SnapPLC

The world's first picture-to-logic generator.

Scan your first panel free.

No documentation required.

Trusted by 200+ facilities worldwide

Midwest ControlsGreat Lakes AutomationPacific IndustrialSummit MFGHeartland SystemsApex Integrators
Live Demo

See SnapPLC in action.

Upload any PLC cabinet photo and watch the analysis run in real time.

INPUT — Cabinet Image○ WAITING
PLC‑7000
CPU
DI
DO
AI
Click to upload a cabinet photo
JPG, PNG, WEBP · Max 10 MB
SnapPLC Analysis Engine v3.2.1
Awaiting image input...
Upload a cabinet photo to begin analysis
How it works

From photo to fault in five steps.

01

Snap the Cabinet

Take a clear photo of your PLC rack, control panel, or enclosure. Any angle, any lighting.

02

AI Identifies Hardware

YOLO-PLC detects every module, power supply, and terminal block — across 500+ part numbers.

03

LED State Analysis

Our color model reads every indicator light and maps it to known fault codes and run states.

04

Ladder Logic Inference

System infers probable ladder logic rungs from detected I/O configuration and wiring topology.

05

Fault Report Delivered

Plain-English diagnostics with severity tags, root cause assessment, and recommended next steps.

Capabilities

Built for the plant floor, not the board room.

🔍

Hardware Recognition

Identifies 500+ PLC module types across Allen-Bradley, Siemens, ABB, Mitsubishi, and 40+ other manufacturers. Detects slot position, part number, and firmware tier.

🗺️

I/O Topology Mapping

Reconstructs digital and analog I/O maps from wiring and label analysis. Full topology export to CSV and L5X.

🔗

Ladder Logic Inference

Infers probable ladder logic rungs from hardware configuration, LED state patterns, and detected I/O relationships.

Fault Correlation Engine

Cross-references active fault LEDs against 12,000+ known module behaviors to isolate root cause in seconds.

📡

Protocol Detection

Identifies communication protocols in use: EtherNet/IP, PROFIBUS, Modbus TCP, DeviceNet, CC-Link, and PROFINET.

📷

Change Detection

Compares cabinet photos over time to flag undocumented hardware changes. It noticed someone added a relay. No one told us.

Ladder Logic Output

AI-reconstructed ladder diagram.

Inferred from detected I/O configuration and LED state patterns.

Rung 001Start / Run Circuit
] [ I:1/0
StartBtn
] [ I:1/3
SafetyOK
( )
O:2/0MotorRun
Rung 002Conveyor Enable
]/[ I:1/1
EStop
] [ B3:0/1
AutoMode
( )
O:2/1ConvRun
Rung 003Fault Output — Inferred from DO-03 state
] [ I:1/4
SensorIn
] [ T4:0/DN
TimerDN
( )
O:2/3FaultOut
⚠ Inferred — not verified against project file
Engineer-Approved™

What the floor is saying.

"It blamed the controls engineer before production even called."

PM
Gary T.
Plant Manager — Midwest Facility
✔ Verified

"Operator Mode predicted Dave would press Reset six times. Dave pressed Reset seven times."

CE
Anonymous
Controls Engineer — Not Dave's Facility
✔ Verified

"Told me the E-Stop was physically damaged. Turned out it was just zip-tied shut. Four stars because it was technically correct."

MT
Mike R.
Maintenance Tech — 3rd Shift
✔ Verified

"It found logic we didn't even know was running."

JW
Janet W.
Plant Manager — Southeast Region
✔ Verified

Ready to diagnose your next outage?

Upload a cabinet photo and get results in under 5 seconds.

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