What is ChronoLink?
ChronoLink is an intelligent data linking and transformation platform that connects diverse information sources and turns them into structured, actionable outputs.

Why ChronoLink?
ChronoLink was born from the need to extract value from messy, unstructured data without complex setups. It's designed to empower users—technical or not—to visually build data pipelines, apply filters, integrate AI modules, and generate smart outputs. Created by ChronoScan Dev Team, ChronoLink is the next evolution in document intelligence tools.

Main features
Visual pipeline builder to link and transform data intuitively.
Connect to multiple data sources: PDFs, APIs, folders, and more.
Apply AI modules, filters, and logic blocks on the fly.
Integrated with Ollama for seamless local execution of LLMs.
Export to multiple formats, including JSON, CSV, or direct DB insertions.
Free for most use cases.
Ideal for document parsing, automation, and smart data transformation.
Fast, modular, and easy to integrate.
License
ChronoLink is free to use with local engines like Ollama, allowing full AI and automation capabilities without external costs. However, when using third-party services such as Gemini, GPT, or Google OCR, credits must be purchased to cover associated API usage fees.
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Visually Design Data Transformation Flows

A powerful editor lets you configure your data transformation pipelines graphically, with ease and precision.

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Built-in Human-in-the-Loop Flow

Enables human interaction to correct, enhance, or make decisions based on AI results or other automated processes. ChronoLink also provides precise synchronization between extracted data and the original document areas — a rarely implemented feature — allowing users to see and validate exactly where each piece of information comes from.

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Scheduled Tasks and Event-Driven Processes

Schedule processing tasks or respond to system and user events such as OnNewEmail, OnNewFile, or OnUserInvoiceReceived. AI prompts can also trigger new events, enabling complete agent-based programming.