Ionos Launched Confidential Cloud Virtual Machines
The provider integrated AMD Epyc Turin hardware to enable hardware-level memory encryption for cloud workloads.
Updated on Sept. 21, 2026 in Cybersecurity
Live Poll
Do you trust cloud hosting providers to keep your sensitive business data secure?
Ionos has officially launched Confidential Virtual Machines within its public cloud infrastructure. This new offering serves as a data protection solution for enterprise users.
Why it matters
The integration provides organizations with an additional layer of security by isolating data during processing. It addresses the growing demand for hardware-enforced isolation in multi-tenant cloud environments.
The platform utilizes AMD Secure Encrypted Virtualization (SEV) and Secure Nested Paging (SNP) technologies. These hardware-level features are integrated directly onto the AMD Epyc Turin server processors.
The players
Ionos
A European cloud hosting and infrastructure provider offering scalable server solutions and data center management tools.
AMD
A semiconductor company known for designing high-performance computing processors and hardware-level security extensions like SEV-SNP.
The details
The service functions through AMD SEV-SNP, a security mechanism that encrypts the memory of virtual machines (VMs — software-based emulations of physical computers) to prevent unauthorized access by the hypervisor or other cloud tenants. By isolating the VM's memory state using the AMD Epyc Turin architecture, the system ensures that data remains encrypted even while being actively processed by the CPU.
Timeline
September 21, 2026: Official launch of Confidential Virtual Machines in the public cloud.
The Tech Race
This release follows the industry-wide trend toward hardware-level isolation defined by the Confidential Computing Consortium. It places Ionos in competition with major hyper-scalers that have already implemented AMD Epyc-based confidential computing tiers.
Users can now deploy these secure instances through the Data Center Designer interface or via API calls. This deployment requires specific hardware compatibility offered by the new AMD Epyc Turin instances.
The takeaway
Confidential computing is rapidly becoming a standard expectation for cloud security rather than a niche feature. Users should monitor future benchmark reports to compare the latency impacts of SEV-SNP encryption against their existing non-confidential workloads.
Further reading
For broader trends in infrastructure protection, see our coverage on Cybersecurity.
Source note: This article includes information reported by Telecompaper.
Live Poll
Do you trust cloud hosting providers to keep your sensitive business data secure?
