Protect the Fab Without Disrupting Yield
Zero-disruption OT security for semiconductor manufacturing, from cleanroom to enterprise
Protect fab equipment, process recipes, and cleanroom operations from cyber threats without impacting yield or tool performance. TXOne delivers agentless, network-based, and portable security designed specifically for semiconductor fabrication environments.
Semiconductor Manufacturing
Where process tools cost $5M-$50M and vendor restrictions prohibit software installation, security must work around the fab's constraints
Semiconductor fabs face a unique challenge: process tools costing $5M-$50M each run vendor-restricted operating systems that cannot accept security agents. Meanwhile, 56.8% of semiconductor organizations cite cybersecurity vulnerabilities as their number one business challenge with legacy Windows systems. TXOne protects your fab operations with security that works around vendor restrictions, cleanroom protocols, and zero-tolerance yield requirements.
THE CHALLENGE
semiconductor Security Challenges
Critical security challenges facing semiconductor organizations today.
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Yield-Critical Operations Allow Zero Disruption
Semiconductor fabrication requires precise environmental control where a single disruption can invalidate wafers worth millions. Security solutions must operate transparently with sub-millisecond latency and fail-safe mechanisms that guarantee production continues.
Yield-Critical Operations Allow Zero Disruption
Semiconductor fabrication requires precise environmental control where a single disruption can invalidate wafers worth millions. Security solutions must operate transparently with sub-millisecond latency and fail-safe mechanisms that guarantee production continues.
TXOne Semiconductor Protection
Network-based fab tool protection, cleanroom-safe media inspection, and legacy endpoint security engineered for zero yield impact.
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Fab Tool Protection Without Agents
EdgeIPS provides inline network protection for vendor-restricted fab equipment using deep packet inspection across 180+ industrial protocols, including semiconductor-specific communications. Transparent deployment requires no software installation on protected tools, with hardware bypass ensuring production continues uninterrupted.
Fab Tool Protection Without Agents
EdgeIPS provides inline network protection for vendor-restricted fab equipment using deep packet inspection across 180+ industrial protocols, including semiconductor-specific communications. Transparent deployment requires no software installation on protected tools, with hardware bypass ensuring production continues uninterrupted.
Measurable Business Outcomes
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Yield Impact
Yield Impact
WHY TXONE
Why TXOne for Semiconductor
Purpose-built OT security designed for the unique demands of semiconductor manufacturing.
Engineered for cleanroom environments with zero yield impact, sub-millisecond latency, and compatibility with all major tool vendors including ASML, Applied Materials, and LAM.
Legacy approach creates operational risk
Solutions aligned with SEMI E187 semiconductor cybersecurity standard requirements. Demonstrate compliance through documented controls and automated audit evidence.
Legacy approach creates operational risk
Protect process recipes and proprietary designs from exfiltration with command-level network enforcement across 180+ industrial protocols.
Legacy approach creates operational risk
LEARN MORE
Semiconductor Security Resources
Guides, datasheets, and case studies for semiconductor cybersecurity.
Securing Semiconductor Manufacturing: Tackling Cybersecurity Challenges in SECS/GEM Protocols
As the global demand for electronics continues to surge, the semiconductor market has reached unprecedented revenue levels. The industry’s value chain comprises four critical stages, each presenting unique cybersecurity challenges. Integrated Circuit Design Engineers design the layout and functionality of integrated circuits using Electronic Design Automation (EDA) tools. Photomask Production High-precision templates are created… Read more
![[On-Demand Webinar] Securing Semiconductor: Implementing SEMI E187 and E188](/assets/images/2c411622f3d85875e43e71d093a1933fdb4140bd-750x424.png?rect=36%2C0%2C678%2C424&w=3840&h=250&q=85&fit=max&auto=format)
[On-Demand Webinar] Securing Semiconductor: Implementing SEMI E187 and E188
This webinar has already been live. You can view it as on-demand by filling in the form. Pressure has been mounting on semiconductor manufacturing to better secure its operational technology (OT) infrastructure. This is due to several factors, including the critical importance of the industry’s output, its unusually high degree of automation, and its complex,… Read more
TXOne 2025 OT Cybersecurity Portfolio
Bringing Operation Focus to OT Security Our OT Zero Trust framework is set up to protect Cyber-Physical Systems (CPS) throughout their entire lifecycle. It consists of security inspection, endpoint protection, and network defense, with a centralized management platform. Security Inspection – Element The Element product line enables security inspection for assets and removable storage… Read more
See All Resources
Browse all resources related to semiconductor
NEXT STEP
Ready to Protect the Fab Without Disrupting Yield?
A TXOne engineer reviews your process tools, metrology equipment, and fab network; identifies the vendor-restricted systems and legacy MES endpoints most exposed to process-recipe exfiltration; and shows how agentless and network-based protection deploy without touching OEM-validated configurations or interrupting yield-sensitive production.