iText Suite BYOL offers a wide range of common PDF tasks for developers to use at their utmost convenience using the REST API. You can split and merge PDFs, delete pages from PDFs, rotate PDFs, password protect and unlock PDFs, convert images to PDF, convert MS Word and PowerPoint documents to PDF, flatten XFA to static PDF, optimize/compress PDFs, render PDFs to images and benefit from transparent support for complex languages and writing systems.

To use iText Suite on AWS Marketplace, you will need to Bring Your Own License (BYOL). To get a valid commercial license you can request a personalized quote from https://itextpdf.com/en/request-a-quote .

For installation details, see https://kb.itextpdf.com/home/it7kb/installation-guidelines/deploying-itext-suite-sdk-api-on-amazon-web-services  and for information about how volume counting works, see https://kb.itextsupport.com/home/it7kb/faq/volume-counter-faqs 

With iText Suite BYOL, you are able to leverage a large portion of the functionality of the iText Suite SDK. The full iText Suite SDK is available for Java and .NET (C#) and offers developers comprehensive PDF functionality to easily implement into their workflows and solutions to handle the challenges of today's digital document workflows. It consists of the iText Core library which enables you to create PDFs, split/merge PDFs, fill and flatten PDF forms, extract data from PDFs, archive PDFs, integrate secure digital signatures into PDFs, and more. It supports modern PDF ISO standards, allowing creation and manipulation of PDF 2.0, PDF/A and PDF/UA documents, meaning your documents can be standards-compliant and meet archiving and accessibility requirements.

The iText Suite also includes a wide range of add-on modules that enable extra features on top of this core functionality, such as PDF creation from HTML, native MS Office to PDF conversion, OCR conversion of scanned documents and images, secure redaction of sensitive or confidential data, accurate rendering of complex languages and writing systems, optimizing PDF for size or speed, using intelligent template-based data extraction, rendering PDFs as images, and flattening dynamic XFA forms to static PDF.