Bookmarks, read-later and web clipping

LSPosed is an Android runtime hooking framework and system modification tool. It enables the modification of application and system behavior in memory without altering original installation files, serving as a platform for distributing and managing community-created extension modules. The project provides a comprehensive suite for device and identity spoofing, including the ability to mask hardware identifiers, simulate geographic locations, and conceal root access or hooking frameworks to bypass security and integrity checks. It also functions as an application modder to unlock premium features, remove advertisements, and alter internal application logic. Its broader capabilities cover environment isolation, UI customization, and workflow automation. The system includes tools for intercepting system intents, managing isolated application profiles, and modifying visual elements across the operating system interface. Additional utility areas include network connectivity spoofing, GPS simulation, and the automation of repetitive academic or communication tasks.

This project serves as an agentic browser controller, providing a programmatic bridge that enables autonomous software agents to navigate web pages and interact with document elements. It functions as a browser automation protocol, facilitating headless browser operations and automated web interactions to perform repetitive tasks and end-to-end testing without manual human input. The system distinguishes itself by utilizing the Chrome DevTools Protocol to establish a bidirectional communication channel with the browser engine. This allows for protocol-based remote control, where external applications can execute complex commands, capture visual snapshots, and inspect document structures. To maintain stability and security, the controller manages session-isolated browser instances, ensuring that concurrent tasks remain independent through unique data directories. Beyond core automation, the project provides a middleware layer for remote browser debugging and programmatic web inspection. It supports asynchronous command execution to handle multi-step interactions without blocking the host application, and it offers tools to connect local or remote development environments to active browser sessions for consistent testing across various interfaces.

Markdownload is a browser extension that functions as a markdown web clipper, converting webpages and selected text into clean markdown files for offline storage and archiving. It operates as a content extractor that isolates the main document from the page while removing navigation elements and advertisements. The tool includes a template generator for injecting dynamic front-matter and metadata into documents via user-defined placeholders. It also serves as a local media downloader that saves remote images to the filesystem and updates links to reference those local files. Additionally, it acts as an integration tool to transfer captured web data and metadata directly into Obsidian vaults using custom URI schemes. The extension supports capturing content from all open browser tabs simultaneously and clipping specific highlighted text. Users can customize markdown styling for links and images, organize downloaded files into specific subfolders, and export media as formatted embeds or hyperlinks to the system clipboard.

This project is a comprehensive documentation site framework and static site generator theme designed to transform markdown files into professional, responsive websites. It functions as a technical content platform that supports complex documentation projects, including multi-project management, blog workflows, and advanced content formatting. By processing source files through an extensible pipeline, it generates self-contained HTML sites that can be hosted on any web server without a database. What distinguishes this framework is its focus on developer experience and highly configurable build-time orchestration. It features a live-preview server for real-time development and utilizes metadata-driven properties to control page-level behavior, such as search relevance and social card generation. The theme architecture is built on CSS variables, allowing for deep visual customization of color palettes, typography, and branding, while client-side navigation interception provides a responsive, single-page application experience for end users. The platform covers a broad capability surface for technical publishing, including interactive components like content tabs, collapsible admonitions, and sortable data tables. It provides extensive tools for code presentation, mathematical rendering, and image management, alongside robust search indexing and internationalization support. Developers can further extend the platform by injecting custom scripts and styles or by overriding default templates to meet specific project requirements. The project is configured through a centralized file, with support for project template initialization to accelerate setup. It includes automated asset optimization and privacy-focused features, such as the ability to self-host external assets and manage font loading.

This project is a markdown web clipper and local-first web archiver. It functions as a browser extension that extracts web page content and highlights, saving them as structured markdown files for personal knowledge management and long-term preservation. The utility acts as a template-based content extractor, transforming raw website data into formatted notes. It uses custom variables and processing filters to organize how captured information is structured before it is sent to a local directory.

Seal is a mobile application designed to retrieve video and audio content from various online platforms. It functions as a graphical interface that manages background transfer processes, allowing users to download and archive media files directly to their local device storage for offline access. The application distinguishes itself by acting as a bridge to powerful command-line utilities, orchestrating these external binaries to handle complex media extraction and file conversion tasks. Users can customize their experience through a declarative template system that defines specific execution parameters, while a centralized task manager enables concurrent batch processing of multiple media files. Beyond basic downloading, the project provides a comprehensive management interface that tracks transfer history, maintains download queues, and stores metadata using a local relational database. The application supports a variety of languages and is built to provide a consistent experience across different mobile screen sizes.

This project is a browser-based developer toolkit that provides a collection of offline-first utilities for common data transformations and encoding tasks. It functions as a static web application, bundling multiple independent productivity tools into a single-page interface designed for rapid technical task execution. The suite operates entirely on the client side, ensuring that all data processing occurs locally within the user browser without requiring a backend server or external service dependencies. This architecture prioritizes privacy and security by keeping sensitive information off the network, while background threads handle intensive operations to maintain interface responsiveness. The application utilizes reactive state management and component-based composition to provide a consistent experience across its various utilities. It supports persistent user preferences through local browser storage and enables navigation between different tools without requiring full page reloads.