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Inside Nutrient

A guide to the invisible work behind documents Introducing Nutrient Documents for Salesforce: Native document generation and signing Document AI vs. traditional OCR: Choosing between OCR, AI, and hybrid pipelines PDF SDK compliance and security evaluation checklist for enterprise teams (2026) Invariant Corp replaces paper processes with Nutrient Workflow and scales without limits What is process mapping? A complete guide Nutrient vs. Conga Composer for Salesforce document generation (2026) Document routing: How to automate document distribution The CTO’s AI playbook: Why accountability architecture beats orchestration Compliance workflow automation: Why built-in compliance is table stakes Workflow diagrams: Examples, symbols, and how to build one that actually runs Digital forms: Replace paper forms with automated workflows Approval workflow software: How to automate approvals Why document-centric automation is different The CEO’s AI playbook: Why decision architecture beats model selection Nutrient SDK product updates for Q1 2026 PDF redaction verification: How to prove sensitive data is permanently removed What is a VPAT? The complete guide to accessibility conformance reports What is PDF/UA? The accessible PDF standard explained Salesforce eSignatures: Generate, sign, and track documents in one flow Online document viewer: Options, tradeoffs, and how to embed one Document viewer for web apps: React, Vue, Angular (2026) Best document viewers in 2026: A buyer’s guide How to edit a PDF in Python: Add text, images, and annotations Nutrient advances Workflow platform with agentic AI for enterprise-grade speed and consistency in document-heavy operations How to create a Salesforce quote template from opportunity data The business case for accessibility: Five ways it drives enterprise value Python PDF library comparison (2026): 7 libraries for developers Why your AI agent hallucinates PDF table data PDF.js limitations: When to upgrade to a commercial PDF SDK How Subject scaled 5× with Nutrient’s PDF SDK without rebuilding its document layer I replaced our sales training with an AI coach that runs in Slack — here’s what broke Redirecting to: https://securitybuzz.com/cybersecurity-news/why-enterprise-permissions-are-ais-most-dangerous-inheritance/ Nutrient .NET SDK vs. iText Core: Complete comparison for .NET developers DocuVieware: Support’s most frequently asked setup questions Introducing Nutrient Workflow How to convert PDF to Word in C# (.NET) When email and spreadsheets stop working: Work order approval workflows for field teams on the move Compliance with confidence: Why document-centric automation is the foundation of your mission Nutrient expands AI Assistant, automating multistep document workflows inside any application What is document generation? A developer’s guide to PDF generation Document Converter data flow and how real-time watermarks skip the queue PDF/UA compliance guide: Requirements, standards, and best practices Computers still can’t understand you How Athena Intelligence built AI agents for regulated enterprises with Nutrient’s document infrastructure How to convert HTML to PDF (2026): 4 methods from browser print to SDK How to build a document extraction pipeline with Nutrient Vision API OCR vs. intelligent document processing: Choosing the right document extraction engine Beyond OCR: How document intelligence eliminates manual processing in regulated industries Nutrient vs. IronPDF: Complete comparison for .NET developers Nutrient vs. Aspose.PDF: Complete comparison for .NET developers Redirecting to: https://fortune.com/2026/02/19/openclaw-who-is-peter-steinberger-openai-sam-altman-anthropic-moltbook/ Lufthansa Systems uses Nutrient to deliver reliable, scalable PDF rendering for pilots worldwide Nutrient vs. Syncfusion: Complete comparison for .NET developers React’s useTransition: The hook you’re probably using wrong First City Monument Bank streamlines banking processes with Nutrient Workflow Redirecting to: https://www.sdcexec.com/warehousing/automation/article/22957364/nutrient-workflow-automation-the-missing-link-in-supply-chain-efficiency The complete guide to digital signatures: PAdES, CAdES, and XAdES explained Nutrient Python SDK: Production-grade document processing for Python Introducing agentic document editing for web applications with AI Assistant Nutrient vs. QuestPDF: Complete comparison for .NET developers How we fixed the GdPicture license expiration (and what to do if you’re affected) Red team security testing with agentic AI The future of healthcare document automation Best healthcare workflow software compared Nutrient SDK product updates for Q4 2025 How Harvey scaled legal document workflows 50 percent MoM without rebuilding infrastructure HIPAA-compliant document management in hospitals How we optimized rendering performance while handling thousands of annotations in React — Part 2 Automated PII removal with Nutrient API Redirecting to: https://www.devopsdigest.com/2026-low-code-no-code-predictions Redirecting to: https://www.kmworld.com/Articles/Editorial/ViewPoints/Leaders-predict-AI-to-continue-permeating-all-aspects-of-KM-in-2026-172594.aspx What are deep agents and how do they solve complex problems? 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A complete guide Enterprise PDF SDKs: Best PSPDFKit (now Nutrient) alternatives Nutrient SDK product updates for Q3 2025 GdPicture support best practices Redacting sensitive data with Nutrient AI redaction API How AI is transforming the customer experience at Nutrient: From instant answers to intelligent support
Document Engine: Advanced document processing
Jonathan D. Rhyne · 2024-02-10 · via Inside Nutrient

Table of contents

    We’re beginning the year with an overhaul of our key server products, and today we’re excited to announce Document Engine — a new server-side product designed for headless document processing and pairing with our client-side SDKs to unlock server-side document streaming and real-time collaboration in frontend apps. Our aim is to enhance the client experience and improve licensing, while also providing clearer options for server-side processing and SDK setups.

    This blog is essential for customers of our Processor, Server, and Web Server-Backed SDKs (the latter now replaced by Web SDK and Document Engine), as well as anyone interested in understanding our server-side processing.

    What happened?

    Previously, we had two separate products:

    • Processor — A headless document processor operating entirely server-side, and not requiring any frontend. It has been widely used for tasks like OCR, redaction, document compression, format conversion, and other operations that don’t need user interaction via a user interface (UI). Processor operates in a simple “data in-data out” mode, without storing any information on the server.
    • Server — A server-side product designed for efficient document processing, streaming, and collaboration, enhancing our SDK product offerings. It’s ideal for scenarios where client-side document editing is insufficient, such as when enabling real-time document collaboration or speeding up document rendering for large documents through streaming. Unlike Processor, Server maintains documents and transitional states on the server.

    Traditionally, Processor was provided for headless document processing, while Server was used for UI-based applications utilizing our SDK products (Web SDK, Android SDK, iOS SDK, etc.). This approach often led to confusion among our customers who sometimes sought the benefits of both products. Additionally, the licensing terms weren’t immediately clear.

    That’s why we decided to merge Processor and Server into a single product: Document Engine. This new product can operate as a plug-and-play document processor within your server infrastructure or be paired with any Nutrient client-side SDK. All this together brings clear benefits for new and existing customers, including:

    • The convenience of having both Processor and Server functionalities within a single “box.”
    • A streamlined Web SDK offering, eliminating the distinction between Standalone and Server-Backed options.
    • The simplified configuration of components.
    • A reference architecture that enhances clarity and flexibility in setup and deployment options.

    Operational modes and licensing

    Below is a chart illustrating the features of headless and SDK-paired operation modes. For comparison, we’ve included a pure client-side application not utilizing Document Engine, using our Web SDK as an example.

    As you can see, pairing Document Engine with our client-side SDKs is the best way to achieve a complete user experience.

    When integrated with the Web SDK, Document Engine enhances the performance of your frontend applications. It eliminates the need to download documents for client-side processing and enables collaborative workflows. Additionally, it facilitates server-side processing for functionalities such as OCR, document generation, and file conversion.

    Below is a list of the available Document Engine components, varying according to its operation mode. We’ve also included the standalone Web SDK in this chart to clearly illustrate the difference between using a 100 percent client-side SDK and pairing it with Document Engine.

    Available Components

    ✅ = Available via Web SDK UI + API

    ⚙️ = Available programmatically via Document Engine API only

    ❌ = Not available

    Document Engine deployment options

    Merging the Processor and Server products into Document Engine isn’t the only change in this overhaul; significant additions were made to the deployment options. More specifically, we’ve introduced the Nutrient-managed deployment option, along with the standard self-hosted and public API deployments:

    • Managed (Nutrient) — Suited for those seeking infrastructure simplicity, this option involves Nutrient handling deployment and operation in the cloud. Managed Document Engine removes the need for clients to set up and manage their infrastructure, offering services to manage it using various public cloud providers. Clients maintain ownership of their cloud instance license in public clouds, ensuring exclusive use.
    • Self-hosted — This option is ideal for organizations with their own infrastructure design and operations capabilities. We provide a recommended setup example (reference infrastructure), as if we were setting it up ourselves, for clients to implement in their infrastructure.

    Transitioning current Processor and Server customers to Document Engine

    For the migration of existing customers, we created two guides:

    All existing licenses for Processor and Server will continue to operate as before. We’ll reach out to all our current customers to exchange their licenses for new ones, ensuring the same capabilities are maintained without any changes or limitations to the customer experience.

    Wrapping up

    With the launch of Document Engine, we aim to simplify the integration of client-side and server-backed functionalities across our SDK offerings, including web, mobile, and hybrid products. Furthermore, we’re committed to enhancing the deployment options for our customers to ensure a seamless setup process without the need for them to worry about infrastructure.

    Should you have any inquiries about the transition or about Document Engine’s capabilities, don’t hesitate to reach out to our Support team or Sales representatives. We’re always eager to assist with any questions you may have.

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