Glossary Updates12 new terms added to the glossaries · October 2, 2026, 22:44 CEST
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Glossary · OT cybersecurity

KR CYBERTECH (KUKA)

Also known as: KUKA KR CYBERTECH

German: KR CYBERTECH

KR CYBERTECH is a product family of KUKA articulated industrial robots in the low payload range, designed for tasks such as handling, machine tending and arc welding. Despite the name, it is a robot series, not a cybersecurity product.

  • OT security
  • Vendor product

In one sentence

KR CYBERTECH is a KUKA series of articulated industrial robots in the low payload range, used for handling, machine tending and welding.

Example

A machine builder uses a KR CYBERTECH robot to load and unload parts from a CNC machine, controlled by a KUKA robot controller.

How it applies

  • Engineering: The series offers several variants with different reaches and payloads; the right variant depends on the application, cell layout and required cycle time. The robot is operated through a KUKA controller, and safety functions are configured in the controller's safety options.
  • Cybersecurity: Like any networked robot controller, the controller belongs in a protected Security zone, with controlled Remote access and managed user accounts. The product name does not imply particular security features.
  • Terminology: The "CYBER" in the name is a brand element. In term lists it is sometimes filed under cybersecurity by mistake; classify it as a robot product.
  • Documentation: When a machine manual covers a robot cell, refer to the robot manufacturer's own documentation for the robot and controller, and document only the integration: cell layout, safeguards, operating modes and interfaces.

Keep in mind: Product names, variants and features change. Check payloads, reaches and functions against KUKA's current documentation before citing them.

By knowledge.aitechdoc.world · Published September 26, 2026 · Last reviewed

Source: AI TechDoc Knowledge editorial definition, based on KUKA product information

Definitions follow the cited standards and specifications. Where a source is a copyrighted publication, such as an ISO, IEC or EN standard, the definition is a close paraphrase, not a verbatim quotation, so as not to infringe copyright. We recommend reading the original publication. The sections “How it applies” are editorial commentary by AI TechDoc Knowledge and are not part of any standard.

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