Lowcode

Overview #

This component within the Voyager Gateway provides a visual environment for creating custom logic, data flows and automation workflows.
It allows users to design, test and deploy control logic and data processing routines directly through a browser-based interface without requiring traditional programming knowledge.
By representing data and process logic visually, it enables engineers and technicians to connect data sources, transform values and trigger automated actions across the entire production network.

Purpose and Role #

In modern manufacturing, data originates from many machines, systems and sensors that must work together in real time.
This environment serves as a bridge between raw industrial data and the applications that depend on it.
It offers an intuitive interface where users can define workflows that link inputs to process actions, calculations or notifications.
These workflows can automate repetitive tasks, respond instantly to events and coordinate activities across different systems, forming the foundation for intelligent and event driven production.

How It Works #

The system operates within the Voyager Gateway architecture and uses predefined functional blocks to represent data sources, logic operations and outputs.
Each block performs a specific task such as reading data, applying conditions or sending a message and can be linked visually to form complete workflows.
Once deployed, the workflows run continuously and process incoming data in real time.
Because execution occurs locally within the Gateway, latency remains minimal and data security is maintained inside the industrial network.
Users can observe live data paths, test logic and adjust configurations directly, enabling rapid iteration and continuous improvement.

Use in Manufacturing #

On the factory floor this functionality is used to automate common monitoring and control activities.
For instance, a workflow can detect when a machine exceeds a temperature threshold, automatically generate an alert and store relevant information for later analysis.
It can also calculate production efficiency, combine data from multiple systems or synchronize machine states between lines.
By simplifying integration and logic design, operational teams can implement adjustments quickly without the need for external programming support or controller modifications.

Integration and Flexibility #

This environment integrates smoothly with all other components of the Voyager Gateway.
It can read data from controllers, sensors or databases and send results to dashboards, reports or enterprise systems.
Workflows can interact with automation logic, visualization tools and external interfaces to create closed feedback loops between monitoring and control.
The structure is modular and scalable, allowing new functions and connectors to be added as production requirements evolve.
This makes it a central coordination layer that unites data processing, automation and communication within one cohesive platform.

Security and Governance #

Access to the environment is managed through authentication and role based permissions.
Only authorized users can create, view or modify workflows, ensuring full traceability of operational changes.
All workflow executions and edits are logged for auditing and configuration backups are stored within the Gateway.
The runtime operates in an isolated environment that prevents interference with core system components and protects network integrity.
These safeguards maintain the balance between user flexibility and system reliability.

Advantages and Best Practices #

This visual logic environment enables rapid creation of automation and data processing without deep coding expertise.
It reduces implementation time, supports experimentation and empowers production teams to respond quickly to process changes.
To ensure consistent performance, organizations should document workflow structures, apply naming conventions for variables and manage version control.
When combined with the Gateway’s data collection and visualization capabilities, this environment becomes a key enabler of adaptive manufacturing and continuous improvement.

Summary #

This component of the Voyager Gateway transforms the platform into a flexible and intelligent automation hub.
By allowing users to design and execute logic visually, it bridges the gap between operational systems and digital intelligence.
Through accessibility, control and integration, this environment enables manufacturers to automate processes, enhance responsiveness and create connected and efficient production systems.