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Multi-tenant computing platforms are typically comprised of several softwareand hardware components including platform firmware, host operating systemkernel, virtualization monitor, and the actual tenant payloads that run on them(typically in a virtual machine, container, or application). This model is wellestablished in large scale commercial deployment, but the downside is that allplatform components and operators are in the Trusted Computing Base (TCB) ofthe tenant. This aspect is ill-suited for privacy-oriented workloads that aimto minimize the TCB footprint. Confidential computing presents a goodstepping-stone towards providing a quantifiable TCB for computing. Confidentialcomputing [1] requires the use of a HW-attested Trusted Execution Environmentsfor data-in-use protection. The RISC-V architecture presents a strongfoundation for meeting the requirements for Confidential Computing and othersecurity paradigms in a clean slate manner. This paper describes a referencearchitecture and discusses ISA, non-ISA and system-on-chip (SoC) requirementsfor confidential computing on RISC-V Platforms. It discusses proposed ISA andnon-ISA Extension for Confidential Virtual Machine for RISC-V platforms,referred to as CoVE.

CoVE: Towards Confidential Computing on RISC-V Platforms