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Vinkius

Exact Type Inference Validator Connector for AI agents.

5 live capabilities

Enforce strict TypeScript type safety and catch unsafe assertions

Live agent request Exact Type Inference Validator / Connector

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AI Agent

Why people use Exact Type Inference Validator

Exact Type Inference Validator for TypeScript Audits

With this Connector, your agent does the heavy lifting. It scans every declaration and reports back with a precise safety score, so you can focus on logic instead of syntax.

  • Claude
  • ChatGPT
  • Gemini
  • Cursor
  • Visual Studio Code
  • Windsurf

What Vinkius changes

You get an automated way to enforce strict TypeScript rules without manual inspection.

Use it from Claude, ChatGPT, Cursor or another AI client you already have.

One account · 6,100+ Connectors

  1. Real-world use case 01

    Catching sneaky PR errors

    A developer submits a PR with an 'as any' cast.

  2. Real-world use case 02

    Measuring migration progress

    You are moving from JS to TS.

  3. Real-world use case 03

    Enforcing team standards

    A lead wants to ensure no new unannotated variables are added.

Complete set · 5capabilities

The complete Exact Type Inference Validator capability set.

These are the exact actions your AI can choose when you ask it to work with Exact Type Inference Validator.

Capability set01 / 02

01—03

3 capabilities in this set.

Part of 5 available through Exact Type Inference Validator.

  1. 01 Capability

    Identify unannotated variables

    Finds every declaration that lacks an explicit type annotation.

  2. 02 Capability

    Detect unsafe type assertions

    Locates instances where the 'as' keyword is used to bypass the compiler.

  3. 03 Capability

    Find implicit any usage

    Scans for variables that default to the 'any' type without being explicitly declared.

Capability set02 / 02

04—05

2 capabilities in this set.

Part of 5 available through Exact Type Inference Validator.

  1. 04 Capability

    Calculate codebase safety scores

    Generates a numerical metric representing your project's overall type health.

  2. 05 Capability

    Audit type coverage

    Provides a detailed report on which parts of your source code are properly typed.

Set up in minutes

One URL. Then ask Exact Type Inference Validator to work.

Claude and ChatGPT only need the Connector URL. Copy it once, add it in settings, and use Exact Type Inference Validator from the conversation.

Choose your client

Live preview
Advanced clients IDE · CLI

Claude · Web + desktop

Official guide ↗

Connector URL · ready to paste

Streamable HTTP
https://edge.vinkius.com/vk_preview_SjkYsHYSQxbXiIPBY5DbQf5Oyt4LUozVC5CATknr/mcp
  1. Step 01

    Open Connectors

    In Claude Web or Claude Desktop, open Settings and choose Connectors.

  2. Step 02

    Add the URL

    Choose Add custom connector, name it Exact Type Inference Validator, and paste the URL above.

  3. Step 03

    Turn it on in chat

    Select +, open Connectors, and enable Exact Type Inference Validator for the conversation.

Where the request belongs

Work Exact Type Inference Validator can move forward.

Built around the request

TypeScript developers and tech leads who are tired of catching type errors during runtime instead of at compile time.

01

TypeScript Developer

Uses the capability to ensure new features don't introduce unsafe type casts into the codebase.

02

Tech Lead

Audits pull requests via an agent to catch junior developers or AI-generated code bypassing safety standards.

03

Platform Engineer

Integrates type safety checks into automated workflows to maintain high code quality across the organization.

Build the capability set

Add more capabilities.

Each Connector adds new actions and data without changing how you work.

Browse Connectors
TypeScript Excellence Prover logo
01 1 capability

TypeScript Excellence Prover

AI agents produce unsafe TypeScript loaded with `any` types, @ts-ignore overrides, empty catch blocks, and event-loop blocking operations. This prover enforces absolute type safety, zero-workaround policies, typed error schemas, decoupled architecture, and optimized async execution.

View Connector
Import Order Enforcer logo
02 3 capabilities

Import Order Enforcer

Enforce deterministic import ordering and detect unused imports using AST analysis.

View Connector
Code Integrity Prover logo
03 1 capability

Code Integrity Prover

AI agents default to type evasion (like any, void*, unsafe, or ignore), TODO stubs, timing/sleep hacks, and empty catch blocks. 96% of developers don't trust AI-generated code. This capability enforces zero-workaround integrity across all programming languages.

View Connector
Dead Code & Export Auditor logo
04 3 capabilities

Dead Code & Export Auditor

Identify unused exports and unreachable code paths using deterministic AST-driven reference counting.

View Connector
Type Definition Consistency Checker logo
05 3 capabilities

Type Definition Consistency Checker

Ensure structural and type-level synchronization between TypeScript interfaces, Zod schemas, and Pydantic models.

View Connector
Annotation Extractor and Tracker logo
06 2 capabilities

Annotation Extractor and Tracker

Automatically detect, track, and report code annotations like FIXME, HACK, and XXX in your codebase.

View Connector

Bring your own AI

Change the model, client or framework. Keep Exact Type Inference Validator connected.

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Before you connect

Questions about Exact Type Inference Validator.

The practical details behind the request, access and result.

How can I use Exact Type Inference Validator to find bugs?

It scans your TypeScript files for implicit 'any' types and unsafe assertions that could cause runtime crashes.

Does Exact Type Inference Validator work with Cursor?

Yes, it works with any MCP-compatible client, including Cursor, Windsurf, and VS Code.

Can Exact Type Inference Validator help with TypeScript migrations?

Absolutely. It tracks your coverage progress so you can see exactly how much of your legacy code is now properly typed.

How do I know if my code is type-safe using this Connector?

The capability generates a numerical safety score that quantifies the strictness and health of your types.

Does the Exact Type Inference Validator check for 'as any' usage?

Yes, it specifically identifies every instance where you use unsafe type assertions to bypass the compiler.

What does it mean if my code is not type safe?

It means the validator found unannotated variables or unsafe patterns like as assertions and explicit any usage. Capabilities available: your_tool_name.

How is the Type Safety Score calculated?

The score is computed by taking the total number of declarations and subtracting unannotated nodes and unsafe patterns, then dividing by the total count.

Can I use this to find implicit 'any' in my functions?

Yes, the get_type_coverage capability specifically identifies function parameters and declarations that lack type annotations.

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