Square 9
Square 9's advanced AI-driven platform revolutionizes information management by eliminating the need for paper, streamlining tasks with automated digital workflows that enhance productivity. It simplifies operations by capturing data from scanned documents or PDFs, organizing files in an easily searchable database, and creating digital replicas of existing processes using visual workflow designs. This innovative approach not only saves time but also increases efficiency in everyday tasks.
Learn more
Apryse PDF SDK
Apryse (formerly PDFTron) transforms how organizations manage documents.
Built for both server and web applications, Apryse empowers businesses and developers to securely handle the entire document lifecycle — from creation and collaboration to compliance and archiving — without relying on third‑party services.
With Apryse, you can:
Run at enterprise scale on your own infrastructure, ensuring privacy, compliance, and maximum control.
Deliver modern, in‑browser document experiences with fast, accessible viewing, editing, and collaboration tools.
Integrate seamlessly across platforms, supporting PDF, Microsoft Office, CAD, and many other file types.
Streamline workflows and reduce costs with technology trusted by leading enterprises worldwide.
Apryse makes document workflows smarter, faster, and more secure — so teams can focus less on manual processes and more on meaningful work.
Learn more
Hyperscience
Hyperscience is an advanced Intelligent Document Processing platform that utilizes proprietary machine learning models to effectively classify and extract both printed and handwritten text from a variety of documents, which encompasses everything from structured forms to complex unstructured materials.
The platform's cutting-edge methodology promotes a synergistic relationship between humans and artificial intelligence through a user-friendly interface, termed the "human-in-the-loop" process. This system guarantees that human intervention occurs only when the software's confidence in meeting the customer-defined accuracy Service Level Agreements (SLAs) is insufficient.
In addition to data extraction, Hyperscience enhances its offerings by enabling tailored workflows that allow customers to validate, enrich, and explore the extracted information. This capability ensures that only precise data is integrated into downstream systems, which ultimately supports improved decision-making processes. Furthermore, the platform is designed to adapt to various business needs, making it a versatile tool for organizations aiming to optimize their data handling workflows.
Learn more
Palamardocs
Palamardocs is a cutting-edge OCR solution that rapidly extracts organized data from various types of documents in just milliseconds. By automating the process of gathering essential business information from both tangible paperwork and unstructured digital files, this groundbreaking tool allows companies to dramatically reduce expenses associated with document handling, data entry, and information retrieval. It transforms workflows across the organization, enabling firms to conserve valuable time and financial resources! The software supports the extraction and validation of a wide range of elements, including text, numerical data, form fields, tables, stamps, signatures, and CAD drawings, all through established models or by setting up simple rules and tailored AI models. The role of human verification is vital, as it meticulously inspects, confirms, and improves models on a daily basis to boost performance. Users can easily create integrations either through clicks or coding, ensuring smooth connectivity to any enterprise system or database via our API connectors. Documents are efficiently collected through emails or API interfaces and are methodically categorized for data extraction, optimizing the entire workflow. This all-encompassing strategy guarantees that businesses can concentrate on their primary activities while depending on Palamardocs for precise and effective data management, ultimately enhancing overall productivity and operational efficiency.
Learn more
