Conecta Curie Measurement Prover a ChatGPT, Claude y Gemini

• 01 / 02Cómo cuantificar el riesgo
• 02 / 02Cómo validar resultados

Día más rápido

704ms

Día más lento

1159ms

Tendencia de 14 días

Ralentizando+14%

Curie Measurement Prover Connector

Todo listo. Elige tu cliente MCP y sigue las instrucciones de configuración.

Enlace del conectorhttps://edge.vinkius.com/vk_preview_CPb0xivIrSLYBuuZ7KzsZrT7gj3fFKipKNBJYSPo/mcpCopiar

Claude Desktop

Sigue los pasos siguientes para conectarte en segundos.

1. 1In Claude Desktop, open Settings → Connectors.
2. 2Click “Add custom connector” and paste the connector link above as the remote MCP server URL.
3. 3Click Add and start a new chat — Curie Measurement Prover capabilities are ready to use.

Configuración · claude_desktop_config.jsonCopiar

{
  "mcpServers": {
    "curie-measurement-prover-mcp": {
      "url": "https://edge.vinkius.com/vk_preview_CPb0xivIrSLYBuuZ7KzsZrT7gj3fFKipKNBJYSPo/mcp"
    }
  }
}

• Claude
• ChatGPT
• Cursor
• VS Code
• Windsurf
• Claude Code
• JetBrains
• Cline

Las instrucciones paso a paso para cada cliente están en la guía. Cómo conectar

¿Configuración guiada para Claude? Conectar Curie Measurement Prover con Claude y otras IA

Ve todos los clientes de IA con los que funciona este connector ↑

• 01

  Ingenieros de Procesos

  Para validar cambios en líneas de producción sin introducir variables ocultas.

• 02

  Analistas de Datos y QA

  Para transformar reportes subjetivos en métricas de rendimiento verificables.

• 03

  Gerentes de Operaciones

  Para evaluar el impacto real de cambios en proveedores o logística mediante datos cuantitativos.

• 01

  What does this MCP actually do?

  It acts as a logical validator that forces your AI client to use scientific rigor. It checks for proper measurement, variable isolation, cross-domain testing, persistence, and risk quantification.

• 02

  How do I use it with Claude or Cursor?

  Vinkius hosts the MCP for you. You simply connect your client to the Vinkius catalog once, and the capabilities become available to your agent immediately.

• 03

  Can it help me find out why a process failed?

  Yes. By using the isolation pivot, it helps you determine if a failure was caused by a specific variable or if you haven't tested enough variations to be sure.

• 04

  What is a 'Measurement Absent' verdict?

  This happens when an agent uses words like 'faster' or 'better' without providing a baseline, a method, an after-value, and a quantified delta.

• 05

  Does this require manual data entry?

  The agent uses the data you provide in your prompts to run the validation. It is a capability for the agent to process the information you give it.

• 06

  Is this only for performance optimization?

  No. Curie's method applies to any domain requiring empirical validation. process improvement (measure before/after cycle times, isolate each change), vendor evaluation (measure cost/quality/reliability, not 'it seems better'), risk assessment (quantify probability and impact, not 'the risk is minimal'), method selection (benchmark each candidate in isolation), controlled experiments (single variable, controlled conditions). Anywhere you would say 'better' or 'faster' or 'more reliable,' replace the adjective with a number.

• 07

  What if isolation is impractical?

  Sometimes variables are genuinely coupled. changing the supplier requires changing the delivery schedule. The engine does not demand artificial isolation. It demands AWARENESS of what was changed together and WHY isolation was impractical. Document: 'We changed X and Y together because X requires Y. We cannot isolate their effects. We accept that the 67% improvement is from X+Y combined, with Y alone contributing approximately 15% based on a separate controlled test.' Honest documentation of coupled changes is acceptable. Pretending 3 changes are one is not.

• 08

  How does it differ from the Watt Efficiency Prover?

  Watt validates EFFICIENCY ENGINEERING. finding waste, instrumenting baselines, designing feedback loops, isolating bottlenecks, quantifying improvements. It asks 'where is the bottleneck?' Curie validates EMPIRICAL RIGOR. measuring instead of claiming, isolating variables, cross-domain validation, persistence, risk quantification. It asks 'where is the number?' Watt finds WHERE to optimize. Curie proves THAT you optimized. Use Watt to identify bottlenecks. Use Curie to prove your fix actually worked. with numbers, not adjectives.

• 

  Flight Risk Assessment Prover Conector de IA

  A dispatch office cleared a flight into known CB activity with 'proceed with caution.' The crew never returned

  Ver
• 

  Katalon TestOps (AI Test Management) Conector de IA

  Manage test orchestration via Katalon TestOps — rerun test runs, monitor execution results, and audit software

  Ver
• 

  TestRail Conector de IA

  Browse TestRail suites, parse manual test specs, and monitor active runs seamlessly native within your convers

  Ver
• 

  TestLink Conector de IA

  Navigate your self-hosted TestLink instance to inspect test plans, suites, cases, and builds natively via your

  Ver

Sugerencias

• 

  Grafana k6 Cloud (Load Testing) Conector de IA

  Manage load tests via k6 Cloud — run tests, monitor performance metrics, and audit thresholds.

  Ver
• 

  TestMu AI (formerly LambdaTest) Conector de IA

  Manage cross-browser testing via TestMu AI — audit automation builds, inspect test sessions, and retrieve visu

  Ver
• 

  Kite Line Tangle Risk Assessment Conector de IA

  Predictive engine for calculating kite line entanglement probability.

  Ver
• 

  BrowserStack Conector de IA

  Automate testing via BrowserStack — manage projects, track test builds, fetch session logs, and monitor execut

  Ver