GEA Released Omni NG Industrial Control Panel
The Linux-based control system upgrades connectivity and security for automated factory environments.
Updated on Sept. 22, 2026 in Cybersecurity
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GEA has announced the release of its Omni NG control panel, a successor to its 2014-era predecessor that adds cloud readiness and Wi-Fi connectivity. The system transitions from a Windows-based architecture to Linux to address rising cybersecurity threats in automated manufacturing.
Why it matters
As factories become increasingly digitized, legacy control systems face higher security risks and limited data access. This upgrade provides the necessary software infrastructure to manage real-time factory data while moving toward compliance with updated international machinery safety standards.
The Omni NG replaces previous industrial PC hardware with a new Wi-Fi-enabled G-Plex module and a standalone touchscreen. The system shifts the operating environment from Windows to Linux to improve security and connectivity.
The players
GEA
A global process engineering company providing equipment and technology for food, beverage, and pharmaceutical manufacturing.
The details
The G-Plex module acts as the connectivity bridge, allowing mobile phones and tablets to interface with factory systems directly. By adopting a Linux-based operating system, the hardware gains modern cybersecurity features and cloud-ready capabilities not available in the original design. The new unit is backward compatible, allowing operators to integrate the updated controller into existing GEA hardware environments.
Timeline
2014: Original GEA Omni control panel introduced.
September 22, 2026: GEA Omni NG control panel officially announced.
The Tech Race
This release follows a decade-long product cycle for GEA's control hardware. It signals a move toward modernizing industrial control systems to meet the stringent security mandates of EU Machinery Regulation 2023/1230.
Factory operators will gain the ability to monitor and manage systems via mobile devices and cloud integration. The backward-compatible design allows existing facilities to upgrade their control architecture without requiring a full overhaul of their current equipment fleet.
The takeaway
The move to a Linux-based controller reflects a broader industry shift toward more secure, cloud-integrated factory operations. Operators should track the rollout of the G-Plex module to determine integration feasibility for their specific plant architectures.
Further reading
For broader trends in securing industrial networks, visit our Cybersecurity section.
Source note: This article includes information reported by Climatecontrolnews.
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