Semiconductor Manufacturing Faces Mounting Cyber Resilience Pressures
The semiconductor industry stands at a critical crossroads. As manufacturing facilities embrace smart automation and interconnected systems, they simultaneously become high-value targets for sophisticated cyber attacks. For equipment manufacturers like RORZE Corporation, this reality has transformed cybersecurity from a technical consideration into a fundamental business imperative—one that directly impacts their ability to compete in global markets.
The challenge is compounded by evolving regulatory landscapes. The European Union’s Cyber Resilience Act (EU CRA) and the international industrial control system security standard IEC 62443 now set stringent baseline requirements for products entering European and global markets. Manufacturers must demonstrate not just compliance, but genuine “security by design” embedded throughout their development processes.
RORZE, a pioneer in automated wafer transport systems holding one of the industry’s largest market shares, has partnered with Trellix and Tokyo Electron Devices (TED) to address these requirements head-on. This collaboration delivers comprehensive cybersecurity consulting aimed at both regulatory compliance and third-party certification for RORZE’s semiconductor wafer handling systems.
Why Supply Chain Security Cannot Wait
Semiconductor manufacturing plants represent critical infrastructure for modern society. A successful cyber attack on production equipment could cascade through global supply chains, affecting everything from automotive manufacturing to consumer electronics. Recognizing this systemic risk, regulatory bodies have established frameworks requiring manufacturers to prove their products meet rigorous security standards before market entry.
The EU CRA specifically mandates that connected products incorporate security from their earliest design stages. Meanwhile, IEC 62443-4-1 and IEC 62443-4-2 certifications provide internationally recognized benchmarks for industrial control system security—credentials increasingly demanded by semiconductor fabrication facilities worldwide.
A Phased Approach to Security Transformation
Trellix Professional Services will support RORZE through a structured, five-phase methodology leveraging global security expertise:
Assessment and Planning: The engagement begins with comprehensive gap analysis comparing RORZE’s current products and processes against CRA and IEC 62443 requirements, accompanied by formal risk assessment.
Secure Development Lifecycle Integration: Trellix will help RORZE embed security requirements directly into product design and development workflows, including implementation of Software Bill of Materials (SBOM) management—a critical component for supply chain transparency.
Advanced Security Validation: Technical teams will conduct vulnerability assessments, penetration testing, and validation exercises specifically aligned with IEC 62443 technical requirements.
Certification Support: As RORZE approaches formal certification, Trellix will provide audit preparation assistance, support creation of EU Declarations of Conformity (DoC), and guide the CE marking process.
Operational Readiness: Beyond initial certification, the partnership establishes ongoing capabilities including post-market vulnerability management through Product Security Incident Response Teams (PSIRT) and structured incident response processes.
Strategic Implications for Industrial Equipment Manufacturers
This three-way collaboration between RORZE, Trellix, and TED illustrates a broader shift in how industrial equipment manufacturers approach product security. According to Akihiko Sugimori, General Manager of Software Development at RORZE, the company positions cybersecurity as a “key management priority” rather than merely a technical function.
Hidemitsu Sakurai, Managing Director at Trellix Japan, emphasized that semiconductor manufacturing equipment faces “more stringent than ever before” security requirements, with the EU CRA specifically urging manufacturing industries toward security-by-design principles.
Tokyo Electron Devices brings longstanding embedded device and security solution expertise to the partnership, contributing deep manufacturing industry knowledge alongside Trellix’s cybersecurity specialization.
For semiconductor equipment manufacturers globally, this initiative signals that international security certification and regulatory compliance have become table stakes for market access—requiring specialized expertise, structured processes, and sustained organizational commitment.
About Trellix (Musarubra Japan Co., Ltd.)
Trellix is a global company redefining the future of cybersecurity. The company’s comprehensive, open, and native cybersecurity platform helps organizations facing today’s most advanced threats be confident that their operations are protected and resilient. Trellix security experts, along with an extensive partner ecosystem, accelerate innovation through data science and automation to deliver Living Security to more than 40,000 enterprise and government customers worldwide.
About Tokyo Electron Devices Ltd.
Tokyo Electron Devices aims to be a company that solves potential social issues by leveraging the power of both manufacturers and technology trading companies, and is promoting the social implementation of cutting-edge technologies, primarily semiconductors and IT.
We will contribute to the realization and sustainable development of a super smart society by discovering cutting-edge products and services that we have cultivated as a technology trading company and developing innovative solutions by strengthening our manufacturing capabilities.
