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Independent measurements of remote MCP servers. Every observation has a timestamp.

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MCP server · Code & DevOps

Thermoprops

By luisbedoia Verified namespace

Thermodynamic properties and cycles with CoolProp: fluid states, refrigeration, Rankine, Brayton.

Source codeMaps, travel & real estate
Connect to Thermoprops
Checks passed
13 / 22

1 failed · 8 not measured

Median response
72 ms

Median of successful probes over 7 days

30-day uptime
Not measured

Share of countable probes over 30 days, including daily rollups. Auth challenges are excluded.

Discovered tools
3

Tool definitions returned by this server

Independent monitoring

Health & checks

Status history

Responded

The server completed its last measured handshake. This is an observation, not a guarantee.

Last checked
Check summary by test group
Test areaPassedFailedUnmeasured
ConnectionCan a client connect and discover tools?
500
Reliability & speedDoes it respond consistently and quickly?
004
Access & authenticationWhat is required to use this server?
102
Tool qualityAre the tool definitions usable by an agent?
310
Publisher identityCan the publisher be traced to its source?
402

Unmeasured means there is not enough evidence to decide. How these checks work

Inspect individual checks 22 recorded

Core

  • Pass
    Reachable

    Latest probe returned HTTP 200 in 72 ms.

  • Pass
    Valid handshake

    protocolVersion 2025-11-25, serverInfo.name thermoprops.

  • Pass
    Lists tools

    tools/list returned 3 tools.

  • Pass
    Current protocol

    Negotiated 2025-11-25. The bar is 2025-06-18 or newer.

  • Pass
    HTTPS

    The endpoint URL is https.

Performance

  • Not measured
    Fast (p50)

    Median latency 72 ms over 1 samples in 7 days. The bar is 1000 ms. Need at least 5 samples.

  • Not measured
    Consistent (p95)

    95th percentile 72 ms over 1 samples in 7 days. The bar is 3000 ms. Need at least 20 samples.

  • Not measured
    Reliable (uptime)

    1 of 1 attempts returned a tool list in 30 days (100%). The bar is 99%. Need at least 30 samples.

  • Not measured
    Stable tool list

    Fewer than two successful probes in 30 days, so tool-list stability is not measured.

Access

  • Pass
    Open access

    tools/list succeeded with no credential, and the record declares none.

  • Not measured
    Standard auth

    Auth is not required, so the OAuth metadata check does not apply.

  • Not measured
    Free tier cited

    No publisher quote has been checked.

Tools

  • Pass
    Tools described

    Every tool description is at least 20 characters.

  • Pass
    Valid input schemas

    Every inputSchema is a JSON Schema object.

  • Fail
    Parameters documented

    3 of 6 parameters have a description (50%). The bar is 80%.

  • Pass
    Safety hints

    Every tool sets readOnlyHint or destructiveHint.

Publisher

  • Pass
    Verified namespace

    Listed in the Official MCP Registry.

  • Not measured
    Website matches publisher

    This namespace is not a reverse domain, so the website comparison does not apply.

  • Pass
    Source repo linked

    A repository URL is on file.

  • Pass
    Repo owner matches

    The GitHub repository owner matches the namespace login.

  • Pass
    Recently updated

    Updated 2026-11-11T15:33:47.733408Z, within 180 days.

  • Not measured
    Open-source licence

    The GitHub licence lookup has not returned an OSI result yet.

Start using Thermoprops

Connect to this server

Choose your client, copy the configuration, then enable the server in your client’s MCP settings.

Run this command in your terminal, then restart Claude Code.

Claude Code

claude mcp add --transport http thermoprops https://thermoprops-api.luisbedoia.workers.dev/mcp

Capabilities

Tools 3

fluid_state

A fluid's state from two properties, with CoolProp: T, P, h, s, x, v, and "properties" (D density, u, cp, cv, mu viscosity, k conductivity, Pr, Z, a speed of sound, g). state: "T = 25 °C, P = 1 bar", "P = 1 MPa, sat vapor". Processes and cycles: solve_worksheet.

Discovered
language_reference

The script language's whole manual, for what solve_worksheet's cheat sheet leaves out.

Discovered
solve_worksheet

Solves processes and whole cycles with CoolProp, written as a Thermoprops Worksheet script. Answers a table of the states, the printed results, errors by line, and a link that opens it solved with diagrams: give it to the user. One statement per line, # comments: fluid R134a units celsius # or kelvin, imperial reference ASHRAE # zero of h, s: DEF, ASHRAE (textbook refrigerant tables), IIR, NBP 1: T = -10 °C, sat vapor # two properties; sat liquid is x = 0 2: from 1, compressed to P = 1.2 MPa, eta = 80% 3: P = P2, sat liquid 4: from 3, throttled to P = P1 COP = (h1 - h4) / (h2 - h1) print COP, T2 in °F, cp2 Processes: isentropic, compressed/expanded (eta), throttled, isobaric, isothermal, isochoric, isenthalpic, polytropic (n). Properties: T P h s x D v u cp cv mu k Pr Z a g; states show T P h s x v, print others. Fluids: Air, Ammonia, Argon, CarbonDioxide, CarbonMonoxide, Ethanol, Helium, Hydrogen, IsoButane, Isopentane, Methane, n-Butane, n-Pentane, n-Propane, Nitrogen, Oxygen, R1234yf, R1234ze(E), R125, R134a, R143a, R152A, R22, R245fa, R32, R404A, R410A, R507A, Toluene, Water. More syntax: language_reference.

Discovered

Recent measurements

Probe history

View status
Latest stored probes. Raw probe rows are kept for 90 days.
CheckedResultResponseTools
Connected72 ms3

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