Interactive HTML/JS canvas with live OPC UA data binding for real-time process visualization

AI Canvas

AI-generated code imports directly into TIA Portal — no copy-paste needed

Auto-Import to TIA

Run up to 5 sub-agents in parallel with persistent memory, worktree isolation, and cross-session communication

Multi-Agent System

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Each developer works on a dedicated branch and commits independently. When a feature is ready, the team reviews it in a pull request and merges it into "main". The project lead sets a release tag for commissioning — the exact state is reproducible at any time.

Three developers, three branches, one project

How the commissioning team pulls a released state onto the laptop, downloads it to the physical PLC, and documents the as-built state back into the repository.

The commissioning engineer opens the repository on the laptop and pulls the released state — for example "release/site-XYZ-v2.1". The exact code is then available locally.

Check out release tag

The TIA Openness Manager imports all blocks, HMI elements, and UDTs in one step. The repository folder structure is recreated 1:1 inside TIA Portal.

Bulk import into TIA Portal

Compile status is visible per block. Errors can be jumped to and fixed directly — before the PLC is even connected.

Compile with live status

The verified state is downloaded from TIA Portal to the physical PLC. Commissioning runs with the code the team approved — no surprises on site.

Download to PLC

On-site adjustments — such as IP addresses, plant parameters, or ad-hoc corrections — are exported back and committed. The as-built state lands in the repository.

Export on-site adjustments

The real commissioning state gets a tag, for example "as-built/site-XYZ". When the plant needs an update two years later, that exact state is reproducible.

Push as-built tag

From repository to PLC — the commissioning flow

TIA Multi-User vs. Git

License Options

Extend beyond Siemens TIA Portal to a second PLC platform — starting with CODESYS 3.5 — through a vendor-neutral abstraction. The existing TIA integration stays intact; CODESYS runs alongside as a parallel path. MVP scope: project open/close, block export/import via PLCopenXML, compile, download.

Multi-vendor PLC support

Headless CLI test runner, xUnit XML + HTML reports compatible with Jenkins, GitHub Actions, and Azure DevOps. Compare-runs UI with side-by-side diff. Block-change detection flagging affected suites.

Unit Testing — CI/CD Integration

Digitally signed PDF reports (EN/DE), requirements-traceability matrix with Polarion / DOORS / Jira CSV import, safety-testing templates for F-CPU, sign-off workflow with immutable audit log, one-click audit-package ZIP.

Unit Testing — Audit Ready

Worst-case execution time profiling with regression alarms, automatic flaky-test quarantine, project-wide template library (Motor DOL/VFD, valve, PID, state machine, timer, counter), parameterized tests with CSV/Excel import, live metrics dashboard.

Unit Testing — Scale & Observability

Event monitoring with severity filters, event log with CSV export, historical trend charts with time-range picker and presets.

OPC UA event subscriptions & history charts

Modal dialog from the address-space context menu. Scalar and 1D-array input editors, output panel with status and error banner.

Method-call dialog with array editors

Inline chat (Ctrl+I) in the suite editor, AI-badge on generated tests, 11 MCP tools, hardened F-CPU safety guard.

AI writes unit tests

Create, start, stop, and download PLCSim instances from the app. Typed read/write for 28 S7 data types.

PLCSim instance manager + tag browser

Send a blocking sub-agent to the background, keep the main chat responsive, resume and review results on your own pace.

Sub-agent backgrounding (Ctrl+B)

Basic

Pro+

for the software "TIA Openness Manager"

Disclaimer

All content generated by an external LLM is created outside the provider's sphere of influence.

The provider assumes no responsibility for:

- Accuracy
- Functionality
- Security
- Completeness
- Industrial suitability
- Interpretation errors
- Hidden risks or logic errors


1. No Responsibility for LLM Outputs

The user bears full responsibility for:

- Review of all generated code
- Validation of all suggestions
- Integration into TIA Portal projects
- Tests, simulations, and acceptance procedures
- Compliance with internal processes and standards

The provider is **not** liable for engineering damages.


2. No Liability for Engineering Activities

When editing safety blocks (F_FB, F_FC, F_DB, F_OB) the following applies:

- **The four-eyes principle is mandatory** — AI-generated or automatically produced content must never be adopted without an independent second review
- Validation according to IEC 61508, IEC 62061, ISO 13849 and the relevant Siemens safety manuals lies exclusively with the user
- Pin-code and safety-login compliance per the plant risk assessment is the responsibility of the user

Any disregard voids all provider liability.


3. Safety-Related Controllers (F-CPU)

The software is a tool for qualified professionals.
All use is entirely at your own risk.


4. Use at Your Own Risk

Damages that occur despite review are limited to the liability limits defined in the EULA.

The provider is never liable beyond the amount of the license price.

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**© 2025-2026 AnyAutomation.**


Disclaimer

Disclaimer

1. No Responsibility for LLM Outputs

2. No Liability for Engineering Activities

3. Safety-Related Controllers (F-CPU)

4. Use at Your Own Risk

5. Limitation of Liability