kyTEM is the comprehensive test and management platform software developed by Kinyea Technologies, the platform software is based on the solution (.slt) and graphical programming mode, presented in the form of an integrated development environment (IDE). It can be widely used in automatic/ semi-automatic test and measurement, physical/semi-physical simulation, applications such as test solution development and validation.

kyTEM delivers exceptional versatility, scalability, and flexibility, freeing you from the tangle of low-level coding so you can concentrate on top-level workflow and pattern design. It keeps the spotlight on the automation-test management scenario itself, enhancing decision-making value output.

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  Solution-Based Visual Programming: Features test control projects, test control sequences, and a node library in a top-down hierarchical structure for efficient software program development and management.
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  Graphical Node Programming: Users can write programs by connecting graphical nodes together. This visual programming approach makes the program's structure and function easier to understand and debug.
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  Hardware Communication Support: Provides integrated communication with GPIB, Ethernet, USB, and serial protocol-compliant hardware (instruments/modules). All control commands are encapsulated as standard SCPI commands, offering particular convenience for non-standard hardware control.
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  User Management: Supports user account creation, modification, and deletion with configurable permission settings, enabling organized solution (.slt) planning and management.
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  Data Analysis & Visualization: Supports both basic arithmetic operations (addition, subtraction, multiplication, division) and custom data processing through dynamic C# code integration.

◀ Production Testing:
     The administrator designs, debugs, finalizes, and archives the solution in kyTEM. The operator can then quickly and conveniently invoke the finalized, non-modifiable solution for "one-click" execution and output.

◀ Distributed Testing:
     This process involves debugging individual sub-nodes, performing interactive debugging between sub-nodes, and conducting full system-level debugging.  Once the solution is finalized and archived, it can be invoked with"one-click" execution and output.