browserwing and browser-operator-core

These are competitors offering overlapping browser automation solutions for AI agents, with BrowserWing focusing on efficient MCP command conversion while Browser Operator positions itself as a multi-agent platform alternative to commercial AI browsers.

browserwing
75
Verified
browser-operator-core
56
Established
Maintenance 17/25
Adoption 18/25
Maturity 22/25
Community 18/25
Maintenance 10/25
Adoption 10/25
Maturity 15/25
Community 21/25
Stars: 1,065
Forks: 94
Downloads: 1,831
Commits (30d): 13
Language: TypeScript
License: MIT
Stars: 469
Forks: 75
Downloads:
Commits (30d): 0
Language: TypeScript
License: BSD-3-Clause
No Dependents
No Package No Dependents

About browserwing

browserwing/browserwing

BrowserWing turns your browser actions into MCP commands Or Claude Skill, allowing AI agents to control browsers efficiently and reliably. Say goodbye to slow, token-heavy LLM interactions — let agents call commands directly for faster automation. Perfect for AI-driven tasks, browser automation, and boosting productivity.

Exposes 26+ HTTP API endpoints for granular browser control and supports visual script recording with replay capabilities, enabling non-developers to create automation workflows. Built on a Go backend with React frontend, it implements the Model Context Protocol (MCP) and Skills protocol natively, allowing seamless integration with Claude, OpenAI, and other AI platforms via standardized interfaces. Includes LLM-powered semantic data extraction and robust session management with cookie/storage handling for authenticated browsing scenarios.

About browser-operator-core

BrowserOperator/browser-operator-core

Browser Operator - The AI browser with built in Multi-Agent platform! Open source alternative to ChatGPT Atlas, Perplexity Comet, Dia and Microsoft CoPilot Edge Browser

Orchestrates multi-agent automation by coordinating specialized AI agents to handle complex web tasks autonomously. Supports 100+ models across providers (OpenAI, Claude, Groq, Ollama) with local-first privacy—all processing runs on your machine, enabling fully offline operation via LiteLLM proxy integration. Targets research, price tracking, and business automation workflows through extensible agent orchestration.

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