Discover CachyOS: A Lightning-Fast Linux Distribution Built for Performance

CachyOS is a modern, high-performance Linux distribution designed for users who want speed, flexibility, and full control over their system. Built with aggressive performance optimisations, CachyOS delivers a smooth and responsive experience across desktops, laptops, and cloud environments.

Whether you are a developer, system administrator, or Linux enthusiast, CachyOS offers a clean and powerful platform that performs exceptionally well on both local machines and virtual servers.

Wide Choice of Desktop Environments and Window Managers

One of CachyOS’s strongest features is its flexibility. During installation, users can easily choose from a wide range of popular desktop environments, Wayland compositors, and X11 window managers, including:

KDE Plasma, GNOME, XFCE, Cinnamon, Mate, Budgie, LXQt

i3, Qtile, Openbox

Hyprland, Sway, Wayfire, Niri

COSMIC, UKUI, LDE

This allows you to tailor your Linux setup exactly to your workflow, whether you prefer a full desktop experience or a minimal, keyboard-driven environment.

Ideal for Cloud, VPS, and Azure Deployments

CachyOS is well-suited for cloud and virtualised workloads. Its lightweight footprint and performance-tuned kernel make it an excellent choice for:

• VPS hosting

• Development servers

• CI/CD pipelines

• Remote desktop environments

• Azure virtual machines

Running CachyOS on cloud platforms such as Microsoft Azure can provide faster boot times, reduced latency, and improved responsiveness compared to traditional Linux distributions.

At DigitalBerg, we support modern Linux distributions like CachyOS on our VPS and Dedicated Servers, giving developers the freedom to deploy high-performance systems without compromise.

Internal link example (recommended for Rank Math):

https://digitalberg.com/vps-hosting

https://digitalberg.com/dedicated-servers

Customise Your Experience with Ease

CachyOS makes installation simple with an online installer that lets you select your preferred environment upfront. From there, you can fine-tune every aspect of your system to match your performance and usability needs.

If you value speed, control, and choice, CachyOS is a Linux distribution worth exploring.

Tags

CachyOS, Linux Distribution, Fast Linux OS, Linux for Developers, Linux Desktop, Linux VPS, Cloud Linux, Azure Linux, Wayland, KDE Plasma, GNOME, Hyprland, Linux Performance, Open Source, DigitalBerg

Azure Key Vault Transition to RBAC: What You Must Do Before February 2027

Azure Key Vault Is Moving to RBAC – Are You Ready?

Microsoft has announced a major security change affecting Azure Key Vault users. If you rely on Azure Key Vault for secrets, keys, or certificates, action is required well before 27 February 2027 to avoid service disruption.

All Azure Key Vault API versions earlier than 2026-02-01 will be retired on that date. The upcoming 2026-02-01 API, releasing in February 2026, introduces a critical change: Azure role-based access control (RBAC) becomes the default access model for new vaults.

This shift is designed to improve security, consistency, and governance across Azure environments.

What Is Changing?

Under the new API version:

  • Azure RBAC will be the default access model for new Key Vaults
  • Existing vaults will continue using their current access configuration
  • The Azure Portal experience will remain unchanged
  • Legacy access policies will no longer be assumed by default

If your applications, scripts, or infrastructure templates rely on legacy access policies, you may encounter HTTP 403 permission errors unless changes are made.

Why Azure RBAC Matters

Azure RBAC provides:

  • Centralised identity and access management
  • Fine-grained permissions using Azure Active Directory
  • Better auditing and compliance
  • Consistent security across cloud services

This aligns Key Vault security with the rest of the Microsoft Azure ecosystem, reducing the risk of misconfiguration in production environments.

Required Action Before February 2027

To avoid outages or failed deployments, Microsoft strongly recommends one of the following actions:

Option 1: Migrate all Key Vaults to Azure RBAC

This is the preferred and future-proof approach.

Option 2: Explicitly configure legacy access policies

If you must continue using access policies, you must specify them in:

  • Azure CLI
  • PowerShell
  • REST API
  • ARM templates
  • Bicep
  • Terraform

If you do not explicitly configure this, new vaults will default to RBAC, which can break existing automation.

Common Risks If You Delay

  • Application authentication failures
  • CI/CD pipeline errors
  • Production outages due to missing roles
  • Security gaps caused by misconfigured permissions

This is especially risky for businesses running enterprise workloads, DevOps pipelines, or regulated systems.

How DigitalBerg Helps

At DigitalBerg, we help organisations prepare for platform-level changes like this by designing secure, Azure-ready infrastructure that scales with future updates.

Our servers and cloud solutions are optimised for:

  • Azure-integrated workloads
  • Secure key management
  • Enterprise DevOps pipelines
  • Hybrid and multi-cloud environments

Learn more about our infrastructure services here:

DigitalBerg Servers: https://digitalberg.com

Final Thoughts

The transition to Azure RBAC is mandatory — a security evolution. Planning early gives you time to test, migrate, and secure your environment without pressure.

If you manage Azure infrastructure today, now is the right time to review your Key Vault strategy.

Useful Resources

Microsoft Azure Key Vault documentation

Microsoft Q&A community support

Azure RBAC best practices

Azure

Azure Key Vault

Azure RBAC

Microsoft Azure

Cloud Security

DevOps

Enterprise Cloud

DigitalBerg

Infrastructure Security

Exploring Windows Server Hosting for Enhanced Business Operations

In 2026, digital infrastructure is the backbone of high-performing enterprises. Businesses of all scales recognise the strategic necessity of robust, secure, and scalable server solutions. Windows Server hosting is a premier choice, empowering organisations to streamline operations, enhance security, and support innovation. With Microsoft’s continued advancements in server technology and cloud integration, Windows Server hosting delivers reliability, versatility, and seamless compatibility with business-critical applications. This exploration provides senior professionals with a comprehensive analysis of Windows server hosting, highlighting its benefits, use cases, and strategic impact on modern business operations.

The Fundamentals of Windows Server Hosting

Defining Windows Server Hosting

Windows Server hosting refers to the deployment of server resources—physical or virtual—running Microsoft Windows Server. Providers offer tailored environments for hosting applications, databases, websites, and virtual desktops. The service can be delivered as dedicated hosting (isolated hardware), VPS (virtual private server), or cloud-based solutions. Windows server hosting is particularly valuable for organisations leveraging .NET applications, Microsoft SQL Server, Active Directory, and other Microsoft-centric tools, as it ensures optimal compatibility and performance.

Key Features and Capabilities

Windows server hosting provides a suite of features tailored to business needs. Core capabilities include advanced security protocols, centralised user management via Active Directory, seamless integration with Microsoft 365, and built-in support for remote desktop services. With the latest Windows Server versions, organisations benefit from automated patching, hybrid cloud connectivity, and container support for modern development workflows. These features enable IT departments to efficiently manage infrastructure, reduce administrative overhead, and maintain regulatory compliance, all while supporting dynamic business growth.

Types of Windows Server Hosting Solutions

Businesses in 2026 can choose from several hosting models:

  • Dedicated Windows Server Hosting: Offers maximum control and performance, ideal for resource-intensive workloads.
  • Windows VPS Hosting: Provides cost-effective, scalable virtual environments with dedicated resources.
  • Cloud-Based Windows Server Hosting: Delivers flexibility, high availability, and easy scalability through platforms like Microsoft Azure.

Selecting the right model depends on factors such as workload demands, compliance requirements, and budget. Each option provides distinct advantages, allowing organisations to align IT infrastructure with strategic objectives.

Strategic Benefits of Windows Server Hosting

Enhanced Security and Compliance

Security is paramount in today’s digital landscape, with cyber threats growing more sophisticated. Windows server hosting incorporates multi-layered security measures, including BitLocker encryption, Windows Defender, and advanced firewall configurations. Role-based access control and integration with Azure Active Directory further safeguard sensitive data. For sectors like healthcare and finance, Windows server hosting supports compliance with standards such as HIPAA, GDPR, and PCI DSS, ensuring data protection and regulatory alignment. Organisations can leverage built-in auditing tools to monitor user activity and detect anomalies in real time.

Reliability and High Availability

Business continuity depends on an infrastructure that is both reliable and resilient. Windows server hosting solutions are architected to minimise downtime through features such as failover clustering, redundant hardware, and automatic backup services. In the event of hardware failure or cyberattack, rapid failover and disaster recovery tools ensure uninterrupted service and data integrity. Cloud-based Windows server hosting further enhances availability by leveraging geographically distributed data centres, guaranteeing uptime SLAs that meet enterprise expectations.

Seamless Integration with Microsoft Ecosystem

A defining advantage of Windows server hosting is its deep integration with other Microsoft products. Businesses can synchronise on-premises and cloud directories, streamline authentication via Active Directory Federation Services, and automate workflows using PowerShell scripts. Integration with Microsoft 365 boosts productivity by enabling single sign-on and unified identity management. These capabilities reduce IT friction, simplify user experience, and support hybrid work environments—a necessity in 2026’s distributed workforce landscape.

Use Cases: How Businesses Leverage Windows Server Hosting

Hosting Business-Critical Applications

Organisations across industries deploy Windows server hosting to run essential applications such as enterprise resource planning (ERP), customer relationship management (CRM), and proprietary business software. For example, a manufacturing firm might host its inventory management system on a dedicated Windows server, ensuring fast response times and high reliability. Hosting these applications on a secure, scalable platform minimises latency, simplifies updates, and supports growing user bases without disruptive migrations.

Managing Databases and Data Warehousing

Windows server hosting is a preferred platform for running Microsoft SQL Server and other database solutions. Financial institutions, for example, rely on hosted SQL environments for secure, compliant storage and rapid analytics. Integrated backup and replication features ensure data resilience, while granular access controls protect sensitive information. With support for data warehousing and business intelligence tools, Windows server hosting empowers organizations to extract actionable insights from vast datasets in real time.

Supporting Virtual Desktop Infrastructure (VDI)

In the era of remote and hybrid work, Virtual Desktop Infrastructure (VDI) solutions hosted on Windows servers offer secure access to corporate desktops from any location. Enterprises in sectors such as consulting and education deploy VDI to ensure consistent user experiences, enforce security policies, and streamline IT management. Windows server hosting delivers the computing power and network reliability required to support large-scale VDI deployments, enabling flexible work arrangements without compromising security or performance.

Case Studies: Windows Server Hosting in Action

Case Study 1: Healthcare Provider Strengthens Compliance and Uptime

A leading healthcare network migrated its electronic health record (EHR) system to a dedicated Windows server hosting environment in early 2026. The move was driven by the need to meet HIPAA and GDPR requirements while ensuring 24/7 availability. With built-in encryption, automated backups, and real-time monitoring, the organization reduced compliance risks and minimized downtime during peak usage periods. Staff productivity increased as clinicians accessed secure records from any facility, and IT teams reported a 30% reduction in incident response times.

Case Study 2: Retail Giant Achieves Scalability and Cost Savings

A multinational retail chain adopted cloud-based Windows server hosting to support its expanding e-commerce operations. Seasonal spikes in website traffic previously led to performance bottlenecks and lost sales opportunities. By migrating to a scalable Windows cloud hosting platform, the retailer instantly provisioned resources during high-demand periods and scaled back during off-peak times, optimizing costs. Integration with Microsoft Dynamics 365 enabled seamless inventory updates and order processing, resulting in a 25% increase in customer satisfaction scores.

Case Study 3: Financial Services Firm Enhances Data Security

A mid-sized financial advisory firm selected Windows server hosting for its robust security controls and compliance capabilities. By leveraging multi-factor authentication, role-based access, and encrypted data storage, the firm passed external audits without incident. Real-time alerts and centralized management streamlined regulatory reporting, freeing IT resources for strategic initiatives. The move to a managed Windows server hosting solution led to a 40% reduction in security incidents over twelve months.

Technical Considerations and Best Practices

Choosing the Right Hosting Provider

Selecting a Windows server hosting provider requires careful evaluation of reliability, scalability, support, and security standards. Decision-makers should assess service level agreements (SLAs), data center certifications (such as ISO 27001), and the provider’s expertise in Microsoft technologies. Look for transparent pricing models, proactive monitoring, and 24/7 support to minimize operational risks. It is advisable to request references or case studies to validate performance claims and review the provider’s track record for uptime and incident response.

Optimizing Performance and Scalability

For optimal performance, businesses should align server configurations with application requirements. This involves right-sizing CPU, memory, and storage resources, enabling load balancing, and leveraging caching mechanisms for high-traffic applications. Regularly monitoring server health and usage patterns enables proactive scaling and prevents bottlenecks. Businesses using cloud-based Windows server hosting can take advantage of auto-scaling and geographic redundancy to accommodate fluctuating workloads and ensure resilient service delivery.

Ensuring Security and Compliance

Best practices for securing Windows server hosting environments include enforcing strong password policies, implementing network segmentation, and conducting regular vulnerability assessments. Leveraging native Windows security features—such as Just Enough Administration (JEA), Windows Defender ATP, and encrypted communications—further reduces risk. To support compliance, businesses should automate patch management and maintain comprehensive audit logs. Partnering with providers that offer compliance certifications simplifies regulatory reporting and enhances peace of mind for stakeholders.

Advanced Strategies for Maximising Value

Hybrid and Multi-Cloud Deployments

In 2026, hybrid and multi-cloud strategies are mainstream. Organisations combine on-premises Windows servers with public cloud resources to balance control and agility. Windows server hosting providers support hybrid identity, seamless file sharing, and unified management across environments. Multi-cloud approaches mitigate vendor lock-in and enhance disaster recovery capabilities. Senior professionals should evaluate workload portability, integration complexity, and unified monitoring tools when architecting hybrid or multi-cloud infrastructures.

Automation and Infrastructure as Code (IaC)

Automation has transformed server management. Organizations now deploy and configure Windows server hosting environments using Infrastructure as Code (IaC) tools such as Azure Resource Manager and PowerShell DSC. Automated provisioning accelerates deployment cycles, minimizes manual errors, and ensures consistent configurations. Senior IT leaders are leveraging automation to implement self-healing infrastructure, rapid scaling, and streamlined patch management, ultimately driving operational efficiency and cost savings.

Monitoring, Analytics, and Proactive Management

Continuous monitoring and analytics are essential for maintaining optimal server performance and security. Windows server hosting solutions offer integrated dashboards, real-time alerts, and predictive analytics to help IT teams anticipate issues before they impact users. Proactive management enables organizations to optimize resource utilization, maintain SLAs, and swiftly resolve incidents. By leveraging actionable insights from monitoring tools, businesses can drive continuous improvement in their hosting environments.

Actionable Takeaways for Senior Professionals

  1. Align Hosting Model with Business Goals: Assess whether dedicated, VPS, or cloud-based Windows server hosting best suits your organization’s operational needs and growth trajectory.
  2. Prioritize Security and Compliance: Implement layered security controls, automate patching, and partner with compliant hosting providers to safeguard sensitive data.
  3. Leverage Microsoft Integration: Maximize productivity by integrating hosting environments with existing Microsoft 365, Azure, and Active Directory investments.
  4. Adopt Automation and Monitoring: Streamline management and improve resilience by embracing automation and continuous performance analytics.
  5. Plan for Scalability and Flexibility: Choose providers that offer elastic scaling, hybrid, and multi-cloud capabilities to future-proof business operations.

These strategies empower organizations to unlock the full potential of Windows server hosting and drive sustainable business success.

Next Steps: Evaluating and Migrating to Windows Server Hosting

Conducting a Comprehensive Needs Assessment

Begin by mapping current IT workloads, application dependencies, and compliance obligations. Engage key stakeholders in defining performance, availability, and security requirements. This assessment will inform the selection of the most suitable Windows server hosting model and provider, ensuring alignment with business strategy and minimizing migration risks.

Partnering with the Right Hosting Provider

Choose a provider with demonstrated expertise in Windows server environments, a robust support team, and transparent SLAs. Look for value-added services such as migration assistance, compliance support, and managed security. A strong partnership will streamline the transition, optimize ongoing management, and enable your organization to fully capitalize on the benefits of Windows server hosting.

Ensuring a Smooth Migration

Plan and execute the migration process in phases to minimize downtime and disruption. Leverage automated tools and expert support to migrate applications, data, and user profiles. Conduct thorough testing post-migration to validate performance, security, and integration. Ongoing staff training and documentation ensure a smooth transition and continued operational excellence.

Conclusion: Empowering Business Operations with Windows Server Hosting

Windows server hosting is a linchpin of modern business infrastructure, offering unparalleled security, reliability, and integration with the Microsoft ecosystem. As organisations in 2026 navigate complex digital landscapes, the strategic adoption of Windows server hosting enables them to innovate, scale, and remain resilient in the face of evolving challenges. By selecting the right hosting model, prioritizing security, and leveraging advanced management tools, senior professionals can position their enterprises for sustained success. Now is the time to evaluate your organization’s hosting strategy and unlock the full value of Windows server hosting for enhanced business operations.

Ready to elevate your business operations?

Explore top-tier Windows server hosting solutions tailored to your organization’s needs. Contact a trusted provider today for a personalized assessment and discover how Windows server hosting can drive your business forward in 2026 and beyond.

How to Configure an Additional IP Address

How to Configure an Additional IP Address

Applies to: AlmaLinux 8 & 9, Rocky Linux 8 & 9

For Digitalberg VPS & Dedicated Server Clients


To configure an additional IP address on your Digitalberg server, follow the steps below carefully. This guide assumes you are using NetworkManager.

Step 1: Identify Your Main Network Interface

Run the following command:

ip a

Note the name of the main network interface. This is usually something like eth0.


Step 2: Create a New Configuration File

Each additional IP requires a separate configuration file in the /etc/sysconfig/network-scripts/ directory.

Use this format for the file name:

ifcfg-NETWORK_INTERFACE:ID

For example, for the first alias on eth0, use:

ifcfg-eth0:0

Create the file using:

sudo nano /etc/sysconfig/network-scripts/ifcfg-eth0:0

Step 3: Add the Configuration

Paste the following lines into the new file, replacing the values with your actual interface and IP:

DEVICE=eth0:0
ONBOOT=yes
BOOTPROTO=none  # Use "static" for CentOS
IPADDR=ADDITIONAL_IP
NETMASK=255.255.255.255
BROADCAST=ADDITIONAL_IP

Save and close the file.


Step 4: Restart the Network Interface

Apply the changes with:

sudo systemctl restart NetworkManager

Troubleshooting

  • If the additional IP doesn’t respond after restarting NetworkManager, try rebooting the server.
  • You can also test the configuration by setting the IP manually:
ifconfig eth0:0 ADDITIONAL_IP netmask 255.255.255.255 broadcast ADDITIONAL_IP up

Then try pinging the IP from an external device.


Still Not Working?

If you’re still facing issues:

  1. Ensure the IP is correctly routed and assigned to your server from the Digitalberg client panel.
  2. Confirm that your firewall or security rules aren’t blocking traffic to the new IP.
  3. If you’re unsure, feel free to open a support ticket via your Digitalberg dashboard and share the following:
  • Your OS name and version
  • Name of the interface used
  • The full content of the new config file

How to Install Virtualmin and Webmin Control Panel – A Complete Guide

Are you seeking a powerful, free control panel to manage your dedicated server or VPS? Virtualmin and Webmin offer advanced server management with a user-friendly interface. This guide will help you install Virtualmin and Webmin step-by-step with all the necessary commands. 🚀

Why Choose Virtualmin & Webmin?

Free & Open-Source – No extra cost for a powerful control panel.
Feature-Rich – Includes DNS, database, email, and web server management.
Lightweight & Secure – Uses minimal resources with strong security.
Easy Management – Web-based interface for easy configuration.

Step 1: Update Your Server

Before installing Virtualmin, ensure your server is up-to-date.

sudo apt update && sudo apt upgrade -y

For CentOS/Rocky Linux:

yum update -y

Step 2: Download & Install Virtualmin

Run the following command to download and install Virtualmin:

wget http://software.virtualmin.com/gpl/scripts/install.sh
sudo chmod +x install.sh
sudo ./install.sh

The script will prompt you for input—choose default settings for an optimized setup.

Step 3: Access Virtualmin & Webmin

Once the installation is complete, access the Webmin control panel in your browser:

https://your-server-ip:10000/

🔑 Login Credentials:

  • Username: root
  • Password: Your root password

Step 4: Configure Virtualmin for Your Server

  1. Set Up Hostname: hostnamectl set-hostname yourdomain.com
  2. Add a Website:
    • Go to Virtualmin > Create Virtual Server.
    • Enter your domain name and settings.
    • Click Create Server.

Step 5: Secure Your Server

🔒 Enable Firewall

sudo ufw enable
sudo ufw allow 10000/tcp

🔑 Install an SSL Certificate (Let’s Encrypt)

  • In Virtualmin, navigate to Server Configuration > SSL Certificate.
  • Click Let’s Encrypt > Request Certificate.

How DigitalBerg Installs Virtualmin for You

If you buy a dedicated server from DigitalBerg, we handle the Virtualmin & Webmin installation for you! Our process includes:

Pre-configured Virtualmin/Webmin setup
Optimized security & performance settings
Full SSL and Firewall protection enabled
24/7 expert support for server management

🚀 Get a dedicated server today and let our team configure everything for you!

Conclusion

You have successfully installed Virtualmin and Webmin on your server! 🎉 Now, you can easily manage your websites, databases, and emails.

💡 Need a powerful dedicated server? Check out DigitalBerg’s dedicated servers for high performance and security.