In EDAS, “open” means total freedom in how you build and deploy your automation. It is designed to work with any robot, hardware, or software by using standard industrial communication protocols. This allows seamless integration of devices from different vendors within a single project, eliminating the need for custom interfaces or proprietary constraints.
Traditional automation platforms often locked customers into proprietary ecosystems, limiting flexibility and slowing innovation. EDAS takes the opposite approach. It empowers manufacturers to integrate whatever tools they need from any brand by relying on open standards and protocol-based connectivity. This model simplifies upgrades and expands long-term compatibility.
Closed platforms restrict choice and scalability. When automation logic is tied to specific hardware or communication protocols, every change requires reengineering. EDAS avoids these pitfalls by supporting diverse robots and sensors in the same environment. This flexibility allows users to adapt quickly to new requirements without starting from scratch.
Standard protocols and data formats are at the core of EDAS. It supports widely used CAD formats like STEP, IGES, and STL. Once a cell is configured, compatible devices can be added or swapped with minimal rework. This streamlines project deployment in multi-vendor environments.
EDAS unifies the design, control, and metrology processes in a single software environment. Engineers can build projects using a reusable library of robots, scanners, and tools, reducing repetitive work. The platform applies consistent logic across devices, so new components can be introduced with simple configuration steps instead of full reprogramming.
Devices that use EtherNet/IP or Profinet can be added to EDAS projects without writing custom drivers. For example, integrating a new Keyence sensor is a matter of setting the correct IP address and protocol parameters. Since the protocol defines the interaction, not the brand, this model allows faster, more flexible deployments.
EDAS is designed to evolve with your factory. Its reliance on standard protocols and its modular architecture mean that new hardware generations can be adopted without disrupting existing workflows. Features like OPC UA and configurable remoting interfaces make it easy to integrate new technologies and extend system capabilities as your needs change.
Standardized communication protocols and shared project structures enable consistent automation across global facilities. With EDAS, teams can exchange projects, reuse device libraries, and operate with uniform logic, even when hardware brands differ. This reduces training overhead and simplifies global support and rollout.
