Modern engineering for industrial automation.
PLCforge brings PLC development, system context, standards, documentation, testing, and engineering history into one connected environment — giving controls teams a better way to build, understand, and maintain automation systems.
The problem
Your automation system is scattered across tools and files.
PLCforge connects the work.
The engineering truth behind a system lives in PLC code, electrical drawings, specifications, standards, documentation, I/O and device information, testing, revision history, and knowledge that never left an engineer's head.
The problem is not that these artifacts sit in different places. It is that their relationships are lost — so nothing can tell you how the implementation relates to the system it was built for.
See the Platform →Each artifact stays connected to the others, not only to the system — that is what makes standards, reuse and traceability possible.
What that makes possible
Standardize. Reuse. Understand.
Standardize
Turn engineering standards into repeatable execution.
Bring approved devices, patterns, tests, and engineering practices into the workflow, so consistency does not depend on individual memory.
Reuse
Build on proven engineering instead of starting over.
Capture reusable assets and implementation knowledge so completed work becomes the foundation for the next project.
Understand
Know what the system is, why it works that way, and what changed.
Connect system context, implementation, documentation, and history so engineers can modify systems with confidence.
The engineering record
An authoritative engineering record, created as you work.
PLCforge connects system design, reusable assets, PLC implementation, documentation, validation, and engineering history into a structured, versioned record of the system — built as a by-product of the engineering work itself.
The system of record for industrial automation.
See the Platform →AI
AI that understands the system, not just the code.
PLCforge agents work inside context that spans PLC logic, assets, specifications, drawings, system configuration, documentation, standards, testing, and engineering history. The differentiator is not access to a model — it is the engineering model underneath it.
Reasoning trace
“Why does Conveyor 02 hold when the upstream diverter is in manual?”
- 01 PLC logicFB_Conveyor › Interlocks
- 02 Device / assetConveyor · approved drive pattern
- 03 System specificationLine 4 › Conveyor 02
- 04 DocumentationSequence of operation §4.2
An explanation grounded in the system, not a guess from one file.
Illustrative example.
Compounding value
Every project makes the next one better.
Completed projects should not disappear into archive folders. Standards, reusable assets, tests, documentation, configurations, and successful implementation patterns feed back into your engineering foundation — so each project consumes organizational knowledge and contributes new knowledge back into it.
- 01Standards
- 02Reusable assets
- 03Project engineering
- 04Validated implementation
- 05Captured knowledge
- ↻Strengthens the foundation
Trust
Built for sensitive industrial engineering environments.
Your PLC code and local analysis run on your own machine. Code is not transmitted unless you invoke an AI feature — and what is transmitted is processed in transit only, not stored on our servers. We do not train models on your code.
Every one of those statements is drawn from our EULA and Privacy Policy.
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