In an increasingly digitized world, cybersecurity threats are evolving faster, creating greater challenges to organizations of all sizes. The cyber-threat landscape is becoming more and more complex, with attackers employing highly sophisticated methods to exploit vulnerabilities. In this blog, we will explore three major areas of concern in today’s cyber-threat environment: rising ransomware attacks, insider threats and social engineering, emerging threats and vulnerabilities, and the critical role of a comprehensive backup strategy.

Rising Ransomware Attacks: A Global Epidemic

Ransomware has become one of the most pervasive and damaging cyber threats in recent years. This type of malware encrypts victims’ data and demands a ransom payment, often in cryptocurrency, for the decryption key. In many cases, businesses face additional threats of data leakage, where attackers threaten to release stolen information if demands aren’t met. The surge in ransomware attacks is particularly troubling because no industry is immune. From healthcare to education, energy, and finance, the impact of ransomware has been felt across sectors. A major concern is that the average ransom payment has increased, with many organizations opting to pay the ransom to restore operations, despite expert recommendations to avoid it. This has encouraged further attacks, creating a vicious cycle.

The rise of “Ransomware-as-a-Service” (RaaS), where cybercriminals can lease ransomware tools on the dark web, has lowered the barrier to entry, enabling more actors to participate in these attacks. This trend is compounded by a growing number of attack pathways opening up, including unpatched vulnerabilities, misconfigured cloud services, and phishing campaigns. Preventative measures such as data backups, employee training, and investing in advanced endpoint protection are essential, but many organizations remain underprepared for the rise in ransomware attacks.

Insider Threats and Social Engineering: A Double-Edged Sword

• Most cybersecurity discussions tend to focus on external threats, but insider threats are very concerning as well. Insider threats can come in many forms, from disgruntled employees, negligent staff, or individuals who are unwittingly manipulated by attackers through social engineering tactics.
• Social engineering uses psychological manipulation techniques to deceive individuals into divulging confidential information or performing actions that compromise security. Phishing is the most common form of social engineering, where attackers trick individuals into clicking on malicious links or attachments. With increasingly convincing phishing schemes, even well-trained employees can fall victim.
• Insider threats, when combined with social engineering, are a dangerous combination. Malicious insiders might have authorized access to sensitive systems and data, making their attacks harder to detect. Moreover, negligent insiders can unintentionally cause breaches through actions such as using weak passwords or failing to follow security protocols.

To mitigate these threats, organizations must implement robust access controls, monitor user activity, and ensure employees are educated and well trained about the latest social engineering tactics and how to identify them. Insider threat detection tools and anomaly detection systems that flag unusual behavior are very important in the fight against this category of attack.

Emerging Cyber Threats and Vulnerabilities: The Next Wave

The cyber threat landscape is constantly evolving, with new threats and vulnerabilities emerging alongside advances in technology. The shift to remote work, cloud computing, and the rise of the Internet of Things (IoT) has expanded the attack surface for cybercriminals. For instance, as organizations continue to adopt cloud services, misconfigurations in cloud environments are becoming a primary target for attackers. These misconfigurations can expose sensitive data to the public internet, often without the organization realizing it until it’s too late.

IoT devices, from smart home assistants to industrial sensors, also introduce new risks. Many of these devices are not designed with security in mind, making them easy targets for attackers to compromise and use in botnets or launch Distributed Denial of Service (DDoS) attacks. As 5G networks expand and IoT adoption increases, these threats will likely become more prominent. Another emerging threat is in the realm of Artificial Intelligence (AI). While AI is being used to improve cybersecurity defenses, attackers are also leveraging it to develop more sophisticated attacks. AI-powered malware, for example, can adapt and learn from defenses in real time, making it harder for traditional security solutions to detect and stop them.

To stay ahead of these emerging threats, organizations need to take a proactive approach by adopting advanced cybersecurity technologies like AI-driven threat detection, Zero Trust architecture, and continuous monitoring. Keeping software updated and conducting regular security audits are also key to identifying and addressing vulnerabilities before they can be exploited.

The Importance of a Comprehensive Backup Strategy

With the rise of ransomware and other forms of cyberattacks, having a comprehensive backup strategy has become a critical component of any cybersecurity defense plan. A robust backup system ensures that even if data is encrypted, stolen, or destroyed during an attack, the organization can recover quickly without paying a ransom.

A comprehensive backup strategy involves creating multiple backups of critical data in different locations, including both on-site and off-site options (such as cloud backups). It’s important to follow the “3-2-1 rule” for backups: keep three copies of your data, on two different types of storage media, with one copy stored off-site. This redundancy helps to ensure that even if one system is compromised, the organization can still restore vital information.

Just having backup systems still isn’t enough, make sure your backups are performing perfectly with a comprehensive testing regimen. Far too often, organizations discover that their backups are corrupted or incomplete only when they need them the most. By testing backup restoration processes regularly, companies can verify the integrity of their backup data and ensure that recovery processes are quick and effective. Furthermore, automating backups reduces the risk of human error, and implementing encryption for backup data adds an additional layer of security, making sure sensitive data isn’t exposed during the backup process.

In the event of a ransomware attack, an effective backup strategy can mean the difference between a temporary disruption and a catastrophic loss of data, productivity, and trust. A well-planned and executed backup process can save organizations from paying hefty ransoms and enduring significant downtime.

Preparing for a Changing Landscape

As cyber threats continue to grow in scale and sophistication, organizations must remain vigilant and proactive. From the explosion of ransomware attacks to the increasing risk of insider threats and social engineering, the rapid development of new vulnerabilities, and the necessity of a comprehensive backup strategy, the cybersecurity landscape presents unprecedented challenges.

In this environment, adopting a comprehensive cybersecurity strategy that includes a combination of technology, education, policies, and a solid backup plan is essential. Businesses must invest in next-generation security tools, ensure employee awareness, and build a culture of security across their organizations. Only by staying one step ahead of cybercriminals can organizations protect themselves from the evolving threat landscape.

Cybersecurity is no longer just a technical issue but a core business priority—one that requires constant attention and adaptation as the threat landscape continues to shift.

Hivelocity offers a modernized Private Cloud Solution, Veeam Cloud Connect Backup and Replication Services and Zerto Disaster Recovery Services to help keep your critical data safe.

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In the era of environmental consciousness, businesses are increasingly recognizing the need to align their operations with sustainability goals. Among the myriad of technological solutions available, private cloud computing has emerged as a player in promoting, and supporting, environmental sustainability. This blog explores how private cloud infrastructures can bolster sustainability efforts, examining their benefits, potential challenges, and practical strategies for implementation.

Understanding Private Cloud and Sustainability
A private cloud is a computing environment that offers the benefits of cloud computing but is dedicated exclusively to a single organization. This contrasts with public clouds, where resources are shared among multiple tenants. Private clouds can be hosted on-premises or by a third-party provider, offering greater control, security, and customization.

Sustainability in business refers to practices that reduce environmental impact, enhance resource efficiency, and contribute to a more sustainable future. In the context of IT, this often involves reducing energy consumption, minimizing e-waste, and optimizing resource use.

How Private Cloud Supports Sustainability Goals

1. Enhanced Energy Efficiency
One of the primary ways private clouds contribute to sustainability is through improved energy efficiency. Traditional data centers can be energy-intensive, with older hardware often operating at less-than-optimal efficiency. Private cloud environments typically leverage advanced technologies and optimized infrastructure that reduce energy consumption.

• Efficient Hardware Utilization: Private clouds often use state-of-the-art hardware and virtualization technologies that maximize the efficiency of computing resources. Virtualization allows multiple virtual machines to run on a single physical server, leading to better utilization of resources and reduced power consumption.
• Optimized Data Management: With private cloud solutions, organizations can implement data management practices that minimize redundancy and optimize storage, which in turn reduces the energy required for data processing and storage.

2. Reduction in Carbon Footprint
By adopting a private cloud, organizations can significantly lower their carbon footprint. Here’s how:

• Renewable Energy Sources: Many private cloud providers are committed to using renewable energy sources. By choosing a provider that prioritizes green energy, organizations can reduce their reliance on fossil fuels and decrease their overall carbon emissions.
• Efficient Cooling Systems: Modern private cloud data centers often employ advanced cooling technologies that reduce energy consumption compared to traditional cooling systems. Techniques such as free cooling, where outside air is used to cool data centers, further lower the carbon footprint.

3. Extended Hardware Lifecycle
Private clouds often extend the lifecycle of IT hardware through efficient resource management and regular maintenance. This longevity helps in reducing e-waste, as fewer replacements are needed over time.

• Lifecycle Management: With private clouds, organizations can manage and monitor hardware more effectively, ensuring that equipment is used to its full potential before being replaced or recycled.
• Refurbishment and Recycling: Many private cloud providers engage in practices that support hardware refurbishment and recycling, thus minimizing electronic waste and its environmental impact.

4. Scalability and Resource Optimization
Private clouds provide scalable resources that can be adjusted according to demand, preventing over-provisioning and underutilization.

• On-Demand Resources: Organizations can scale resources up or down based on their needs, ensuring that energy and computing power are only used when necessary. This dynamic resource allocation helps in avoiding wasted energy and optimizing overall efficiency.
• Improved Load Balancing: Advanced load-balancing techniques in private clouds ensure that computing resources are distributed efficiently, further enhancing energy utilization and reducing unnecessary power consumption.

4. Scalability and Resource Optimization
Private clouds provide scalable resources that can be adjusted according to demand, preventing over-provisioning and underutilization.

• On-Demand Resources: Organizations can scale resources up or down based on their needs, ensuring that energy and computing power are only used when necessary. This dynamic resource allocation helps in avoiding wasted energy and optimizing overall efficiency.
• Improved Load Balancing: Advanced load-balancing techniques in private clouds ensure that computing resources are distributed efficiently, further enhancing energy utilization and reducing unnecessary power consumption.

5. Support for Remote Work
The rise of remote work has significant implications for sustainability. Private clouds facilitate remote work by providing secure, reliable access to data and applications from any location.

• Reduced Commuting: By supporting remote work, private clouds contribute to reducing employee commutes, thereby lowering overall transportation-related carbon emissions.
• Centralized Resources: Centralizing computing resources in a private cloud reduces the need for multiple, distributed data centers, leading to more efficient use of resources and reduced environmental impact.

3 Challenges and Considerations

1.  Initial Investment: Implementing a private cloud can require a substantial initial investment in infrastructure and technology. Organizations must weigh this upfront cost against long-term sustainability benefits.
2. Energy Consumption of Data Centers: While private clouds can be more efficient than traditional data centers, the energy consumption of data centers remains a concern. It is essential to choose providers and technologies that prioritize energy efficiency and sustainability.
3. Provider’s Sustainability Practices: If opting for a third-party private cloud provider, it’s crucial to assess their sustainability practices. Ensuring that the provider adheres to green practices can significantly impact the overall sustainability benefits of the private cloud.

Supporting Sustainability
Private cloud computing presents a powerful opportunity for organizations to advance their sustainability goals. By improving energy efficiency, reducing carbon footprints, extending hardware lifecycles, and supporting remote work, private clouds contribute to a greener, more sustainable future. While challenges exist, thoughtful implementation and strategic partnerships can amplify the environmental benefits of private cloud technologies, aligning IT operations with broader sustainability objectives.

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In today’s fast-paced digital landscape, small and medium-sized enterprises (SMEs) are constantly on the lookout for solutions that help them maintain a competitive edge. With data security and operational efficiency at the forefront of business strategies, cloud computing has become a key focus. However, the question remains: is a private cloud a viable option for SMEs?

This blog will explore whether SMEs can afford and benefit from private cloud infrastructures, evaluating aspects such as cost models, scalability, and the unique advantages a private cloud offers.

What is a Private Cloud?

Before diving into its feasibility for SMEs, it’s essential to understand what a private cloud is. A private cloud refers to a cloud computing environment that’s dedicated solely to one organization. Unlike public clouds, where resources are shared among multiple users, a private cloud offers exclusive access, better security, and more control over the infrastructure.

Private clouds can be hosted on-premises or by a third-party provider, giving businesses flexibility in managing resources. This type of cloud environment provides robust security, compliance, and performance benefits, often making it the go-to choice for enterprises dealing with sensitive data or strict regulatory requirements.

4 Benefits of Private Cloud for SMEs

1. Enhanced Security and Compliance:

• • For SMEs that handle sensitive information, such as financial records, medical data, or proprietary technology, security is paramount. A private cloud offers the ability to customize security protocols, implement advanced encryption, and maintain total control over data access.
  • Many industries have strict regulatory requirements (e.g., GDPR, HIPAA) that mandate high levels of data privacy and security. A private cloud allows SMEs to meet these obligations with greater ease, reducing the risk of compliance violations that could lead to fines or reputational damage.

2. Customization and Control

• • A key advantage of a private cloud is the ability to tailor the infrastructure to specific business needs. SMEs can configure their private cloud to optimize performance, storage, and networking according to their unique workflows and applications. This is especially useful for businesses in sectors like manufacturing, healthcare, or IT services, where customized solutions can lead to increased efficiency and better service delivery.

3. Improved Performance and Reliability

• • Private cloud infrastructure often offers higher performance and reliability compared to public cloud alternatives. Since resources aren’t shared with other organizations, SMEs have greater control over network latency, bandwidth, and compute resources. This can result in faster data processing, quicker application responses, and less downtime—factors that are crucial for business continuity.

4. Flexibility in Deployment

• • A private cloud can be hosted on-premise or through third-party data centers. This flexibility allows SMEs to choose a deployment model that aligns with their business strategy. While on-premises private clouds offer more control, hosting through a provider can reduce the burden of managing physical hardware and IT maintenance.

Cost Considerations for Private Cloud Adoption by SMEs

One of the most significant concerns for SMEs when considering private cloud infrastructure is cost. Let’s break down some cost factors:

Initial Investment:

• Unlike public clouds, which operate on a pay-as-you-go model, private clouds require upfront investment in hardware, software, and IT expertise. Setting up a private cloud in-house involves purchasing servers, storage devices, network equipment, and licenses for virtualization software.
• Alternatively, SMEs can opt for a private cloud hosted by a third-party provider. While this reduces the need for significant capital expenditure, it still involves regular subscription or usage-based fees.

Data Storage and Backup Costs:

• The amount of data stored and the need for data redundancy or backup solutions add to the overall cost. SMEs must factor in both primary storage and any disaster recovery or backup services provided by the private cloud vendor, especially if they require fast recovery times.

Compliance and Security Costs:

• Depending on the industry, SMEs may need to meet specific regulatory requirements (e.g., GDPR, HIPAA). Compliance auditing, encryption services, and advanced security measures (e.g., intrusion detection, firewalls) often incur extra fees. SMEs must evaluate how much of these costs are borne by the provider and what they will need to cover themselves.

Long-term Total Cost of Ownership (TCO)s:

• Despite the higher initial setup costs, private clouds can offer a lower total cost of ownership (TCO) in the long run. By eliminating variable costs like data transfer fees (common in public clouds), SMEs with predictable resource usage can benefit from the private cloud’s fixed-cost structure over time. This makes it a financially viable option for businesses that anticipate steady growth or have high resource demands.

Scalability: A Challenge or an Opportunity?

Scalability is a vital consideration for any cloud infrastructure. Public clouds are often seen as the go-to solution for businesses that need flexible, on-demand scalability. However, private clouds are evolving, and today’s solutions can offer scalable models that fit SME growth trajectories.

Vertical and Horizontal Scalability:

• Private clouds can be scaled either vertically (adding more resources like CPU, RAM, or storage to existing servers) or horizontally (adding more servers to the network). While vertical scaling can be done relatively quickly, horizontal scaling might require more complex configurations, especially in an on-premises setup.
• Hosted private cloud providers often allow for more dynamic scalability, offering a hybrid model where extra capacity can be temporarily leased during peak usage times.

Hybrid Cloud Options:

• SMEs that need the security of a private cloud but also want to maintain flexibility for future growth can opt for a hybrid cloud approach. A hybrid cloud combines the best of both worlds, enabling businesses to use a private cloud for sensitive data and a public cloud for less critical workloads. This model not only reduces costs but also allows for greater scalability.

Scaling Costs:

• Scaling a private cloud can be costly due to the need for additional hardware and software. However, cloud hosting providers often offer more predictable pricing for scalability. Virtual private clouds (VPCs) have emerged as a solution for SMEs, combining the scalability of public cloud infrastructure with the security of a private cloud.

Is Private Cloud a Viable Option for SMEs?

The decision to adopt a private cloud boils down to several factors: security needs, budget constraints, regulatory compliance, and future scalability. For SMEs that operate in industries with strict regulatory requirements or those handling sensitive data, a private cloud can provide peace of mind with enhanced security and control. However, for businesses with fluctuating workloads or limited IT budgets, the initial investment and ongoing costs of a private cloud may be a barrier. In such cases, a hybrid model or a managed private cloud hosted by a third-party provider may offer a more balanced approach. With advancements in private cloud offerings and the availability of hybrid models, SMEs now have greater flexibility than ever before. The key is to assess your business’s specific needs to determine whether a private cloud is the right fit for your organization.

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5 Ways GPU is Utilized in Private Cloud

GPUs (Graphics Processing Units) are increasingly being utilized in cloud services due to their ability to handle large-scale computations efficiently. Before we dive into a discussion on how GPUs are leveraged in cloud computing and the benefits they offer to private cloud computing services, let’s briefly review the difference between GPUs and CPUs (Central Processing Units). 

When we consider GPUs and CPUs, there is a difference between the systems. The main difference between them is related to their design and primary functions.

CPU and GPU Overview
CPUs are used for general-purpose processing, executing instructions from programs and managing the overall computer system. These systems have fewer cores and high clock speeds, making them excel at single-threaded performance and tasks that require complex, sequential processing. It is versatile at handling diverse tasks such as running operating systems, applications, and background processes; as well as manage and coordinate activities of other components in the computer like memory, I/O devices, and GPUs.

GPUs are specialized for handling graphics and parallel processing tasks. Unlike CPUs, the GPU system has many more cores (often thousands), but each core operates at a lower clock speed. This architecture is ideal for parallel processing, where many operations are performed simultaneously. Parallel processing allows GPUs to excel at tasks that can be divided into many smaller, independent tasks and processed simultaneously, such as graphics and video rendering, machine learning, complex calculations, animations, and scientific simulations.

As you can see, there is a difference in processing capabilities, various level of tasks associated with each system and diversity of capabilities. So how does GPU graduate to private cloud systems? Let’s dive in…

5 Ways GPU is Utilized in Private Cloud
GPUs are increasingly being utilized in cloud services due to their ability to handle large-scale computations efficiently. Here’s a detailed list on how GPUs are leveraged in cloud computing and the benefits they offer to private cloud computing services.

1. High-Performance Computing (HPC): Processing and Speed GPUs are designed for parallel processing, making them ideal for tasks such as scientific simulations, financial modeling, and weather forecasting. The GPU processing speed allows the system to perform many calculations simultaneously and accelerates complex computations compared to traditional CPUs.

2. Artificial Intelligence (AI) and Machine Learning (ML): Training, deep learning models process vast amounts of data, which GPUs can handle efficiently by reducing the time required to train AI models. GPUs also speed up the inference phase, where the trained model makes predictions on new data.

3. Big Data Analytics: GPUs enable faster processing of large datasets, facilitating real-time analytics and decision-making. High-performance GPUs also enhance data visualization, making it easier to interpret complex data through advanced graphical representations.

4. Virtual Desktops and Workstations: GPUs are essential for virtual desktops that require high graphics performance, such as CAD applications, video editing, and gaming; as well as support multiple users running graphic-intensive applications simultaneously.

5. Cloud Gaming: GPUs in the cloud provide the necessary power for rendering high-quality graphics, which are then streamed to users’ devices, enabling high-end gaming experiences on low-end hardware.

GPUs in modern cloud computing enable high-performance computing tasks, accelerate AI and ML workloads, and enhance data analytics and visualization. For private cloud, the integration of GPUs offers significant benefits, including cost efficiency, scalability, enhanced performance, innovation, and improved security. These advantages empower organizations to handle complex computations more effectively, deliver superior services, and maintain a competitive edge in the evolving digital landscape.

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Why VMware Cloud Foundation is a Stronger Cloud Platform Compared to Others 

In a rapidly evolving IT landscape, businesses are turning to cloud solutions to enhance agility, reduce costs, and drive innovation. Among the myriads of cloud platforms available, VMware Cloud Foundation (VCF), by Broadcom, stands out as a robust and comprehensive solution for private cloud environments. Here’s why VMware Cloud Foundation is a stronger cloud platform compared to other options, and how choosing an alternative can present challenges.  

1. Comprehensive Integration and Consistency: VCF offers a fully integrated software stack that includes compute (vSphere), storage (vSAN), networking (NSX), and cloud management (Aria Operations). This integrated approach ensures consistency across private and public clouds, providing a seamless hybrid cloud experience.

Challenges with Other Platforms: Other cloud platforms require piecing together multiple third-party solutions, leading to integration challenges and inconsistent performance. Managing disparate systems increases complexity, operational overhead, the potential for errors, and increased risk. 

2. Proven Enterprise-Class Capabilities: VMware has a long-standing reputation for delivering enterprise-grade virtualization and cloud solutions. VCF leverages this expertise to provide a platform that supports the most demanding enterprise workloads with high availability, disaster recovery, and robust security.

Challenges with Other Platforms: Some cloud platforms may not have the same track record in handling large-scale enterprise applications, potentially leading to performance and reliability issues. When integrating various security solutions gaps and vulnerabilities can emerge, unlike VMware’s cohesive security framework. 

3. Simplified Lifecycle Management: VCF automates the lifecycle management of the entire cloud stack, including provisioning, patching, and upgrading. This automation reduces administrative burdens and ensures that the infrastructure remains up to date with the latest features and security patches.

Challenges with Other Platforms: Some other platforms require manual updates, which can be time-consuming and prone to human error. This includes challenges with inconsistent patching which can lead to potential security and compliance risks. 

4. Robust Hybrid Cloud Capabilities: VMware Cloud Foundation is designed to enable a true hybrid cloud experience, allowing seamless workload migration between on-premises data centers and public cloud environments. This flexibility is critical for businesses looking to optimize their IT investments and scale efficiently.

Challenges with Other Platforms: Not all cloud platforms offer seamless hybrid capabilities, making it difficult to move workloads between environments. Another challenge is some providers’ solutions can lead to vendor lock-in, reducing flexibility and increasing long-term costs. 

5. Enhanced Developer Experience: With VCF, organizations can leverage VMware Tanzu to build, run, and manage modern applications. Tanzu simplifies Kubernetes adoption, providing developers with a consistent and reliable environment for containerized applications.

Challenges with Other Platforms: Other platforms may lack the seamless integration for Kubernetes, complicating container management and deployment. Developers might face limited tooling and support for modern application frameworks, hindering innovation and productivity. 

6. Extensive Partner Ecosystem: VMware’s extensive partner ecosystem ensures that businesses have access to a wide range of solutions and services that complement and enhance their VCF deployment. This ecosystem includes hardware vendors, ISVs, and service providers.

Challenges with Other Platforms: Some cloud platforms do not have as broad an ecosystem, limiting the availability of compatible solutions and services. Relying on a single vendor’s ecosystem can restrict choices and lead to suboptimal solutions. 

 In Review: 

VMware Cloud Foundation, by Broadcom, stands out as a superior private cloud platform due to its comprehensive integration, enterprise-class capabilities, simplified lifecycle management, robust hybrid cloud support, enhanced developer experience, and extensive partner ecosystem. Businesses leveraging VCF can achieve greater agility, reduced complexity, and a consistent operational model across their hybrid cloud environments. 

In contrast, alternative cloud platforms often present challenges such as fragmented solutions, limited hybrid support, increased management overhead, and potential security gaps. By choosing VMware Cloud Foundation, organizations can confidently drive their digital transformation initiatives and remain competitive in a dynamic marketplace.

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Private Cloud vs. Public Cloud: Which is the Best Fit for Applications

Determining whether an application is best suited for public or private cloud depends on various factors, including security requirements, performance needs, compliance considerations, and cost considerations. Here’s a general guideline for which types of applications are often best run on each type of cloud:  

5 Applications That Perform Best on Private Cloud: 

1. Sensitive Workloads: Applications that handle sensitive data, such as personal or financial information, may be better suited for a private cloud environment where the organization has more control over security and compliance measures.
2. Legacy Systems: Legacy applications that are not designed for cloud environments or require specific configurations may be better maintained on a private cloud to avoid compatibility issues and ensure stability and performance.
3. Regulated Industries: Industries subject to strict regulatory requirements, such as healthcare, finance, and government, may opt for a private cloud to maintain compliance with data protection and privacy regulations, as well as to address specific audit and reporting requirements.
4. Customized Workloads: Applications with unique or specialized requirements that necessitate custom configurations or dedicated resources may benefit from the flexibility and control offered by a private cloud environment.
5. High-Performance Computing: Workloads that require high-performance computing (HPC), such as simulations, modeling, and scientific research, may be better suited for a private cloud with dedicated hardware optimized for performance.

 5 Applications That Perform Best on Public Cloud: 

1.  Web Applications: Public cloud platforms offer scalable and flexible infrastructure, making them well-suited for hosting web applications that may experience fluctuating traffic patterns.
2. Development and Testing Environments: Public clouds provide on-demand resources that are ideal for development and testing purposes, allowing teams to quickly spin up environments, experiment with different configurations, and collaborate more efficiently.
3. Content Delivery and Media Streaming: Public cloud providers often have globally distributed infrastructure and content delivery networks (CDNs), making them suitable for delivering content and media streaming services with low latency and high availability.
4. Big Data and Analytics: Public cloud platforms offer scalable storage and computing resources, making them well-suited for processing and analyzing large datasets using tools like Hadoop, Spark, and other big data technologies.
5. Collaboration and Productivity Tools: Applications such as email, document collaboration, and customer relationship management (CRM) systems can benefit from the scalability and accessibility of public cloud platforms, enabling remote access and collaboration from anywhere.

It’s important to note that these are general guidelines, and the suitability of a particular application for a public or private cloud depends on the specific requirements and priorities of the organization. Many businesses also adopt hybrid cloud strategies, leveraging both public and private cloud environments to optimize performance, scalability, security, and cost-effectiveness for their applications.

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Cloud computing has become an essential component in IT strategies for many businesses. Among the various cloud options available, public cloud and private cloud are the two primary models that organizations explore when considering adding a cloud strategy to their IT portfolio. Each has its unique characteristics, benefits, and challenges, making it crucial to understand their differences to determine which is the best fit for your company. 

 The Public Cloud 

The public cloud is a model where computing resources are provided by third-party service providers over the internet. These resources, which include servers, storage, and applications, are shared among multiple users, also known as tenants. The most well-known public cloud providers are Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). 

 Four Key Characteristics of Public Cloud 

1. Scalability and Flexibility: Public cloud services offer virtually unlimited scalability. Companies can easily scale their resources up or down based on demand, providing great flexibility and cost efficiency.
2. Cost-Effective: Public cloud operates on a pay-as-you-go model, which means businesses only pay for the resources they use. This can significantly reduce capital expenditures associated with purchasing and maintaining hardware.
3. Accessibility: Public cloud services are accessible over the internet, allowing employees to access applications and data from anywhere, promoting remote work and collaboration.
4. Maintenance and Updates: The cloud provider handles all maintenance, updates, and security patches, for the underlying infrastructure, reducing the burden on the company’s IT staff.

 The Private Cloud 

The private cloud, on the other hand, is a cloud computing model where resources are exclusively used by a single organization. This can be hosted on-premises in the company’s own data center or by a third-party service provider. Private clouds are tailored to meet the specific needs of a business, offering greater control and customization. 

 Four Key Characteristics of Private Cloud 

1. Customization and Control: Private clouds offer greater control over the computing environment, allowing for customization to meet specific business requirements and compliance needs.
2. Security and Privacy: Since resources are not shared with other organizations, private clouds offer enhanced security and privacy. This is particularly important for businesses that handle sensitive data or are subject to stringent regulatory requirements.
3. Performance: With dedicated resources, private clouds can provide consistent and reliable performance, making them suitable for workloads that require high performance and low latency.
4. Compliance: Private clouds can be designed to comply with industry-specific regulations and standards, making them ideal for businesses in sectors like finance, healthcare, and government.

Business Factors to Consider 

Choosing between public cloud and private cloud depends on various factors, including your company’s size, industry, budget, and specific needs. Here are some key considerations to help make the decision: 

Cost Considerations:

Public Cloud: Ideal for all size businesses from startups to enterprise as well as public sector organizations that need to minimize capital expenditures and benefit from a pay-as-you-go model. 

Private Cloud: Suitable for small business to large enterprises that can afford the higher upfront costs associated with setting up and maintaining a private cloud infrastructure. 

Security and Compliance:

Public Cloud: While public cloud providers offer robust security measures, the shared nature of the infrastructure may not meet the stringent security and compliance requirements of certain industries. The CSP provides security on the infrastructure but leaves the responsibility of securing anything above the physical layer to the end user. All 3 major private clouds provide many security options for clients to use to secure their environments.  

Private Cloud: Offers superior security and compliance capabilities, making it the preferred choice for businesses handling sensitive data or operating in highly regulated industries.

Scalability and Flexibility:

Public Cloud: Provides unmatched scalability and flexibility, ideal for businesses with fluctuating demands or those that need to quickly scale their operations. 

Private Cloud: Offers scalability, but it is limited by the physical hardware and resources available. However, it provides consistent performance for critical applications. 

Control and Customization:

Public Cloud: Less control over the underlying infrastructure, which can be a drawback for businesses needing specific configurations or custom solutions. 

Private Cloud: Provides full control and customization, allowing businesses to tailor the environment to their specific needs and optimize performance. 

Getting the Right Cloud Through Evaluation and Business Considerations 

The choice between public cloud and private cloud is not a one-size-fits-all decision. It requires a careful assessment of your company’s specific needs, budget, and long-term goals. By understanding the fundamental differences and evaluating your requirements, you can determine which cloud model—or combination of models—will best support your business objectives. Whether you opt for the flexibility of the public cloud, the control of the private cloud, or the versatility of a hybrid solution, cloud computing can provide significant advantages to help your business thrive in the digital age.

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As a VMware partner, we at Hivelocity are excited to share insights into a transformative development that marks a significant licensing change from VMware by Broadcom. VMware, now under Broadcom’s umbrella, has embarked on a strategic journey, reinforcing its commitment to innovation, simplification, and customer success. We share with you these announced changes, their implications, and how they benefit our clients and the broader VMware community. 

Uniting Forces for Innovation 

The acquisition of VMware by Broadcom has culminated in the merging of two visionary teams, each with a deep-rooted commitment to engineering excellence and innovation. This union is poised to redefine the infrastructure technology domain, offering global enterprises enhanced capabilities to navigate and thrive in private, hybrid, and multi-cloud ecosystems. At Hivelocity, we are enthusiastic about the potential this partnership holds for driving customer success through accelerated innovation, simplified product portfolios, and a strengthened ecosystem. 

Simplification and Subscription: The Path Forward 

Over the past two years, VMware has focused on streamlining its product offerings and transitioning to a subscription-based model. This strategic pivot aims to align more closely with customer needs for continuous innovation, expedited value delivery, and predictable financial planning. Today, we stand at a pivotal moment where VMware, as part of the Broadcom family, introduces a significant overhaul in its approach to product offerings and licensing. 

Streamlined Product Portfolio 

In response to feedback from our customers and partners, VMware by Broadcom is simplifying its product portfolio. This initiative is designed to make it easier for enterprises of all sizes to leverage VMware solutions, removing complexity from our offerings and go-to-market strategies. 

Transition to Subscription Licenses 

Marking the end of perpetual license sales, VMware by Broadcom is fully embracing subscription-based licensing. This move includes ceasing sales of perpetual licenses and their associated support and subscription renewals, alongside hybrid and subscription purchase program credits. A key feature of this transition is the introduction of a bring-your-own-subscription license option, enhancing flexibility for customers leveraging VMware Cloud Foundation in hybrid cloud environments. 

Key Changes and What They Mean for You 

Portfolio Transformation 

VMware’s portfolio is undergoing specific changes, particularly within the VMware Cloud Foundation division, which now focuses on two main offerings for customers looking to own their subscription-based licenses: 

VMware Cloud Foundation: Tailored for enterprise-class hybrid cloud solutions, this flagship offering now comes at a significantly reduced subscription price, coupled with add-ons and enhanced support services. 

VMware vSphere Foundation: Designed for small to medium-sized businesses, this new offering combines vSphere with intelligent operations management for optimal performance and efficiency. 

Embracing Subscription Licensing 

The industry’s shift toward subscription models reflects the standard for cloud consumption. VMware’s full transition to subscription offerings promises continuous innovation, faster value realization, and predictable investment paths for our clients. 

Benefits and Opportunities 

• For Customers: This evolution in VMware’s strategy enhances our ability to serve you with cutting-edge solutions and the ability to Bring-Your-Own-License (BYOL) to the Hivelocity hosted Private Cloud Services for quicker deployment, innovation, migration, and cost-effective scaling of your digital infrastructure. 
• For Partners: The shift to a subscription model opens new avenues for us to engage with you more strategically, offering high-value services that underscore our commitment to your success. 

Navigating the Transition Together 

As VMware transitions away from perpetual licenses, we recognize the importance of guiding our clients through this change. Hivelocity is here to assist you in assessing your current VMware deployments and planning your transition to the subscription model, ensuring a seamless migration that aligns with your business objectives. 

Looking Ahead 

The changes introduced by VMware by Broadcom are a testament to our shared vision of simplifying cloud consumption and empowering businesses with the flexibility and innovation they need for their digital transformation journeys. As your trusted VMware partner, Hivelocity is dedicated to supporting you through these transitions, leveraging the enhanced capabilities and benefits that come with VMware’s new strategic direction. 

For more information on how these changes impact your VMware solutions and how we can help, please reach out to our team. You can also reference the following link for the official announcement from Broadcom. Together, we can explore how these developments can further enable your success as a user of VMware’s market-leading technology.

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Hivelocity will be providing resources to help customers and prospects navigate through VMware’s new products and most recent changes. Sign up for our blog and receive the latest information or follow us on LinkedIn. 

As part of the VMware integration into Broadcom, they have overhauled their licensing and partner platforms to increase value throughout their portfolio.  

Let’s review the changes:  

• VMware portfolio has been dramatically simplified to 2 core offerings: VMware Cloud Foundation (VCF) and VMware vSphere Foundation (VVF), plus a set of Advanced, Add-on Services. 
• Perpetual licenses are no longer available and will only be available through a subscription model  

How does this affect you?  

We have created a list below to help you determine if your license is being replaced or if it will not have a replacement. This leaves several customers asking which new bucket of VMware products best suits their business needs to optimize for cost, security, performance, and scalability.  

These products are not included in VCF/VVF/Add-on Products and do not have a replacement product: 

• VMware vSphere+ 
• VMware vSphere Enterprise 
• VMware vSphere ROBO 
• VMware vSphere Scale Out 
• VMware vSphere Desktop 
• VMware vSphere Acceleration Kits 
• VMware vSphere Essentials Kit 
• VMware vSphere Starter/Foundation 
• VMware vSphere with Operations Management 
• VMware vSphere Basic 
• VMware vSphere Advanced 
• VMware vSphere Storage Appliance 
• VMware vSphere Hypervisor (free edition) 
• VMware Cloud Foundation (excluding new VCF subscription) 
• VMware Cloud Foundation for VDI 
• VMware Cloud Foundation for ROBO 
• VMware vCenter Foundation 
• VMware vSAN ROBO 
• VMware vSAN Desktop 
• VMware vSAN+ 
• VMware HCI Kit 
• VMware Aria Universal Suite (formerly vRealize Cloud Universal) 
• VMware Aria Operations for Networks Universal (formerly vRealize Network Insight Universal) 
• VMware vRealize Network Insight ROBO 
• VMware vRealize Operations 8 Application Monitoring Add-On 
• VMware Aria Suite Cloud for US Public Sector 
• VMware Cloud Director Service 
• VMware NSX for Desktop 
• VMware NSX ROBO 
• VMware HCX+ 

If you don’t see your license here, connect with one of our VMware experts for guidance.  

What will my license be replaced with?  

Let’s discuss the two core offerings moving forward, VMware Cloud Foundation (VCF) And VMware vSphere Foundation (VVF).  

VMware Cloud Foundation (VCF) 

What is it?

The flagship enterprise-class hybrid cloud solution for customers to run their business-critical and modern applications.  

Ideal Customer: Enterprise   

Highlights: 

• Full-stack Infrastructure as a Service (IaaS) solution that delivers software defined compute, storage, networking, security, and management.  
• Integrated self-service infrastructure platform to deploy VMs/containers for developer agility.  
• Hardened platform offering built-in resilience, scaling, and clustering for non-stop operations.  
• Provides cloud agility to scale infrastructure without scaling staff, delivering cloud consumption on-premises.  
• Provides automation and orchestration to simplify Day 0, Day 1, and Day 2 tasks. 
• Available as a single SKU to simplify full stack deployment.  

Components:  

• SDDC Manager: An automated lifecycle management tool simplifying how to deploy, configure, patch, and upgrade the entire SDDC stack. 
• vSphere Enterprise Plus with Tanzu: An enhanced server virtualization platform enabling the coexistence of virtual machines and containers on the same infrastructure. 
• NSX Enterprise Plus: A network virtualization and security platform delivering a complete networking stack for your SDDC across multiple sites and clouds. 
• HCX Enterprise: An application mobility platform facilitating workload migration, rebalancing, and optimized disaster recovery across different vSphere versions and cloud environments. 
• Support Services: Production support provides 24/7 access to technical support, documentation, knowledge base articles, and online communities. 

Optional add-ons for VCF encompass VMware Cloud Disaster Recovery (VCDR), VMware Ransomware Recovery (RWR), VMware Site Recovery (SRM), and more. 

VMware vSphere Foundation (VVF)  

What is it?

A simplified enterprise-grade platform.  

Ideal Customer: Small to medium businesses 

Highlights: 

• VVF solution integrates vSphere with our intelligent operations management to provide the best performance, availability, and efficiency with greater visibility and insights.  
• vSphere Foundation can be upgraded to a Hyperconverged Infrastructure (HCI) solution with an optional software-defined storage (vSAN) add-on.  

Components:

• Sphere Enterprise Plus: A leading server virtualization platform for running, managing, connecting, and securing applications across hybrid clouds. 
• vCenter Server Standard: A centralized management tool that allows control of the entire vSphere infrastructure from a single console. 
• Aria Suite Enterprise: A comprehensive operations management solution providing self-driving IT operations management from applications to infrastructure across various environments. 
• Support Services: Standard support service offering access to technical support engineers, documentation, knowledge base articles, and online communities. 

Optional add-ons for advanced features and capabilities are available, such as vSAN Enterprise, VMware Cloud Disaster Recovery (VCDR), and Tanzu Mission Control (TMC). 

So, how do you choose the right license? 

With the changes in mind, customers and partners can now focus on selecting the most suitable VMware license for their specific use cases. Here are some factors to consider: 

1. Application Requirements: Assess your workload requirements, including compute, storage, and networking needs. Determine whether your environment necessitates advanced features or can operate efficiently with standard capabilities. 

2.  Scalability: Consider your organization’s growth trajectory and scalability requirements. Choose a licensing model that accommodates future expansion without causing significant disruptions or cost escalations. 

3. Cost: Evaluate your budget constraints and financial objectives. Opt for a licensing option that offers the best balance between cost-effectiveness and feature richness, ensuring optimal ROI over the long term. 

4. Support and Resources: Examine your support requirements, including response times, technical expertise, and escalation procedures. Select a support plan that aligns with your organization’s service expectations and operational priorities. 

5. Compliance and Security: Ensure compliance with licensing terms and usage rights to avoid potential penalties or legal issues. Familiarize yourself with VMware’s licensing agreements and seek clarification on any ambiguous terms or conditions. 

Remember, choosing the right VMware license isn’t just about today’s needs; it’s about setting a foundation for future growth and innovation. With careful consideration and strategic planning, customers and partners can confidently embrace VMware solutions and unlock their full potential in the digital era. 

For more information on how these changes impact your VMware solutions and how we can help, please reach out to our team. You can also reference the following link for the official announcement from Broadcom or our VMware Resource Page. Together, we can explore how these developments can further enable your success as a user of VMware’s market-leading technology. 

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VPS and Private Cloud: Basic Definitions and Differences

Choosing the right hosting solution is crucial for businesses aiming to optimize performance, security, and scalability. Two popular options often considered are Virtual Private Servers (VPS) and Private Cloud Services. While both offer distinct advantages, understanding their fundamental differences can help you make an informed decision tailored to your specific needs. In this blog, we’ll explore the basic definitions and key differences between VPS and Private Cloud Services, providing you with the insights needed to determine which option best suits your business requirements.

VPS (Virtual Private Server):
VPS is a virtualized server that acts as a dedicated server within a shared hosting environment. It is created by partitioning a physical server into multiple virtual servers, each with its own operating system and resources. Multiple VPS instances run on a single physical server, each isolated from the others.

Private Cloud:
Private cloud is a cloud computing environment isolated to a single organization. It offers more security, flexibility, and scalability. Private cloud infrastructure is designed for high availability and performance.

How VPS and Private Cloud Compare

Architecture

VPS

• Uses virtualization technology to partition a physical server into multiple isolated virtual servers.
• Each VPS has its own operating system and shared resources like CPU, RAM, and storage.
• VPS has non-redundant infrastructure components.

Private Cloud

• Typically involves a collection of physical and virtual resources pooled together to provide on-demand computing power.
• Utilizes advanced virtualization and management technologies to deliver scalable and flexible computing resources.
• Highly redundant infrastructure components for reliable and resilient operation.

Resource Allocation

VPS

• Resources (CPU, RAM, storage) are allocated from a single physical server. Although isolated, the performance can be affected by other VPSs on the same server.
• While CPU and RAM are fixed, they can be upgraded by changing the plan.

Private Cloud

• Offers dynamic resource allocation, allowing for scaling up or down based on demand.
• Resources can be pooled from multiple physical servers, providing greater flexibility and efficiency.

Scalability

VPS

• Limited scalability due to predefined resource limits.
• Scaling often requires manual intervention or migration to a different VPS plan.

Private Cloud

• Highly scalable, supporting automated and on-the-fly resource allocation.
• Can easily accommodate large-scale applications and varying workloads.

Performance

VPS

• Performance can be affected by the physical server’s overall load and other VPS instances running on the same server (noisy neighbor effect).
• Suitable for moderate workloads and applications with predictable resource usage.

Private Cloud

• Offers consistent and high performance with dedicated resources and load balancing across multiple servers.
• Ideal for high-demand applications and workloads requiring consistent performance.

Control and Customization

VPS

• Limited customization options due to shared environment constraints.
• Provides root access and control over the server environment, like a dedicated server.

Private Cloud

• High level of customization available, with the ability to configure the entire cloud environment.
• Supports custom configurations, policies, and management tools.

Security

VPS

• Offers a certain level of isolation but still shares the physical server with other tenants, which can pose security risks.
• Security is shared with the hosting provider, which may manage aspects like physical security and some network protections.

Private Cloud

• Enhanced security with dedicated resources and infrastructure.
• Greater control over security policies, compliance, and governance. Often complies with higher security and regulatory standards. Supports enhanced authentication, role-based access, and logging.

Cost

VPS

• Generally more cost-effective for small to medium-sized businesses as resources are shared.
• Pay for a fixed amount of resources, making it easier to predict costs but unable to scale on demand.

Private Cloud

• Higher initial and ongoing costs due to dedicated infrastructure and vast features. Costs can be based on actual usage (pay-as-you-go) or a fixed subscription model.
• Costs can be offset by the ability to optimize resource usage and improve efficiency.

Management and Maintenance

VPS

• Limited control over the underlying physical infrastructure. Management tasks are usually confined to the virtual server itself.
• Easier to manage for users with less technical expertise.
• Maintenance of the physical server and underlying infrastructure is handled by the hosting provider.

Private Cloud

• Requires more complex management, often needing dedicated IT staff or managed services.
• Full control over the entire cloud infrastructure, including physical servers, storage, and networking components. Provides comprehensive management tools and APIs for automation and orchestration.
• Maintenance can be managed internally by the organization’s IT team or outsourced to a third-party provider. Offers more flexibility in managing updates, patches, and other maintenance tasks.

Use Cases

VPS

• Suitable for web hosting, small to medium-sized applications, development environments, and small-scale databases.
• Ideal for businesses that need dedicated server-like capabilities without the cost of a full dedicated server.

Private Cloud

• Ideal for large enterprises, applications with high-security requirements, big data analytics, and applications requiring high scalability and performance.
• Suitable for organizations needing comprehensive control over their computing environment.

In Conclusion

VPS is a cost-effective solution suitable for smaller workloads with moderate performance and customization needs, offering a balance between shared and dedicated hosting.

Private Cloud provides a robust, secure, and highly scalable infrastructure, ideal for larger enterprises and organizations with stringent security, performance, and regulatory requirements. It offers comprehensive control and customization.

By understanding these differences, businesses can better decide which type of service aligns with their specific needs, budget, and technical requirements.

The post VPS and Private Cloud: Basic Definitions and Differences appeared first on Hivelocity Hosting.

2023 was an active year in the Linux world! Red Hat, the biggest open-source company decided to lock the source code behind a paywall, Ubuntu dropped default support for Flatpak for all its flavors, Vim creator, Bram Moolenar, passed away, and Linux rose above MacOS in gaming stats with an increase in Linux desktop market share numbers. While this year has been dramatic in the Linux world, in this blog post we are going to review and share what we think are the top 5 server distributions in the Linux world for 2024.

AlmaLinux

AlmaLinux Main Page

AlmaLinux Wiki Page

AlmaLinux ISO Download Page

AlmaLinux OS is an open-source, community-driven Linux operating system that fills the gap left by the discontinuation of the CentOS Linux stable release. AlmaLinux OS is an Enterprise Linux distro, binary compatible with RHEL®, and guided and built by the community. As a standalone, completely free OS, AlmaLinux OS enjoys $1M in annual sponsorship from CloudLinux Inc. and support from more than 25 other sponsors with ongoing development efforts governed by the members of the community.

There are many benefits to using AlmaLinux but some of the important benefits are listed below. We invite you to test the OS as it is one of the ISOs provided with Hivelocity, providing both version 8 and version 9 for both our dedicated servers and our VPSs.

• Long-term support for up to 10 years for each major version providing a stable and secure platform.
• Dedicated community and transparent development process. 
• Compatible with a wide range of software and hardware, making it easy to integrate existing systems and applications.
• Optimized for performance to easily handle heavy workloads with efficient resource management and low overhead. 
• Supported by cPanel as detailed in the cPanel’s AlmaLinux installation guide.

Rocky Linux

Rocky Linux Main Page

Rocky Linux Wiki Page

Rocky Linux ISO Download Page

Rocky Linux is a Linux distribution that is developed by the Rocky Enterprise Software Foundation. It is based on the source code of Red Hat Enterprise Linux (RHEL), and it aims to be fully binary compatible with it. The purpose of this project is to provide a community-supported, enterprise-grade OS. Rocky Linux competes with other enterprise OSs, such as RHEL and SUSE Linux Enterprise.

There are many benefits to using Rocky Linux but some of the important benefits are listed below. We invite you to test the OS as it is one of the ISOs provided with Hivelocity, providing both version 8 and version 9 for both our dedicated servers and our VPSs.

• Enterprise-ready, providing solid stability with regular updates and a 10-year support lifecycle, all at no cost.
• Community-supported, meaning that it is developed and maintained by volunteers who are passionate about Linux and open source. The community, sponsors, and partners have invested with long-term commitments to ensure the project stays with the community
• Easy to migrate from other Enterprise Linux distributions, such as CentOS or RHEL.
• Constantly evolving, thanks to the active involvement of the community. Rocky Linux releases new versions regularly, with the latest features and security patches. 
• Supported by cPanel as detailed in the cPanel’s Rocky Linux installation guide.

CloudLinux

CloudLinux Main Page

CloudLinux Knowledge Base

CloudLinux Licenses & installation can be acquired 

with Hivelocity during order customization.

CloudLinux OS is designed for shared hosting providers and is an OS that is based on CentOS which uses the OpenVZ kernel and the RPM package manager. The concept behind CL is that it isolates each hosting account into a separate Lightweight Virtual Environment (LVE) that limits the resources, such as CPU, memory, and IO, that each account can use. This setup allows an admin to min/max the performance and usage requirements of each account without having the one affecting the other. 

There are many benefits to using CloudLinux but some of the important benefits are listed below. The OS is available during the customization of your order which can be found in our dedicated servers section and can be requested later on if needed via a reload request ticket.

• CloudLinux OS uses Lightweight Virtual Environment (LVE) technology to limit the amount of resources that each user can consume. This ensures that no single user can bring down the entire server, thereby improving the overall stability of the system.
• Provides users with great visibility over their resources. The system runs each execution by a user inverse, making it easy to monitor system logs or log attempts that may be potential security threats.
• Ensures that accounts are relatively isolated from each other. When one account goes down, the others remain unaffected.
• Offers great support for its users. Users can submit tickets to OS support staff to have their issues resolved. This support is available for usage, configuration, installation, bug fixes, and even diagnosis for all versions of CloudLinux.
• Supported by cPanel as detailed in the cPanel’s CloudLinux installation guide.

Ubuntu

Ubuntu Main Page

Ubuntu Wiki Page

Ubuntu ISO Download Page

Ubuntu is a popular and user-friendly operating system that is based on the Linux kernel. It is free and open source, which means anyone can use, modify, and distribute it. The operating system comes in different editions for different purposes, such as desktop, server, and IoT devices, and works with nearly any hardware or virtualization platform. Ubuntu can serve up websites, file shares, and containers, as well as expand your company offerings with an incredible cloud presence. 

There are many benefits to using Ubuntu but some of the important benefits are listed below. The OS is available during the customization of your order which can be found in both our dedicated servers and our VPSs and can be requested later on if needed via a reload request ticket.

• Ubuntu Server is free to download and use by any user.
• Recognized for its robust security capabilities, which consist of integrated firewall and encryption tools and a wide range of available related packages. 
• Known for its stability and reliability, which makes it a great choice for hosting mission-critical applications.
• Ubuntu Server is highly customizable, allowing users to tailor the operating system to their specific needs.
• Ubuntu is supported by cPanel as detailed in the cPanel’s Ubuntu installation guide.

Red Hat Enterprise Linux

RedHat Main Page

RedHat Knowledge Base

RedHat Licenses & installation can be acquired 

with Hivelocity during order customization.

Red Hat Enterprise Linux Server is designed to be easy to control and administer, and it can be deployed on physical hardware, virtual machines, or in the cloud. Red Hat Enterprise Linux Server supports various hardware architectures, such as x86 and ARM along with thousands of commercial and custom applications. Red Hat Enterprise Linux Server also provides access to the latest open-source tools and frameworks, and enhanced security features to protect against vulnerabilities. 

There are many benefits to using RHEL but some of the important benefits are listed below. The OS is available during the customization of your order which can be found in our dedicated servers.

• Stability: RHEL provides a stable operating system infrastructure that stays the same so that everything else can be different. It offers a product life cycle of 10 years, kernel stability, ABI and API compatibility, and support.
• Security: Red Hat engineers help improve features, reliability, and security to make sure your infrastructure performs and remains stable.
• Flexibility: RHEL allows developers to be agile and use the latest packages and tooling. A Red Hat subscription provides the latest enterprise-ready software from Red Hat, expert knowledge, product security, and technical support from trusted engineers.
• Cost-effective: RHEL provides a consistent performance environment for Microsoft SQL-based applications that run on bare metal, virtual machines, containers, and the hybrid cloud. It lowers deployment costs and accelerates time to value critical workloads, allowing development and operational teams to collaborate in any environment.

In conclusion, while there are many server distributions available online, the above is an overview of some of the most used and recommended distributions to be deployed with your Hivelocity servers. These operating systems are available via the order page within the customization page of the dedicated servers and VPSs (Note that not all are available for the VPS instances). Hivelocity’s support team is available 24/7 to assist with any request relating to your operation and operating system and can be reached out via a support ticket from within your customer portal, a chat via the main site, or by calling at 888-869-4678.

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