Hypatos
AI-First Intelligent Document Processing for the Autonomous Enterprise
Updated 11d ago
Has API
PricingFree
Free
Automated Invoice Processing
Tax Document Extraction
Purchase Order Reconciliation
Nanonets
4.8
Free Users highly praise Nanonets for its ease of use and 'one-click' model training. Most sentiment focuses on the dramatic reduction in manual data entry and the platform's ability to handle complex table structures which other OCR tools fail at.
Autonomous AI workflows to capture and automate data from any unstructured document in seconds.
Free pricingAPI availableUpdated 2026-03-17
Best fits
Automated Invoice ProcessingKYC Document Verification
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About Nanonets
Nanonets is a market-leading Intelligent Document Processing (IDP) platform that leverages proprietary deep learning models and Large Language Models (LLMs) to transform unstructured data into structured, actionable insights. By 2026, Nanonets has transitioned from a standard OCR provider to an 'Autonomous Workflow' engine, where its AI agents not only extract data but also perform multi-step validation, cross-referencing with external databases, and automated decision-making. The technical architecture is built on a few-shot learning framework, allowing enterprises to train highly accurate custom models with as few as 10 documents. This significantly reduces the time-to-value compared to legacy systems. Its 2026 market positioning focuses on 'Straight-Through Processing' (STP), aiming to eliminate human-in-the-loop requirements for 95% of document types. The platform is robust, API-first, and integrates deeply into ERP and CRM ecosystems, making it a critical component of the modern enterprise's hyper-automation stack. It supports a vast array of document types including invoices, receipts, ID cards, and complex legal contracts, providing high-fidelity JSON outputs optimized for downstream automation.
Core Capabilities
Nanonets is a market-leading Intelligent Document Processing (IDP) platform that leverages proprietary deep learning models and Large Language Models (LLMs) to transform unstructured data into structured, actionable insights.
