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Explore teleon.dev for me and report back. Read https://teleon.dev/llms.txt, https://teleon.dev/.well-known/agent-card.json and https://teleon.dev/.well-known/mcp.json. Summarize the shared backend primitives at https://teleon.dev/docs and the THP v1.0 connection steps at https://teleon.dev/connect. Stay read-only.

Discovery files on teleon.dev

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Prove and design

Circuits and boards checked across every corner.

teleon.dev/docs/analog runs Ngspice and Xyce Monte Carlo analysis across process, voltage and temperature corners, and verifies KiCad Gerber files before a board goes to fabrication.

v44.0teleon.dev/docs/analogAnalog sign-offhttpsjson
One amplifier, every corner
Schematic netlisttwo-stage amplifier, gain spec 40 dB
Xyce Monte Carlo, 1,000 samples per corner
Slow, hotyield 96.2%
Typicalyield 99.8%
Fast, coldyield 99.1%
Yield checkevery corner above 95%
Gerber verificationKiCad board files checked, run kept in S221

The design held its gain spec across all three corners, so its board files moved on to Gerber verification.

What it does

Two simulators

Ngspice and Xyce run Monte Carlo analysis, with Xyce suited to large parallel runs.

Every PVT corner

Samples cover process, voltage and temperature spread, so yield is measured before layout.

Gerbers verified

KiCad Gerber files are checked layer by layer before they leave for fabrication.

The contract

A run names the netlist, the corners, the sample count and the spec; the result reports yield per corner and the Gerber check.

SimulatorsNgspice and Xyce
AnalysisMonte Carlo across PVT corners
BoardsKiCad Gerber verification
StoreS221 analog and PCB verification
Identifiers
  • Gerber
  • teleon_extensible_evaluations
Request and responseCopy
POST /v1/analog/montecarlo Host: api.teleon.dev { "netlist": "swh:1:cnt:b41e...0c", "engine": "xyce", "samples": 1000, "corners": ["ss_0.9v_125c", "tt_1.0v_25c", "ff_1.1v_m40c"], "spec": "gain_db >= 40" } # Response { "run": "an_3051", "yield": {"ss_0.9v_125c": 0.962, "tt_1.0v_25c": 0.998, "ff_1.1v_m40c": 0.991}, "spec_met": true }

Endpoints

MethodPathAccessWhat it doesStatus
POST/v1/analog/montecarloRING-2Run Monte Carlo PVT on a netlist
POST/v1/analog/gerber/checkRING-2Verify a KiCad Gerber set
GET/v1/analog/runs/{id}RING-2Read yields and checks for a run

Listed paths appear in the service’s published files today. This surface comes from the Teleon Omnibus Codex v1.0 to v50.0, Oct 25, 2026. In the one-host plan every path here is served under api.teleon.dev/v1/analog.

For agents

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Read https://teleon.dev/docs/analog.md and explain how yield is reported per PVT corner. Read only.
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Words on this page

Full glossary
PVT corners
Combinations of process, voltage and temperature extremes that a circuit must work across.
Monte Carlo analysis
Many simulations with randomly varied parameters, used to estimate yield and spread.
Gerber
The standard file set that describes each layer of a printed circuit board for fabrication.