Observe and define
Explain what the circuit should do and what is happening. Attach photos and confirm its connections.
YOUR CIRCUIT HAS SOMETHING TO SAY
Understand the fault.
Verify the solution.
CircuitLab AI connects what you observe with what you can measure. An assistant for investigating electronic faults, testing hypotheses and checking every repair.
Made for learning, building and trying again.
ILLUSTRATIVE READING · TP2— VNo reading
First, understand the setup.
The objective, photos and a confirmed schematic form the starting point. Hidden connections require human confirmation.
This schematic and its values explain the workflow; they do not represent a real measurement.
01Linked evidence02Readings with sources03Human repairs04Recorded verification
A COMPLETE CYCLE
From “it doesn't work” to a concrete test.
Every step leaves a clearer question and a record you can review. A diagnosis can finish resolved or inconclusive.
Test hypotheses
Review possible causes and the evidence for or against them. The assistant proposes a check to tell them apart.
Measure and repair
Record a manual reading or use a bridge at instrumented points. You confirm the conditions and make the physical change.
Verify and keep the record
Compare new readings against the original criterion. Export a report with hypotheses, sources and a timeline.
A RECORD, BEYOND AN ANSWER
You can review how each conclusion was reached.
Photos, confirmed connections, hypotheses and measurements belong to the same session. Visual observations and electrical readings retain their context.
- Hypotheses linked to evidence
- Identified errors and missing readings
- Criteria fixed before diagnosis
- Readable reports and exportable JSON data
AN EXAMPLE OF TRACEABILITY
Schematic confirmed
Connections and points recorded by a person.
Measurement requested
The point, conditions and source of the reading.
Intervention recorded
The change stays in the timeline.
Follow-up check
The numerical criterion is evaluated without asking the model for an opinion.
A CONCRETE STARTING POINT
Three families. Plenty of useful questions.
The prototype focuses on low-voltage educational setups with confirmed schematics and test points.
01 / LED
LED + resistor
Connect the observed behavior with the power supply, confirmed connections and measurements in your setup.
02 / VOUT
Voltage divider
Compare the output voltage with the expected range and document the checks you performed.
03 / ADC
Analog sensor
Investigate unexpected readings and check voltages at previously instrumented points.
The initial catalog does not cover arbitrary circuits or multiple simultaneous faults.
BUILT FOR THE LABORATORY
Learn with the circuit in front of you.
For students, educators and prototyping teams who want to investigate a setup and keep a reviewable explanation of their tests.
Android at the bench. Web for review.
Capture evidence on your phone and review sessions, hypotheses and reports on a larger screen.
In English and Spanish.
The interface, reports and new diagnoses support both languages. Human-entered data retains its original language.
A prototype in development.
The AI integration uses Meta Model API when configured. Validation with the real model and real hardware remains part of the work ahead.
Before you enter
Do I need hardware to try it?
You can explore the system in simulation mode, clearly identified in the application. That mode tests the workflow without performing an AI diagnosis or establishing physical measurements. For a real circuit, record manual readings or configure a bridge and a calibrated board.
Can the AI repair the circuit for me?
A person carries out physical interventions. The assistant proposes checks and changes, but requires human confirmation. A photo does not establish electrical continuity or hidden connections.
Which circuits are in scope?
The initial scope covers an LED with resistor, a voltage divider and an analog sensor within the documented 0–5 V limits. Points and conditions are confirmed before measuring. Mains electricity, medical devices and arbitrary circuit repairs are outside the scope.
How do I access the laboratory?
Sign in with an account created by your installation's administrator. The sign-in page lets you choose English or Spanish. Analysis needs a connection to the API; using Meta requires provider credentials configured on the server.
YOUR NEXT TEST STARTS HERE
Give every repair a way to be verified.
Open a session, define what you expect from the circuit and start gathering evidence.