LiquidText
The infinite workspace for deep document analysis and multi-source synthesis.
The Social Web Highlighter: Human-curated knowledge management with AI-driven synthesis.
Glasp represents a paradigm shift in knowledge management, moving from isolated 'read-it-later' silos to a 'social-curation' model. Technically, it functions as a DOM-injection browser layer that allows users to highlight web content, PDFs, and YouTube transcripts in real-time. By 2026, Glasp has solidified its position in the market by leveraging its proprietary 'Digital Twin' AI, which synthesizes a user's collective highlights into a searchable, conversational knowledge graph. Unlike competitors that focus on algorithmic discovery, Glasp prioritizes human-verified data, ensuring that the AI models trained on user highlights are grounded in high-signal content. Its architecture utilizes a robust GraphQL back-end to sync annotations across devices instantly, while offering deep integrations with the Obsidian, Notion, and Readwise ecosystems. The platform acts as a decentralized collective intelligence network where users can follow subject matter experts to see their curated learning paths, effectively turning the internet into a collaborative textbook. For enterprise and academic users, Glasp provides a bridge between raw information gathering and structured knowledge synthesis, significantly reducing the 'time-to-insight' for research-heavy workflows.
An LLM-driven agent trained specifically on a user's curated highlights, allowing users to query their own knowledge base using natural language.
The infinite workspace for deep document analysis and multi-source synthesis.
Empower your teams to learn, practice, and perform with AI-driven sales enablement and microlearning.
Transform fragmented datasets into navigable, high-fidelity neural knowledge graphs for RAG orchestration.
The minimalist's gateway to focused reading and intelligent content archival.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Visualizes relationships between disparate articles and highlights using tag-based clustering and semantic similarity.
Extracts transcripts in real-time and applies an AI summarization layer to generate structured notes.
A collaborative filtering system that surfaces content based on what high-reputation users in specific domains are highlighting.
Automatic ingestion of Amazon Kindle highlights via browser-based synchronization.
Canvas-based rendering of text highlights into optimized social media images with citations.
Native PDF highlighting support within the browser without requiring external software.
Manually organizing hundreds of citations from various PDFs and web journals.
Registry Updated:2/7/2026
Keeping track of competitor updates and market shifts across multiple news sites.
Inability to quickly search or reference content within long-form video tutorials.