_PLATFORM_
_FEATURES
BROWSER IDE IEC 61131-3
ENGINEERING
Write IEC 61131-3 Structured Text in a browser IDE with zero installs and a workflow that isn’t tied to a Windows-only vendor toolchain. Multi-user editing and built-in versioning make it easier to keep one source of truth across a team.
Deploy the Virtual PLC runtime and the OT services you typically need around it, like OPC UA servers and an MQTT broker, as software services from the same managed platform. Run locally on any x86/ARM device with a Linux kernel.
Run Virtual PLCs with a fleet view instead of site-by-site independent assets. See version and deployment status across stations, push controlled updates to selected groups, and roll back quickly when needed, with a clear change history of what was deployed, where, and when.
OTee makes control and operational data available through a unified data layer, exposed through standard interfaces such as OPC UA, MQTT, and REST. This gives SCADA, historians, and other connected systems access to consistent contextualized data without building separate point-to-point integrations for each connection
Zero-Trust framework, with end-to-end encryption, role-based access control, certificate-based identity, and automated certificate management for enterprise OT environments.
Connect to field equipment using Ethernet-based industrial protocols with native drivers in the runtime. Modbus TCP and EtherNet/IP are available today; PROFINET, EtherCAT, and BACnet are on the roadmap.
Martha is built into OTee's IDE (not a third-party add-on) to help engineers translate existing logic into IEC 61131-3 Structured Text, improve code quality, and provide recommendations with QA checks.
_FAQ
What is OTee’s Virtual PLC?
OTee’s Virtual PLC is a software-defined PLC runtime that lets you run control logic on industrial Linux hardware instead of being tied to a proprietary PLC CPU. It can be deployed from the OTee platform, where engineering, deployment, versioning, rollout, rollback, and fleet management are handled centrally. In practice, that means you can build, deploy, and manage control systems with much more flexibility than in traditional hardware-bound PLC setups.
How does OTee virtualize its Virtual PLC?
How does OTee’s Virtual PLC performance compare to a traditional hardware PLC?
What hardware can OTee run on?
Where is the control logic executed?
Is OTee’s Virtual PLC secure?
Can OTee be used alongside legacy systems?
Is OTee’s Virtual PLC only for supervisory control?
Does OTee’s Virtual PLC need an internet connection to run?
