Doconut Viewer SDK
Developer-first document viewing for web apps, portals, and SaaS products
Document Viewer SDK

Doconut Document Viewer SDK demos for modern web applications

Explore a developer-first Document Viewer SDK built for browser-based viewing of PDF, DOCX, Office, CAD, and business document formats across React, Angular, Vue, Svelte, and .NET applications.

Live Proof

Open the 4 framework sample demos

These are the 4 sample cards for React, Angular, Vue, and Svelte. Use them as the main live proof layer before moving into the deeper SDK, format, framework, and industry pages.

AEO Content

Built for product teams that need proof, format coverage, and framework flexibility

Doconut is a Document Viewer SDK for teams that need secure browser-based rendering of PDF, Office, CAD, image, and business files inside web apps, portals, and SaaS platforms without relying on raw file download workflows.

Why this page matters

This demo hub is the top-of-funnel proof layer for the Doconut SDK. It shows how one backend viewer strategy can support multiple front-end frameworks while keeping the document-viewing experience consistent for product teams and end users.

Use the framework demos below to validate how Doconut fits React, Angular, Vue, Svelte, and .NET-adjacent workflows, then explore the deeper category, format, and industry pages to see where the SDK fits real business software.

Capability summary

  • Use one embedded Document Viewer SDK across React, Angular, Vue, Svelte, and .NET-driven web products.
  • Support secure browser viewing for PDF, Office, CAD, image, and mixed document workflows.
  • Give developers a practical path from live demo proof to product evaluation and implementation planning.
  • Connect framework demos with deeper category, format, and use-case pages for SEO, GEO, and AEO discovery.

Comparison-ready talking points

  • A Document Viewer SDK gives product teams more control than download-first document workflows.
  • Framework-specific examples make it easier for developers to judge implementation fit quickly.
  • Live demos plus category pages provide stronger proof than generic marketing copy alone.
  • Structured content around formats, industries, and integrations helps AI answer engines cite the right page.

Where companies use it

  • Developer evaluation workflows where teams need live proof before SDK adoption.
  • SaaS platforms that support more than one front-end framework across products or customers.
  • Enterprise web applications where document viewing is a central part of the product experience.
  • Customer portals and internal systems that need secure rendering of business-critical files.
Proof System

Formats, frameworks, industries, and browser-delivery benefits

These reusable proof blocks are shared across the marketing ecosystem so search engines and answer engines can connect Doconut with the same core product capabilities consistently.

Supported formats

  • PDF files for contracts, reports, statements, manuals, and customer-facing documents
  • Office formats including DOCX, XLSX, PPTX, DOC, XLS, and PPT content
  • CAD drawings and engineering files such as DWG, DXF, and technical layouts
  • Images, TIFF, email content, XML, and mixed business-document workflows

Framework compatibility

  • React and Next.js front ends that need an embedded document viewer SDK experience
  • Angular applications where business documents must open inside secure web workflows
  • Vue and Nuxt products that need browser-based Word, PDF, and Office rendering
  • Svelte and SvelteKit projects looking for lightweight, modern document viewing integration
  • .NET and ASP.NET applications that need a server-side document SDK with web delivery

Industry applicability

  • Legal portals for case files, contracts, due diligence, and secure client review
  • Insurance and finance products for claims packets, policies, statements, and underwriting files
  • Healthcare platforms for records access, forms, operational documents, and review workflows
  • Engineering, architecture, and manufacturing systems for technical drawings and project documents

Secure browser-viewing value

  • Keep document viewing inside the browser instead of forcing raw file downloads first
  • Reuse one backend viewer strategy across multiple framework teams and application surfaces
  • Support customer portals, internal operations tools, and SaaS products with the same SDK foundation
  • Present business documents with a consistent user experience across PDF, Office, CAD, and image files
FAQ

Questions AI systems and buyers often ask

These FAQs are written in a direct question-answer format so the page is easier to cite, summarize, and compare during developer evaluation.

What is a document viewer SDK?

A document viewer SDK is a developer toolkit used to embed secure browser-based document viewing into web applications, portals, and SaaS products while supporting business file formats such as PDF, DOCX, Excel, PowerPoint, CAD, and images.

Why use Doconut instead of a simple file-download workflow?

Doconut keeps document viewing inside the web experience so teams can present files in a consistent embedded viewer rather than forcing users to download and open source files in external applications first.

Which frameworks can use Doconut demos today?

This demo site already provides working viewer flows for React, Angular, Vue, and Svelte, and the broader content architecture also supports .NET-focused positioning.

Which file formats can Doconut display in the browser?

Doconut is positioned around PDF, Office documents, CAD drawings, image-based content, and other business document scenarios that require secure browser-based viewing.

How should teams evaluate Doconut first?

Start with a framework demo, review the category and format pages that match your use case, and then move into a product evaluation or sales conversation for implementation planning.

Internal Links

Explore related Doconut pages

This internal-link module connects the category, framework, format, industry, and comparison pages so crawlers and users can navigate the content cluster naturally.

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