Loading...

Announcing Trusted Launch as default in Azure Portal

Announcing Trusted Launch as default in Azure Portal

Malware attacks continue to adversely impact organizations across all industry verticals (2021: 5.4 billion, 2022: ~5.6 billion). Malware is a continuously evolving threat that requires organizations to take proper measures to keep IT infrastructure safe. Securing IT infrastructure is a top priority for organizations to prevent disruption to their business. Industry security best practices call for layered defense-in-depth techniques to thwart malware. Protecting IT infrastructure across the stack requires a collection of holistic security strategies that vary in operational complexity.

 

Azure recommends that organizations adopt ‘Secure-by-default’ mindset to ensure that their cloud infrastructure has a strong security posture before operationalization. To support this mindset, Azure is committed to providing industry-leading security solutions. One of the solutions Azure offers is Trusted Launch Virtual Machines (VMs). Trusted Launch protects VMs through Secure boot, measured boot, vTPM and integrity monitoring capabilities. It provides foundational security for your Azure VM to enable your workloads to run on a hardened VM. Trusted Launch security features allow administrators to deploy virtual machines with verified & signed bootloaders, and OS (operating systems) kernels. Integration with Microsoft Defender for Cloud provides continuous insights into VM configuration & health state.   security capabilities are available to you at no extra cost. These VMs have been generally available since Nov 2021.

 

In the spirit of ‘Secure-by-default’, today, we are announcing Trusted Launch virtual machines as default in Azure Portal. With Trusted Launch as default, the security settings in Portal are pre-set for you and no special attention is required. Any new VM created on Azure Portal will have Trusted Launch capabilities turned on by default.

 

How to create a Trusted Launch Virtual Machine

To create a Trusted Launch VM, login to and navigate to ‘Virtual Machines’ under Azure services. In the Create a virtual machine’ page, Trusted Launch and associated properties (secure boot, vTPM, integrity monitoring) are already by default to ensure Virtual Machines always have the foundational security posture Trusted Launch VM enables.

 

renukaprasad_0-1687472657380.png

 

Once the VM is created, you can verify Trusted Launch properties on the VM overview page. This ensures the VM is a Trusted Launch VM and protects against rootkits and bootkits.

 

renukaprasad_2-1687473079522.png  Deutsche Bahn AG, the national railway company of Germany runs on Trusted Launch.

 

Trusted Launch is essential for us to provide Windows 11 VMs and to be able to migrate existing Windows 10 machines to Windows 11. The additional benefit is a more enhanced security by providing Secure Boot and vTPM, which protects keys, certificates, and secrets. This leads to an improved trust of the Trusted Launch enabled VM

- Thorsten Lambrecht, Architect Virtual Workplace Services, Deutsche Bahn AG

 

renukaprasad_1-1687472657392.png

 

With Trusted Launch-as-default, Azure Portal organizations can now:

  • Improve foundational security of virtual machines by booting to a defined and trusted state. 
  • Protect against persistent malware such as boot kits and rootkits that are so sophisticated that they can run with the same kernel-mode privileges as the operating system they infect.  
  • Enable Credential guard (isolate & protect secrets, such as user passwords, and prevent compromise of the user’s credentials. Also protects derived domain credentials) backed by secure boot, and Virtualization based security and vTPM, pre-requisites for domain controllers. 
  • Gain continuous insights into your virtual machines for health state and boot chain integrity, plus remediate attestation (Microsoft Azure Attestation) failures via Microsoft Defender for Cloud.  
  • Ensure that your Windows 11 virtual machines meet Windows 11 pre-requisites by enabling UEFI (Unified Extensible Firmware Interface), vTPM and including secure boot to prevent lower layer malware.

For details on region presence, compatible OS images, VM sizes, and feature parity, refer to Trusted Launch documentation.

 

Further Reading

Published on:

Learn more
Azure Confidential Computing Blog articles
Azure Confidential Computing Blog articles

Azure Confidential Computing Blog articles

Share post:

Related posts

Playwright in Action: From Setup to Best Practices | Azure Developers JavaScript Day 2024

  Another excellent session was held during the Azure Developers JavaScript Day 2024 event! This time, the focus was on Playwr...

13 hours ago

What’s new across Azure Governance services, Microsoft Build 2024

Azure Governance Services have been undergoing exciting developments, with exciting new releases available in the past six months, aimed at pr...

1 day ago

Azure SDK Release (May 2024)

Stay up-to-date on the latest improvements and features with this comprehensive overview of Azure SDK's May 2024 release. The monthly release ...

1 day ago

Automatically enable system managed identity for App Service apps with Azure Policy

A common challenge when updating app service apps with the standard App service ARM template is the mandatory "serverFarmId" property. Th...

1 day ago

Automating Azure Remediation for Policy Initiatives with Azure PowerShell

Introduction and Current Challenges: Policy remediation is a critical aspect of Azure Policy, a service in Microsoft Azure used to create, ass...

1 day ago
Stay up to date with latest Microsoft Dynamics 365 and Power Platform news!
* Yes, I agree to the privacy policy