Azure vs AWS for AI Apps: Faster Performance, Lower Complexity, Better Cost Control

Recommended category

Cloud, Azure, AI

Estimated reading time

8–10 minutes

Azure vs AWS for AI applications: what hands-on testing shows about performance, cost and complexity

Introduction

AI is now moving from experiments to real business systems. RAG-based applications and agentic AI are being used to speed up support, improve internal search, generate code, and automate work. The infrastructure choice matters because AI apps are sensitive to latency, rely on several connected services, and often handle valuable or regulated data.

A hands-on test by Principled Technologies compared two approaches to running an AI application using Azure OpenAI. One approach was to host the app on Azure. The other hosted the app on AWS while still calling Azure OpenAI for the model. The results showed clear performance advantages when the application was deployed fully on Azure, especially in the RAG search layer.

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SSD OpenStack VPS with Free Control Panel – 40% Lower Cost Cloud Servers for UK & Global Businesses

Why SSD OpenStack VPS is the Smart Choice for UK Businesses in 2026

Cloud hosting is no longer optional. It’s infrastructure.

If you’re running an e-commerce site, SaaS platform, agency project, or internal business system, you need speed, uptime, and scalability — without enterprise pricing.

That’s where DigitalBerg SSD OpenStack VPS changes the game.

We’ve reduced pricing by 40% while increasing performance and security.

What Makes OpenStack VPS Different?

OpenStack is an enterprise-grade cloud infrastructure used by global providers. Unlike traditional VPS hosting, OpenStack offers:

• High availability architecture

• Distributed storage

• Scalable compute resources

• Enterprise virtualisation

• Faster failover and redundancy

This means your server doesn’t depend on a single machine. It runs inside a cloud cluster.

Result?

Better uptime.

Better performance.

Better reliability. Read more

Maximising Website Speed with Unlimited SSD Web Hosting: A Technical Guide

Maximising Website Speed with Unlimited SSD Web Hosting: A Technical Guide

Slow-loading sites lose visitors before your content even appears. Your hosting setup plays a huge role in speed, but not all providers deliver on promises. This guide explains how unlimited SSD web hosting can reduce TTFB, improve Core Web Vitals, and power your site with deca-core CPUs and unlimited bandwidth from DigitalBerg. Read on to map every optimisation step to real-world hosting features that keep your site fast and ready for growth. For more insights on SSD hosting benefits, visit this guide.

SSD Performance Boosts

Unlocking the full potential of your website starts with understanding the power of SSDs. These modern drives significantly reduce loading times and elevate user satisfaction. Read more

VPS Hosting Explained: When to Choose a Virtual Private Server (and How DigitalBerg Makes It Simple)

VPS Hosting Explained: When to Choose a Virtual Private Server (and How DigitalBerg Makes It Simple)

Many small businesses outgrow shared hosting long before they realise it. Traffic spikes slow loading times, security feels shaky, and customisation hits a wall. That’s when a Virtual Private Server steps in — offering server isolation, root access, and scalable resources without the cost of a dedicated server. In this post, you’ll learn when VPS hosting makes sense and how DigitalBerg’s Cloud VPS combines SSD speed, deca-core power, and 24/7 expert support to keep your site fast and secure. For more information about Virtual Private Servers, you can visit this page.

Understanding VPS Hosting

To ensure your website runs smoothly and securely, it’s crucial to understand the different hosting options available. Let’s explore the concept of a Virtual Private Server and why it might be the right choice for your business.

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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

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

Create 19 Types of Websites With WordPress & DigitalBerg

At the point when individuals are choosing why they ought to utilize WordPress, we frequently get got some information about “can WordPress do? The answer is for the most part Yes. In this article, we will demonstrate to you 19 distinct sorts of sites you can make with WordPress without realizing any programming abilities.

Beginning With WordPress

You will require WordPress hosting by digitalberg and a domain name to begin with your WordPress site. Head over to our novice’s aide for complete orderly directions on the best way to introduce WordPress.

In the event that you simply need to play around with WordPress, then you can introduce it on you’re PC. Investigate our instructional exercises on the most proficient method to introduce WordPress on Windows and Mac PCs.

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Backup as a Service (BaaS)

Data backup service or BaaS is an easy solution for a remote and safe data storage in Digital Berg cloud, which is deployed in large data centers in London, Frankfurt, Amsterdam and Riga.

Customers are able to back up a wide range of data. The most popular data types are folders with Word and Excel documents, photos and videos, emails, different small and medium databases, accounting programs, CRM, ERP and BI systems, workstations, servers etc.

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DigitalBerg launches DaaS across Europe and Russia

Digitalberg has launched a cloud-based DaaS (Desktop as a Service) across data centers in London, Amsterdam, Frankfurt, Riga and Moscow to enhance work process with improved continuity and security. Now customers’ software and applications can be stored and processed remotely on demand, regardless of the geographical or organizational boundaries, creating a complete mobile workplace and ultimate user experience from anywhere in the world.

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