WebAssembly model execution engine based on TEE (Trusted Execution Environment)

Abstract

The invention discloses a WebAssembly model execution engine based on TEE. The WebAssembly model execution engine comprises a function analysis module, a function execution module, a memory managementmodule, a function management function module and interfaces. The interfaces comprise a credible layer interface and an uncredible layer interface, and the credible layer interface is composed of aninitialization function wam _ init compiled by Rust, a model calling function wam _ call and a closing function wam _ close; wherein the trusted layer interface is used for realizing that the functional module executes specific trusted operation in the SGX; the incredible layer interface is composed of an initialization function init compiled by Rust, a model calling function call, a closing function close and a C header file of a incredible layer compiled by a C language. Wherein the C header file is used for declaring an initialization function init, a model calling function call and a closing function clock, and the function init, the call and the clock are used for functional packaging of corresponding trusted layer codes. According to the WebAssembly model execution engine, the IntelSGX technology is adopted to modify the data sharing model execution engine, it is ensured that data cannot be stolen in the model execution process, and the credible model execution engine is achieved.

Description

technical field [0001] The invention belongs to the field of model execution engine design, and in particular relates to a TEE-based WebAssembly model execution engine. Background technique [0002] The current WebAssembly virtual machine runs directly in the normal environment, executing WebAssembly models without additional protection. In open environments such as cloud servers, programs and data run in untrusted environments, which are vulnerable to attacks and cannot guarantee the security of programs and data. Contents of the invention [0003] Aiming at the deficiencies of the prior art, the present invention proposes a TEE-based WebAssembly model execution engine. The WebAssembly model execution engine is executed in a trusted environment and can effectively guarantee the security of programs and data. [0004] The technical scheme adopted by the present invention is as follows: a TEE-based WebAssembly model execution engine, the WebAssembly model execution engine ...

AI Technical Summary

Problems solved by technology

In open environments such as cloud servers, programs and data run in an untrusted environment, which is vulnerable to attacks and cannot guarantee the security of programs and data

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