tholian-network/stealth
Stealth
Stealth is a distributed automation engine designed for headless browser orchestration, web scraping, and decentralized network coordination. It functions as a peer-to-peer framework that enables multiple nodes to align automated tasks, share cached web resources, and route traffic through a decentralized proxy architecture. By abstracting the underlying browser implementation, the project provides a unified interface for executing navigation and data extraction workflows across diverse environments.
The platform distinguishes itself through its ability to synchronize browser sessions and automated tasks across a network of participants without relying on centralized directory services. It utilizes multicast peer discovery to establish connections and employs consensus mechanisms to ensure consistent execution of shared objectives. This architecture allows for the creation of scalable scraping frameworks and decentralized proxy servers that optimize bandwidth and improve privacy by caching content and filtering malicious elements at the network level.
Beyond its core coordination capabilities, the project includes a comprehensive suite of tools for browser lifecycle management, user interaction recording, and cross-environment code execution. It supports robust data serialization and type verification to maintain state across isolated sandboxes, while providing utilities for network simulation and performance testing. The system also features remote browser hosting, allowing users to control navigation and inspect interface behavior through a standard web interface.
Features
- Peer-to-Peer Headless Browsers - Coordinates headless web navigation, data scraping, and proxy traffic across decentralized network nodes.
- Headless Browser Orchestrators - Provides a programmable interface for managing headless browser lifecycles and automating navigation across web environments.
- Automated Web Scraping - Executes headless browser scripts to extract structured data from websites while managing sessions and navigation.
- Distributed Task Coordination - Aligns automated tasks across multiple network participants using consensus mechanisms to ensure consistent execution.
- Peer-to-Peer Networking - Connects distributed nodes to share cached web resources and coordinate automated tasks without centralized servers.
- Traffic Proxying - Acts as a SOCKS or HTTP/S proxy to route external client traffic through a secure, audited, and caching connection.
- Consensus Workflow Coordinators - Facilitates peer-to-peer consensus and voting on shared objectives to ensure consistent execution across distributed nodes.
- Browser Automation Tools - Provides a programmable interface for controlling headless browsers to automate navigation, testing, and data extraction workflows.
- Web Scraping and Automation - Executes programmable web navigation and data extraction tasks through a headless interface supporting remote scripting.
- Web Scraping Frameworks - Coordinates programmable web data extraction tasks across multiple connected participants for scalable information gathering.
- Automated Extraction Schedulers - Executes web requests and data collection jobs on recurring schedules with incremental checks to optimize resource usage.
- Interaction Recording - Captures keyboard, mouse, and touch events to create reusable automation scripts that replicate human interaction patterns.
- Private Browsing Modes - Loads web pages with scripts and tracking APIs disabled by default to ensure secure navigation during sensitive sessions.
- Proxy Networks - Routes client traffic through a decentralized peer-to-peer architecture to enhance privacy and optimize bandwidth usage.
- Web Page Rendering - Fetches, parses, and displays web pages from local caches or remote sources for unified cross-platform viewing.
- Local Peer Discovery - Automatically identifies and connects to nearby network nodes using local protocols without centralized directory services.
- Traffic Routing Proxies - Routes external client requests through secure, audited, and caching proxy connections to improve privacy and performance.
- Peer-to-Peer Content Delivery - Synchronizes cached web content and network assets between trusted peers to reduce bandwidth and enable offline access.
- Cross-Environment Runtimes - Abstracts environment-specific differences to allow identical code execution across browser and server-side runtimes.
- Content Filtering - Blocks ads, trackers, and malicious elements using configurable rulesets to improve performance and user privacy.
- Rendering Engine Abstractions - Abstracts the underlying browser implementation to allow swapping display components while maintaining a unified interface.
- Browser Session Management - Tracks browser tab lifecycles and navigation events to maintain consistent application state during automated workflows.
- Web Caching - Stores web content locally using timestamps and file sizes to speed up data retrieval and verify information accuracy.
- Remote Browser Controllers - Delivers a browser interface as a web application for remote navigation control and inspection.
- URL-Pattern Extraction - Parses and exports specific media or text assets from web pages by applying custom rules to match URL patterns.
