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The IDP Well-Architected Custom Lens is intended for all AWS customers who use AWS to run intelligent document processing (IDP) solutions and are searching for guidance on how to build a secure, efficient, and reliable IDP solution on AWS. This post focuses on the Reliability pillar of the IDP solution.
With Intelligent Document Processing (IDP) leveraging artificial intelligence (AI), the task of extractingdata from large amounts of documents with differing types and structures becomes efficient and accurate. The following diagram is how we visualize these IDP phases.
The postprocessing component uses bounding box metadata from Amazon Textract for intelligent dataextraction. The postprocessing component is capable of extractingdata from complex, multi-format, multi-page PDF files with varying headers, footers, footnotes, and multi-column data.
The market size for multilingual content extraction and the gathering of relevant insights from unstructured documents (such as images, forms, and receipts) for information processing is rapidly increasing. We specifically used the Rhubarb Python framework to extract JSON schema -based data from the documents.
Enterprise customers can unlock significant value by harnessing the power of intelligent document processing (IDP) augmented with generative AI. By infusing IDP solutions with generative AI capabilities, organizations can revolutionize their document processing workflows, achieving exceptional levels of automation and reliability.
Developers face significant challenges when using foundation models (FMs) to extractdata from unstructured assets. This dataextraction process requires carefully identifying models that meet the developers specific accuracy, cost, and feature requirements.
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