Following the acquisition, Broadcom eliminated VMware’s perpetual licenses in favor of subscription-only models. This move has drastically increased costs for many businesses, with some reporting support expenses jumping over 400%. This shift feels more like a penalty than progress for IT teams used to predictability and flexibility.
VMware has been the dominant force in enterprise virtualization for decades, offering a robust and scalable platform for IT infrastructure. However, significant industry shifts—including rising licensing costs, vendor lock-in, and changes following Broadcom’s acquisition of VMware—have led many companies to explore alternatives. As enterprises look for cost-effective, flexible, and future-proof solutions, migrating from VMware to OpenStack, oVirt, KubeVirt, etc.
KVM (Kernel-based Virtual Machine) is a widely adopted open-source virtualization technology valued for its flexibility and cost efficiency in managing virtual workloads. However, ensuring reliable disaster recovery (DR) and backup in KVM environments presents several challenges, including data integrity, recovery speed, and operational continuity.
Virtualization has long been a cornerstone of IT infrastructure, with VMware dominating the industry for decades. However, with evolving business needs, licensing changes, and the rise of open-source alternatives like OpenStack, many organizations are considering migrating from VMware to other modern platforms.
Platforms like Google Cloud Platform (GCP) provide free services that can benefit organizations of all sizes. Startups can utilize these resources to validate their ideas without significant investment. At the same time, established companies can explore GCP’s advanced tools, such as data analytics and machine learning, to optimize their processes.
The “double bubble” concept is crucial in cloud migration and digital transformation. Avoiding the double bubble during a cloud migration requires careful planning, precise execution, and effective communication. While some overlap is inevitable, by taking the actions from this article, you can significantly decrease the operational and budgetary effects.
In today’s multi-cloud environment, cross-cloud disaster recovery is no longer optional—it’s a business necessity. Whether mitigating cloud outages, cyber threats, compliance risks, or vendor lock-in, organizations need a robust multi-cloud disaster recovery strategy to protect data, minimize downtime, and stay resilient.
Hystax company has released the next 4.2 release of Hystax Acura. Many changes and improvements were made to all components of the Hystax Acura solution, and hundreds of comments and suggestions from users and partners were taken into account for all scenarios of the solution usage.
A well-structured digital transformation strategy enables organizations to enhance customer experiences, bolster reliability and security, and maintain a competitive edge. By breaking down the digital transformation process into key stages, businesses can better understand the fundamental principles and unlock their full potential in the digital age.
As organizations expand their data storage needs, AWS S3 has become a go-to solution, offering unparalleled scalability, reliability, and availability. However, with vast storage capabilities comes an often-overlooked problem: duplicate objects. These redundant files quietly accumulate over time, driving up cloud storage costs and complicating data management.
AWS cost datasets provide insights into cloud expenses based on different use cases. Unblended costs offer a simple, cash-based view of daily usage, ideal for most organizations. Amortized costs spread reservation fees over time, making them perfect for businesses using AWS Reservations. Blended costs, designed for consolidated billing, are less commonly used due to their complexity.
Backup and recovery solutions on OpenStack are essential for safeguarding data, ensuring service continuity, and meeting regulatory compliance standards. By establishing a comprehensive backup and disaster recovery strategy, organizations can protect their cloud infrastructure, minimize downtime, and preserve the trust of their users, ultimately supporting business resilience.
Backup and disaster recovery are crucial for securing KVM environments, ensuring data protection, reducing downtime, and meeting compliance requirements. An effective strategy mitigates risks, supports business continuity, and protects an organization’s reputation, making it an essential component of a strong IT infrastructure.
The shift to cloud computing has become critical for organizations seeking agility, scalability, and cost-effectiveness today. Nonetheless, myths and misconceptions often cloud the journey to the Cloud. Transitioning to the Cloud goes beyond merely making the switch; a strategic plan is necessary to benefit genuinely.
As the cloud computing world keeps changing, companies often must adjust their cloud setups to meet new demands, enhance performance, and control expenses. Migrating to the cloud is a frequently employed approach to realize these objectives. One of the most widespread platforms for cloud migration is OpenStack, a free and open-source cloud computing platform.
Incremental, differential, and full backups are essential for safeguarding data by providing different levels of recovery options and optimizing storage usage. They ensure businesses can recover lost or corrupted data efficiently while balancing backup speed, storage capacity, and recovery time requirements. Although they are closely related to the backup process, they have weighty distinguishing characteristics.
By acknowledging key elements like compute, storage, network, and data transfer costs, businesses can make informed choices that align their cloud spending with their objectives. Companies can effectively control and reduce their cloud expenditures by performing cost analyses before migration, choosing the right cloud provider and services, right-sizing resources, implementing auto-scaling, utilizing reserved instances and savings plans, optimizing storage costs, and employing monitoring and cost management tools.
Combining Kubernetes with OptScale gives organizations a powerful solution for managing containerized applications while optimizing costs and resource usage. Kubernetes ensures efficient and automated application management, while OptScale offers the visibility and tools needed to manage and reduce cloud expenses effectively. This synergy helps organizations achieve operational efficiency, cost savings, and better resource management in cloud-native environments.
Mastering multi-cloud security is a critical strategy for businesses operating within the complexities of today’s digital landscape. By implementing multi-cloud solid security measures, organizations can not only defend against cyber threats but also improve the reliability and efficiency of their cloud environments. It allows businesses to reduce risks and secure their valuable data and applications.
Business Continuity and Disaster Recovery (BCDR) is essential for minimizing the impact of outages and disruptions on business operations. By adopting BCDR practices, organizations can recover more quickly from incidents, mitigate the risk of data loss and reputational damage, and improve overall efficiency while reducing the chances of future emergencies.
Anomaly detection in cloud technology is essential to ensuring cloud services’ security, reliability, and performance. OptScale keeps up with the times. The OptScale team implemented the anomaly detection algorithms in the solution. This feature is an integral part of a broader cloud security and management strategy, helping our clients preemptively address potential issues before they cause significant damage or disruption.
In this how-to, you will learn how OptScale allows various resources to be pooled and managed across vast global infrastructures. Pools typically refer to a grouping of shared resources available by multiple clients or tasks within a cloud environment. These resources include computing power (CPU), storage, memory, or network bandwidth. Using the Pools feature in OptScale, you can maximize efficiency and flexibility in resource allocation, ultimately enhancing scalability and cost-effectiveness.
In 2024, cloud computing has become essential, with rapid technological advancements making it crucial for boosting efficiency and fostering innovation within businesses. Recent global disruptions have accelerated our shift toward digital solutions, intensifying reliance on cloud technology and redefining resilience and adaptability in the business landscape. It’s essential to explore the key cloud computing trends 2024, and adopt best practices to succeed in your cloud journey.
OpenStack, a leading open source cloud computing platform, offers comprehensive tools and features for managing and developing cloud environments. Automating disaster recovery (DR) within OpenStack can significantly improve an organization’s ability to quickly recover from disruptions, reducing data loss and minimizing downtime. This article examines strategies for implementing automated disaster recovery solutions in OpenStack environments, with an emphasis on planning, tools, and execution.
OpenStack is an open-source platform that enables businesses to deploy and manage cloud-based applications and services. It provides an integrated system for building and managing cloud infrastructures with technologies like Linux, KVM, and Open vSwitch. However, the security of an OpenStack deployment largely hinges on the proper configuration and management of these features, making careful setup crucial for maintaining a secure cloud environment.
Hystax company has released the next 4.2 release of Hystax Acura. Many changes and improvements were made to all components of the Hystax Acura solution, and hundreds of comments and suggestions from users and partners were taken into account for all scenarios of the solution usage.
Budgets and quotas are two crucial concepts to consider when managing cloud storage. Managing budgets and quotas using OptScale will provide a comprehensive approach to cloud storage management. By leveraging this tool, organizations can keep cloud storage costs under control while maximizing the efficiency and availability of their cloud resources.
The cloud migration discovery phase is foundational in transitioning your data center and applications to the cloud. This phase is focused on gaining a comprehensive understanding of your current IT setup and crafting the most efficient plan for successful cloud migration. Additionally, it allows you to align applications with the most suitable migration strategies, optimizing both performance and cost efficiency.
Data continues to expand due to its increasing utilization across society, the business sector, and globally. As the volume of data being processed rises, so does the need for greater storage capacity. However, backing up large amounts of data presents challenges such as high costs and inefficient use of bandwidth and storage resources. What if we could reduce the storage burden by preserving data and information more efficiently and cost-effectively?
Enter cloud computing, where OpenStack, an open source platform, shines as an optimal choice for AI application development and management. With its robust community of developers continuously enhancing the platform, OpenStack offers a strong framework for building, testing, and managing AI applications. In this discourse, we delve into OpenStack projects and open source software essential for crafting a cloud environment tailored to the unique demands of AI.
Broadcom has strengthened its post-acquisition relationship with Google Cloud, resulting in a deeper integration of VMware products into Google Cloud environments and increased promotion of these initiatives. Additionally, Broadcom is nearing the launch of a highly anticipated VMware license portability program with the Hyperscaler. This collaboration will see Broadcom migrate VMware workloads to GCP, encompassing customer-facing products and services and internal services.
Amidst grand data deluge, the looming threat of data loss persists, stemming from unforeseen events like natural disasters, cyber threats, hardware glitches, and human fallibility. Beyond the immediate impact on downtime and revenue loss, the potential obliteration of critical files and information underscores the importance of a resilient business strategy. Thus, organizations must formulate and regularly test a comprehensive backup and disaster recovery plan.
Broadcom’s comprehensive overhaul of VMware following the acquisition is now fully revealed, encompassing new branding, market strategies, pricing structures, and partnerships. This situation raises a critical question for enterprises significantly affected by these changes: what steps should they take next? NetApp’s Chief Technology Evangelist Matt Watts emphasized that enterprise and IT teams should pause and carefully assess the situation before making substantial decisions.
Cloud power scheduling is a crucial aspect of cloud computing management. It focuses on optimizing the use of computational resources to improve efficiency, reduce costs, and minimize energy consumption. Effective power scheduling in cloud computing reduces operational costs and contributes to environmental sustainability by minimizing data centers’ carbon footprint. This feature is implemented into OptScale.
Microsoft has introduced new licensing benefits and discounts to facilitate migrating and operating VMware workloads on Azure VMware Solutions. Based on the VMware Rapid Migration Plan, the program offers consistent pricing and licensing advantages for workloads transitioning to the Azure VMware Solution platform. Customers can access reserved instances at fixed prices for one, three, or five years, providing a cost-effective alternative to the pay-as-you-go model.
Managing unused storage volumes is an essential aspect of cloud resource management that can help organizations optimize costs and efficiency. OptScale supports various cloud providers, including AWS, Azure, Alibaba Cloud, GCP, and Nebius. The platform offers tools for identifying unused volumes and obsolete snapshots and gives recommendations for resources not being utilized effectively. These unused or ‘orphaned’ volumes can linger in your account without serving any operational purpose, leading to unnecessary costs.
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