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Whitepaper: Strengthen hybrid cloud resilience with OT cybersecurity best practice

Brief

Schneider Electric's 3 March 2026 whitepaper addresses growing OT–IT–cloud convergence in hybrid data centers and the resulting cyber risks to power, cooling and environmental systems. It prescribes a lifecycle cybersecurity framework—from vendor evaluation and OT network design to device hardening, secure remote access, firmware updates, monitoring and incident response—using defense-in-depth and zero-trust to preserve uptime without degrading performance or scalability.

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Securing power and cooling in an increasingly connected hybrid environment Read here

As hybrid cloud architectures expand, operational technology is becoming more interconnected with corporate IT, remote platforms, and cloud services. That connectivity improves visibility and efficiency but also introduces new cyber risk across power, cooling, and environmental systems that underpin uptime.

This Schneider Electric whitepaper outlines a lifecycle based cybersecurity framework for network connected infrastructure. From vendor evaluation and OT network design to device hardening and long term operations, it explains how defense in depth and zero trust principles help protect hybrid data center environments without compromising performance or scalability.

Inside you will learn:

How to apply defense in depth and zero trust to OT networks in hybrid cloud environments

What to evaluate in vendors to ensure secure by design and secure by operation practices

Best practices for device hardening, user management, and secure remote access

How to maintain firmware, monitor threats, and respond effectively across the data center lifecycle

Read here

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