T/ZSA 37-2020 Mobile intelligent terminal password technology government enterprise application guideline
T/ZSA 37-2020 Mobile intelligent terminal password technology government enterprise application guideline
Basic Information
Scope
Scope: This document provides guidance on trusted boot of mobile intelligent terminals, app signing and verification, wireless LAN access, network transmission encryption, voice phone encryption, email encryption, user certificate login, electronic signature, instant messaging encryption, file encryption, etc. This document is applicable to governments and enterprises in planning, designing, and constructing cryptographic application systems for mobile intelligent terminals. Relevant manufacturers can refer to this document to build and provide services for cryptographic application systems for mobile intelligent terminals. Other units can refer to this document to apply cryptographic technologies to mobile intelligent terminals. Main technical content: Mobile intelligent terminals (MST) have become an important tool for governments and enterprises in information processing, and cryptographic technologies are increasingly widely used in protecting the security of mobile Internet systems. T/EMCG 001-2019 "Technical Framework for Cryptographic Modules of Mobile Intelligent Terminals" specifies four cryptographic module technical architectures for mobile intelligent terminals, which are used to guide manufacturers in designing and implementing cryptographic module products for mobile intelligent terminals. Cryptographic module users - governments and enterprises - need to understand the role of cryptographic technologies when planning mobile Internet information systems, and selecting cryptographic technology use scenarios and correctly using commercial cryptographic products are important aspects in promoting the use of cryptographic technologies. This document points out the scope, usage environment, and network security threats faced by government and enterprise mobile intelligent terminals, and provides normative explanations of 10 typical applications of cryptographic technologies for mobile intelligent terminals (including 4 basic applications and 6 system applic