Secure battery manufacturing with defense-in-depth cybersecurity: Protect your operations, IP and growth from evolving threats

Battery cell production depends on highly automated, interconnected systems where even brief disruptions can lead to significant operational and financial impact. As OT systems integrate with IT networks to enable real‑time monitoring, remote access, and data‑driven optimization, cybersecurity becomes a core engineering responsibility—not just an IT concern.

Battery cell production depends on highly automated, interconnected systems where even brief disruptions can lead to significant operational and financial impact. As OT systems integrate with IT networks to enable real‑time monitoring, remote access, and data‑driven optimization, cybersecurity becomes a core engineering responsibility—not just an IT concern.

This eBook presents a phased, defense‑in‑depth industrial cybersecurity approach aligned with IEC 62443 and designed specifically for battery cell manufacturing environments. It shows how security can be implemented step by step, without slowing production or innovation:

• Plant security – Establish a secure foundation by integrating physical and logical access controls, governance, and visibility into plant‑level risks—helping protect critical assets and proprietary processes.
• Network security – Secure IT/OT connectivity through segmentation, encrypted communication, Zero Trust principles, and controlled remote access to reduce exposure and support global collaboration.
• System integrity – Protect automation systems, controllers, HMIs, and industrial PCs through secure access management, vulnerability detection, and systematic remediation.

The eBook combines real‑world use cases with clear guidance to help battery manufacturers strengthen resilience, support compliance, and scale production securely. Whether expanding capacity or modernizing existing plants, this guide helps engineering teams turn cybersecurity into a strategic enabler.