Protected secrets are, and will remain, the bedrock of any robust IT architecture. However, the transition to the cloud introduces a critical dilemma: traditional Hardware Security Modules (HSMs) are often prohibitively expensive and lack the scalability required by modern service providers. Conversely, the native Key Management Systems (KMS) offered by hyperscalers often force customers to compromise on digital sovereignty.
Plus, standard encryption methods fail to protect data while it is being processed (“in use”). In cloud environments, this creates a significant vulnerability that cybercriminals or state actors can exploit to access sensitive customer data – or, worst-case scenario, compromise the service provider’s entire infrastructure.
The enclaive virtual High Security Module (vHSM) bridges this gap by combining the unparalleled security of traditional HSMs with the agility of the cloud. Powered by Confidential Computing, the vHSM ensures “3D Encryption” – protecting data at rest, in transit, and in use within isolated hardware enclaves. This architecture delivers a new standard of key security – not even privileged administrators, cloud providers, or service providers have access –, and opens up opportunities in one of the fastest growing security markets.
Designed as a cloud-native, multi-tenant solution, the vHSM empowers MSPs and MSSPs to deliver highly secure, scalable managed services cost-effectively. It introduces a paradigm shift in security, featuring agile, post-quantum cryptography to future-proof client environments.
This document provides MSPs and MSSPs with an overview about the vHSM’s functionality and core features. Learn how to leverage this technology to differentiate your portfolio, enter high-security markets, and drive sustainable revenue growth.
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