No instructions for every measurement
Delegate the investigation without choosing every test point or directing every probe movement.
MCP-COMPATIBLE AI × PINPOINT V2
Let AI debug
your circuit boards
From selecting test points to analyzing results, AI runs the investigation.
MCP-compatible AI reads your board data, operates Pinpoint and your instruments, and repeats measurements, analysis, and follow-up tests without step-by-step instructions. Use the AI your company already deploys, as long as it supports MCP.
READ BOARD DATA → MEASURE → ANALYZE → TEST AGAIN
Autonomous AI debugging for electronics development, test teams, and research labs
AUTONOMOUS DEBUGGING
AI measures, analyzes, and narrows down the cause
Give MCP-compatible AI your board design data and the issue to investigate. It selects test points, operates the equipment, analyzes the results, and decides what to measure next.
INFORMATION FOR THE AI
Schematics and board layoutSymptoms and investigation goal
AI RUNNING THE INVESTIGATIONMCP-compatible AI
- 1
Read the board data
Read component connections and layout to choose the circuits and test points to investigate.
- 2
Measure the board
Move Pinpoint’s probes to the test points and acquire readings from the connected instruments.
- 3
Analyze the results
Compare readings with the intended circuit behavior and form hypotheses about the fault.
- 4
Choose the next test
Select further points and conditions to test the hypotheses, then continue measuring.
Feed measurements into the next decision and repeat testing and analysis automatically
WHAT YOUR TEAM RECEIVES
Measurements, likely causes, and recommended next actions
BENEFITS
Delegate the debugging investigation to AI
Reading diagrams, moving probes, interpreting results, and deciding on the next test form a repeated cycle. MCP-compatible AI and Pinpoint take on that cycle together.
| Debugging task | Before: an engineer runs each step | With Pinpoint: AI runs the investigation |
|---|---|---|
| 1Select test points | Review the circuit diagram and symptoms to choose each component and point to measure. | MCP-compatible AI AI reads the board data and chooses the circuits and test points relevant to the issue. |
| 2Measure the board | Align the probes, operate the instruments, and read the measurements. | AI → Pinpoint and instruments AI operates Pinpoint and the instruments to position the probes, make contact, and acquire readings. |
| 3Analyze the fault | Compare the measurements with the design and consider possible causes. | MCP-compatible AI AI compares readings with the board design and forms hypotheses about the cause. |
| 4Continue investigating | Choose another measurement and repeat the operation and analysis. | AI repeats testing and analysis AI decides on and performs the next test, using each result to narrow down the cause. |
Work on other development tasks
Spend less time operating the test setup and more time on design work and deciding how to address findings.
Use the equipment you already own
Combine your instruments and AI coding tools with Pinpoint to automate board debugging.
SYSTEM CONNECTIONS
Connect AI decisions to physical measurements
MCP-compatible AI directs the investigation. Pinpoint makes contact with the board, and your instruments capture real readings. Those readings return to the AI for its next decision and action.
MCP-compatible AI
↓ Test and operation commands ↑ Readings and device status
Your instruments
Measure voltages and signals
Pinpoint v2
Position probes under AI control
Your circuit board
Connect design data to the physical board
MCP is a common interface connecting AI to equipment. Your company’s existing MCP-compatible AI exchanges commands and results through connection software on your PC.
No separate Pinpoint AI fee
Use the MCP-compatible AI your company already deploys. AI costs, usage limits, and data handling follow the terms of your AI environment.
PROBE OPERATION
Two probes reach the points selected by AI
Two test needles move independently to contact separate points on the board. Movement, contact, measurement, and retraction follow the AI’s investigation sequence.
1 × 0.5 mm
Contact components just 1 mm long
The component in the video measures 1 × 0.5 mm. Its length is about the width of two 0.5 mm mechanical-pencil leads side by side. The tips contact the connections at each end of the component.
Two 0.5 mm leads, end-on
1 × 0.5 mm component
IMAGES & DEVICE STATUS
Bring board images into the investigation
Board images and device status complement measurement readings, giving the AI information about the physical setup as it investigates.
Capture components and contact points
USB microscopes and internal LEDs capture close views of components and probe contact positions.
Check the area around the probes
Distance sensors help detect cables and other objects within the working area.
GETTING STARTED
Set up the board and let AI investigate
Once started, AI selects test points, measures, analyzes, and performs follow-up tests.
- 1
Connect the hardware
Secure the board and connect Pinpoint and your instruments.
- 2
Share data and the goal
Provide the schematics, board layout, and symptoms to the AI.
- 3
AI runs the investigation
AI uses the design data to operate the equipment and analyze the readings in a repeated loop.
- 4
Review the findings
Receive the measurements and likely causes, then decide how to address them.
SPECIFICATIONS
Specifications
- Application
- Autonomous AI debugging using board design data
- AI control
- MCP-compatible AI
- Probes
- Two independently moving test needles
- Board size
- Up to 150 × 150 mm
- Small component access
- Contact at both ends of a 1 × 0.5 mm component
- Connected instruments
- Oscilloscopes, logic analyzers, and other test instruments
- Voltage, resistance, continuity, logic
- Measured by the connected instrument
FAQ
Frequently asked questions
Do I need to direct every measurement?
No. Given your board data and investigation goal, MCP-compatible AI selects test points, operates Pinpoint, analyzes the readings, and decides how to continue the investigation.
What do I need for autonomous debugging?
Provide the circuit board, schematics and layout, measurement instruments, and a PC running MCP-compatible AI. Set up the board, share the symptoms or goal with the AI, and start the investigation.
Can I use my existing instruments?
Share the model numbers and what you want to investigate. We review the electrical connections, AI control interface, and how readings are acquired, then advise on the setup.
Can we use the AI already deployed at our company?
Yes. You can use AI that supports MCP. You do not need to sign up for a specific AI service, and there is no separate Pinpoint AI subscription or token-based charge.
What onboarding and support are available?
We explain initial online onboarding for board data, instrument, and AI tool connections, along with product warranty and technical support, as part of your quotation.
Waitlist
Join the waitlist
We will email you about launch and product updates. Telling us how you would use Pinpoint and which instruments you have helps shape what we build next.
Contact us by emailMugbot
support@mugbot.dev
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