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Withseismic MCP Server

What makes this MCP server template different from other implementations? This TypeScript-based MCP server provides zero-config setup with production-ready transport layers and real tool integrations, built as a practical alternative to over-engineered academic exercises.
Model Control Protocol server template for building AI agents that actually do things. A TypeScript-based MCP server that provides zero-config setup, production-ready transport layers, and real tool integrations. Built because most MCP implementations are over-engineered academic exercises.

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Explore the MCP server template

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React Tailwind Chrome Extension Template

How quickly can you start building with this Chrome extension template? You can start coding in 30 seconds instead of 30 minutes with this template that combines React 18, Tailwind CSS, TypeScript, and Vite with hot reload for popup, content scripts, and background workers.
Build Chrome extensions with modern tools and zero configuration. Start coding in 30 seconds, not 30 minutes. Combines React 18, Tailwind CSS, TypeScript, and Vite with hot reload for everything - popup, content scripts, and background workers. Chrome extension development without the pain.

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Site to Swagger

How do you reverse engineer APIs from websites? This tool turns any website into documented API by recording browser traffic through HAR files from DevTools, analyzing network requests, and generating complete Swagger/OpenAPI specs with automatic auth detection.
Turn any website into a fully documented API by recording browser traffic. Extract endpoints from DevTools and generate complete Swagger/OpenAPI documentation. Takes HAR files from browser DevTools, analyzes network requests, and generates complete API specs with automatic auth detection and schema inference.

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Start reverse engineering APIs

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NPM Definitely Not a Robot

How can you make browser automation undetectable? This Puppeteer wrapper adds natural curved mouse movements, human-like typing with typos and corrections, random micro-pauses, and browser fingerprint spoofing to pass bot detection systems.
A Puppeteer wrapper that makes your automation undetectable. Natural mouse movements, human-like typing, and behavioral patterns that pass bot detection. Adds natural curved mouse movements, human-like typing with typos and corrections, random micro-pauses, and browser fingerprint spoofing to standard Puppeteer.

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Make your bots undetectable

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Cursor Tools

What’s the concept behind building tools for Cursor IDE? It’s recursive productivity optimization—building tools with Cursor to make Cursor faster, enabling instant project scaffolding, AI rules, pattern learning, and automated refactoring workflows.
Building tools with Cursor to make Cursor faster, so we can build tools faster. It’s recursive productivity optimization. Provides instant project scaffolding with AI rules, pattern learning from your coding style, automated refactoring workflows, and context optimization for large codebases.

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Supercharge your Cursor IDE

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GTM Crawler

How do you connect cloud automation platforms to local code execution? GTM Crawler creates a secure tunnel that allows cloud platforms like Clay.com, N8n, or Make.com to execute local code, access GPU resources, run specialized tools, and interact with local databases.
Bridge the gap between cloud automation platforms and local code execution. Run specialized tools, AI models, and custom scripts from Clay.com, N8n, or Make.com. Creates a secure tunnel that allows cloud platforms to execute local code, access GPU resources, run specialized tools, and interact with local databases and file systems.

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Connect automation to local code

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Frequently Asked Questions

TypeScript provides zero-config setup with production-ready type safety that catches errors during development rather than runtime. Most MCP implementations are over-engineered academic exercises that ignore practical deployment needs. Our TypeScript-based approach eliminates configuration complexity while ensuring reliable tool integrations and transport layers that actually work in production environments.
You can start coding in 30 seconds instead of spending 30 minutes on setup. The template combines React 18, Tailwind CSS, TypeScript, and Vite with hot reload for everything - popup, content scripts, and background workers. This eliminates the typical Chrome extension development pain points and gets you building features immediately rather than wrestling with configuration.
Site to Swagger takes a practical approach by working with HAR files from browser DevTools that most developers are already familiar with. Instead of requiring specialized knowledge, it analyzes the network requests you can see in your browser and generates complete Swagger/OpenAPI documentation with automatic auth detection and schema inference. It’s reverse engineering made accessible.
The tool adds layers of human-like behavior that standard Puppeteer lacks: natural curved mouse movements instead of straight lines, human-like typing with realistic typos and corrections, random micro-pauses that mimic natural hesitation, and browser fingerprint spoofing to avoid detection signatures. These behavioral patterns help automation pass sophisticated bot detection systems.
It’s recursive productivity optimization - building tools with Cursor to make Cursor faster, so we can build even better tools faster. The philosophy is that great development environments should be extensible and customizable. By creating tools that enhance our primary IDE, we’re investing in our own productivity multiplier rather than working around limitations.
GTM Crawler creates a secure tunnel that allows cloud platforms like Clay.com, N8n, or Make.com to execute code on your local machine. This solves the common problem where cloud automation platforms are powerful but can’t access your local resources, specialized tools, GPU computing power, or private databases. The crawler makes local capabilities available to cloud workflows securely.
All projects are designed for production use, not academic exercises. They’re actively maintained, MIT licensed, and built to solve real problems we’ve encountered in client work. Each tool represents battle-tested solutions that have proven valuable in actual development workflows. They’re starting points for serious projects, not proof-of-concept demos.
Each project follows the same philosophy: solve real problems with minimal configuration and maximum practical value. We prioritize developer experience, clear documentation, and production-ready defaults. The tools are designed to work well independently but also complement each other when used together in development workflows.
Issues and PRs are genuinely welcome across all projects. These tools emerged from real development pain points, and the best improvements often come from others facing similar challenges. We maintain active repositories, respond to issues promptly, and incorporate valuable community feedback. The goal is building better tools together, not just publishing code.
We open source tools that solve common developer problems without revealing competitive advantages in our client work. If a tool makes development faster, easier, or more reliable for everyone, it becomes open source. Proprietary work focuses on specific business solutions and industry expertise rather than general-purpose development utilities.
All projects are MIT licensed and actively maintained. Issues and PRs welcome.
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