is AI networking? Use cases, benefits and challenges

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  Introduction "AI networking offers great potential to disrupt long-standing traditional networking operations to create a massive productivity increase." — Gartner, Innovation Insight: AI Networking Has the Potential to Revolutionize Network Operations. Artificial Intelligence (AI) networking, a significant evolution from AIOps (AI for IT operations), focuses on the ongoing management, maintenance, and optimization of network post-implementation or "day 2". It marries artificial intelligence with networking infrastructure to automate and enhance IT operations efficiently. The Evolution from AIOps to AI Networking Where AIOps encompasses a broader spectrum involving the entire Information and Operations (I&O) infrastructure, AI networking zeroes in on the networking sector. This includes data center switching, both wired and wireless systems, Local Area Networks (LAN), Wide Area Networks (WAN), Software-Defined Wide Area Networks (SD-WAN), and multicloud enviro

Red Hat Strengthens AI and Hybrid Cloud Push with Latest Software

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  At Red Hat Summit At the recent Red Hat Summit, a spotlight was cast on the edge-focused updates to Red Hat's OpenShift AI software, showcasing a pivotal advancement in ‘policy-as-code’ technology. This move is designed to implement structured AI guardrails, enhancing both safety and efficiency. The event was a showcase of technological evolution, with Red Hat introducing enhancements across its software family. These improvements are engineered to streamline the processes of building, deploying, and managing AI applications within a hybrid cloud environment, and for the first time, include integrated generative AI capabilities. Red Hat’s AI Vision During the summit, a significant volume of announcements—28 to be precise—were made, with more than half highlighting AI. According to Steven Huels, vice president and general manager of Red Hat’s AI business unit, the rapid acceleration in AI innovation not only opens new doors for enterprises but also invites a range of challenges. A

5 Hard Truths About the State of Cloud Security 2024

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  While cloud security has certainly come a long way since the early days cloud adoption, there remains a significant journey before most organizations today have truly matured their cloud security practices. This lag in maturity is costing organizations tremendously in terms of security incidents. You Don't Become More Secure Just by Going to the Cloud The common misconception that migrating to the cloud is inherently secure can lead to complacency. Migrating services and data to a cloud environment does not absolve an organization of its security responsibilities. Security in the cloud must be a proactive and continuous process involving configuring security settings tailored to the specific needs of the setup. Misconfigured cloud services are a prime culprit in many data breaches, indicating a persistent oversight. Example : A large retail company moved its customer service databases to the cloud but overlooked securing the API endpoints. This oversight led to unauthorized acces
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 On-Premises Data Centers vs. Cloud Computing - What’s the Difference? Choosing the Right IT Environment for Your Business In today’s rapidly evolving digital landscape, firms face the pivotal decision of choosing between on-premises data centers and cloud computing. Both infrastructures offer unique benefits and can dramatically influence the security, accessibility, and efficiency of business operations. As a decision-maker in your organization, understanding the key differences between on-premise and cloud computing is crucial. This comprehensive guide will assist you in navigating these choices, analyzing their pros and cons, and deciding which solution aligns best with your strategic goals. Understanding the Landscape: Defining On-prem vs. Cloud Computing On-Premises Overview: Choosing on-premises solutions means that all your servers, storage, and infrastructure are located within the physical confines of your organization. This setting offers total control and heightened securit

Explore Cloud and Different Compute Options to Run Your Application in the Cloud

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  The decision to migrate your application to the cloud involves understanding a variety of compute options along with their management responsibilities. This article will delve into what cloud means in terms of subscriber and cloud provider privileges for various services such as traditional on-premises, Infrastructure as a Service (IaaS), Container as a Service (CaaS), Platform as a Service (PaaS), Function as a Service (FaaS), and Software as a Service (SaaS). The objective is to clarify the management roles between the subscriber and the cloud provider for each of these services, helping you make informed decisions about which cloud computing model best suits your application needs. What is Cloud in Terms of Subscriber and Cloud Providers Privileges? The cloud offers a shift from traditional computing, where everything is managed in-house, to a more flexible arrangement where computing resources are accessed over the internet and managed by an external provider. This shift not onl