Desktop vs Online 3D Viewer
Compare desktop and online 3D viewers for local inspection, privacy, performance, collaboration, sharing, installation, and format support.
Applies to Tridi Viewer 1.4.0 release. Check current format support.
Choose a viewer based on the review workflow
Desktop and online 3D viewers solve different problems. A desktop viewer works directly with files on a workstation and can integrate with File Explorer, local dependencies, and native graphics resources. An online viewer is usually designed around browser access, uploads, shareable links, embeds, and collaborative review.
Neither approach is universally better. The right choice depends on whether the priority is local inspection, frictionless sharing, controlled data handling, device compatibility, or team collaboration.
Desktop vs online 3D viewer comparison
| Decision point | Desktop viewer | Online viewer |
|---|---|---|
| Model access | Opens local files and nearby dependencies directly. | Usually uploads or transfers the asset to a web service. |
| Sharing | Share the original file or an exported result. | Often provides a browser link, embed, comments, or review session. |
| Privacy control | Can keep model processing on the workstation. | Depends on the provider, account, storage, retention, and access policy. |
| Installation | Requires a compatible application and operating system. | Usually runs in a supported browser with little local setup. |
| Large assets | Uses local CPU, GPU, memory, and storage without an upload step. | May be limited by connection speed, upload limits, conversion time, or server quotas. |
| Collaboration | Best for individual inspection unless paired with another review system. | Often better for remote comments, approvals, and cross-device access. |
Common desktop viewer use cases
- Inspect confidential, unreleased, or production assets without uploading model contents.
- Review local textures, buffers, material files, and large animation caches in their existing folder structure.
- Open files from Windows File Explorer and use native keyboard, mouse, touch, and graphics resources.
- Diagnose geometry, UV, material, topology, animation, or CAD edge problems before opening a full authoring tool.
Common online viewer use cases
- Send a link to a client or teammate who should not install an application.
- Embed a model in a website, product page, documentation portal, or presentation.
- Collect comments, approvals, annotations, or review history from distributed teams.
- Provide access across Windows, macOS, Linux, tablets, and phones through a browser.
Privacy and connectivity tradeoffs
A local viewer can reduce data-transfer exposure because the source asset remains on the workstation, but local processing still requires appropriate device security, access controls, backups, and careful handling of exported logs. An online viewer can provide strong security as well, but its upload, storage, retention, region, sharing, and account policies must match the project.
Tridi processes supported model contents locally. Microsoft Store services may still be used for installation, licensing, purchases, updates, and fixed content-free counters. See the privacy policy rather than treating “desktop” as a promise that every product service is disconnected.
Where Tridi Viewer fits
Tridi Viewer is designed for focused Windows inspection: real-time PBR rendering, source wireframe, Mesh Validator, UV and render-pass inspection, materials, animation playback, CAD edges, projects, render capture, and supported export. It does not create browser links, host models, synchronize comments, or replace a collaborative review platform.
Choose Tridi when the asset should stay local and the reviewer needs deeper inspection. Choose an online viewer when immediate browser sharing is more important. Many teams use both: a desktop viewer for technical checks and an online service for approved presentation assets.
Open the file in Tridi Viewer
Install Tridi Viewer from Microsoft Store on a supported x64 Windows PC.