LOGO SECLAB BLACK
Schneider Electric Partnership2026-09-29T18:33:11+02:00
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BUILDING A SAFER, MORE RESILIENT INDUSTRY!

Artificial intelligence is industrializing vulnerability discovery, and published flaws are exploited within days. But patching a PLC means waiting for the next maintenance shutdown, then retesting and requalifying the installation. In this context, a critical vulnerability can stay open for months.

In OT cybersecurity, Schneider Electric and Seclab deliver a joint response: an Xchange appliance placed inline on critical communications between Schneider Electric PLCs, DCS, and SIS, allowing only the communications strictly required by the process. The protection is deployed and maintained end to end by Schneider Electric teams in Europe.

Partenariat cybersécurité OT : Schneider x Seclab

Two complementary Areas of Expertise

SCHNEIDER ELECTRIC
Automation and OT Services

END-TO-END OT EXPERTISE

Schneider Electric’s OT cybersecurity teams in Europe manage the entire solution:

  • Architecture assessment: analyzing communications to define where to place the isolation points.
  • Supply, configuration, and integration: on-site implementation, as close as possible to the processes.
  • Testing and periodic maintenance: cybersecurity becomes part of existing automation service contracts.

SECLAB 
Xchange – Electronic AirGap

THE HARDWARE BARRIER

A dedicated configuration for securing Schneider Electric OT protocols, jointly developed by the two companies:

  • Hardware protocol break: placed inline on critical communications, the appliance eliminates any direct network connection between protected zones.
  • Fine-grained application-level filtering: only communications that use Schneider Electric protocols and are strictly required by the process are allowed between PLCs, DCS, and SIS.

Rock-Solid OT Protection

Hardware-Based Security
Isolation that is not exposed to the very flaws it is meant to block. Attackers cannot exploit a flow that is not explicitly allowed.

Process Continuity
Operation, redundancy, and no perceptible latency validated on Schneider Electric platforms. Security does not compromise availability.

CRA and NIS2 Compliance
Equipment and architectures designed to meet Cyber Resilience Act requirements and help critical operators fulfill their NIS2 obligations.

Secure Your Critical PLCs Today

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Frequently Asked Questions

How can you protect vulnerable industrial PLCs while waiting for a patch?2026-09-29T18:30:29+02:00

In an industrial environment, a vulnerability found in a PLC usually cannot be patched right away: you have to wait for the next maintenance shutdown, apply the patch, then retest and requalify the installation before bringing it back online. This window can last for months, while published flaws are now exploited within days.

What does the partnership between Schneider Electric and Seclab cover?2026-09-29T18:31:34+02:00

Schneider Electric and Seclab have adapted Seclab’s Electronic AirGap technology to Schneider Electric automation architectures. The result is a dedicated configuration for securing the OT protocols exchanged between programmable logic controllers (PLCs), distributed control systems (DCS), and safety instrumented systems (SIS).

Schneider Electric’s OT cybersecurity teams in Europe handle deployment end to end (assessment, supply, configuration, integration, testing, and periodic maintenance), which can complement existing automation service contracts.

Why choose hardware-based rather than software-based protection for OT?2026-09-29T18:32:20+02:00

A purely software-based security solution remains exposed to the same classes of vulnerabilities as the systems it protects. As AI industrializes vulnerability discovery, this risk keeps growing. Seclab’s Electronic AirGap technology provides a protocol break at the hardware level: no direct network connection is established between zones, and only legitimate exchanges are reconstructed and forwarded.

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