SEMI Semiconductor Cybersecurity Risk Rating Service
SEMI Semiconductor Cyber Security Risk Rating Service is a ‘foundation for cybersecurity assessment’ inspired by the cybersecurity framework of the National Institute of Standards and Technology (NIST) in the United States, covering common security practices to serve as a standard template that familiarizes the semiconductor ecosystem with security maturity assessment and benchmarking, so as to create a unique competitive edge for your business!
- Quantitative Risk Scores and Peer Comparison
- Comprehensive Risk Ratings and SEMI Cyber Security Assessment - Introductory
- Suggestions for Risk Enhancement and Immediate Review on Improvement Results
- Continuous Risk Ratings to Keep You Updated with Changes in Enterprise Risk Index
Semiconductor Cybersecurity Lesson
The lessons of security management best practices are provided to share with small and medium suppliers to improve security. It intends to empower emerging professionals with a conduit to bridge theoretical prowess with pragmatic application, to equip seasoned professionals with a broader perspective, and to facilitate personal enrichment and interactive growth within a thriving community.
SEMI Semiconductor Cybersecurity Resources
Semiconductor Cybersecurity Committee
SEMI Standards
SEMI Taiwan Semiconductor Cybersecurity Newsletter
Cybersecurity Reference Architecture for Semiconductor Manufacturing Environments
The SEMI Cybersecurity Reference Architecture for Semiconductor Manufacturing Environments, developed in collaboration with SEMI Taiwan's Semiconductor Cybersecurity Committee, is led by Dr. James Tu, Chairman of the Committee and Head of Corporate Information Security at TSMC, and Dr. Terence Liu, CEO of TXOne and Co-leader of the Committee's Fourth Working Group, along with Lifetime Chair Professor Winston Shieh from National Yang Ming Chiao Tung University and Co-leader of the Committee's Fourth Working Group. this guide is intended for those involved in the semiconductor manufacturing supply chain to implement critical security functions, including semiconductor wafer manufacturers, equipment vendors, and service providers. The reference architecture illustrates a comprehensive security strategy for the protection of the semiconductor manufacturing environment, typical components of the environment, critical cybersecurity functions and their correlation. This guide outlines a cybersecurity reference architecture for protecting the Semiconductor Manufacturing Environment.
SEMI E187 Reference Practice
With the rise of industry 4.0 and smart factories, new intelligent solutions like full automation, big data analysis and artificial intelligence are increasingly being adopted so that a variety of operational technology (OT) systems can be connected to networks. This brings great productivity, but also more cyberattacks. The main attack vector is a compromised device brought in by supply chain vendors, employees or contractors, that can interact with OT computers and networks. These trends have significantly increased cybersecurity risks of semiconductor manufacturing facilities. Therefore, more structured cybersecurity standards are required for semiconductor fabrication plants to protect fab equipment against various threats posed by malware.
This Document aims to define a common and minimum set of security requirements to secure semiconductor fab equipment by design and support security in operation and maintenance. The Document focuses on four major requirements of fab equipment discussed below: computer operating systems, network security, endpoint protection, and security monitor.
SEMI E187 Check list
The SEMI E187 Checklist was created under the leadership of SEMI Taiwan Cybersecurity Coomittee Working Group 1 leaders, Dr. Ares Cho, Division Director, Information and Communication Research Laboratory, ITRI and Mr. Leon Chang, Department Manager of IT Security Program, TSMC along with all its members.
It provides verification and assistance in evaluating compliance with the SEMI E187 specification according to the provisions of E187. It serves as a basis for assessing compliance when implementing the SEMI E187 Semiconductor Equipment Security Standard within an enterprise.