How to Host FiveM Images, Videos and Phone Media

Modern FiveM servers generate and display far more than traditional game resources.

Phone scripts allow players to take photos and record videos. Police systems store evidence. Social media scripts publish user-generated content. Inventories, character menus, loading screens, and NUI interfaces all depend on images and other public assets.

These files need to be uploaded somewhere, stored reliably, and delivered through URLs that can be accessed by players and scripts. Hosting them directly on your game server may work for a small test environment, but it quickly creates problems as storage usage, bandwidth, and the number of uploaded files increase.

A dedicated CDN separates media storage from your FXServer and provides a safer, faster, and more scalable way to manage FiveM images, videos, and public files.

CDN media is different from resource downloads

Before choosing a hosting setup, it helps to separate two kinds of files.

FiveM resources downloaded during connection are handled by the resource download path. These are the files players need before joining the server. A cache proxy is usually the right infrastructure for that problem.

Public media and assets are different. These are files that need stable URLs: phone photos, phone videos, inventory images, evidence screenshots, logos, job images, NUI assets, and other files shown by scripts or web interfaces. A CDN is usually the right infrastructure for that problem.

The distinction matters because a media CDN and a FiveM cache proxy are not interchangeable. If a phone script needs to save a photo and store its URL in a database, use a CDN. If players are downloading a clothing pack during connection, use a cache proxy.

What types of files do FiveM servers need to host?

Real production servers often need to host many categories of media.

Phone systems store photos, videos, clips, profile pictures, voice notes, and social posts. Roleplay systems may store police evidence, mugshots, case images, character photos, and administrative screenshots. Inventories need item icons. Dealerships and garage scripts may need vehicle images. Loading screens, NUI interfaces, job menus, staff panels, and community sites often need public images, scripts, videos, and static assets.

Some files are uploaded by players. Some are uploaded by staff. Some are deployed by developers. All of them benefit from predictable storage, stable URLs, and a workflow that does not turn the game server into a general file hosting platform.

Why not store everything on the game server?

For a few static images on a small server, local hosting can be enough.

The problems start when uploads become frequent, files become large, or player-generated content becomes part of normal gameplay. Disk space is shared with FXServer. Bandwidth is shared with gameplay traffic. Backups become more complicated. Public URLs may expose details about your infrastructure. Deleting and organizing files gets harder as folders grow.

There is also a security concern. If a client-visible script uploads directly to your own server or stores a permanent secret where players can inspect it, abuse becomes much easier. Media hosting needs authentication, limits, path isolation, and a clean upload flow.

Separating media from FXServer keeps the game machine focused on gameplay and gives developers a clearer place to manage public files.

What a FiveM media hosting solution should provide

A good FiveM media hosting setup should provide stable public URLs and secure uploads.

It should support large files, correct Content-Type headers, partial requests for video playback, CORS behavior that works with NUI and browser-based scripts, and predictable deletion through an API. It should let teams organize files by folder or prefix, limit uploads by size and file type, protect against abusive uploads, and monitor storage or traffic over time.

For developers, the API matters as much as the storage. Scripts should be able to upload, list, delete, and purge files without exposing permanent service keys to clients. Server owners should be able to inspect files from a dashboard without searching through a filesystem by hand.

Direct uploads and presigned URLs

The safest upload flow usually avoids sending every large file through the main application server.

A common flow looks like this:

1. A script or dashboard asks the API for upload authorization.
2. The API checks the user, workspace, path, size limits, and allowed file types.
3. The API returns a short-lived upload URL.
4. The file is sent to that upload URL.
5. The application stores the final public URL and optional metadata.
6. The API can be notified when the upload is complete.

This is useful for phone photos and videos because the upload can go directly to the file delivery layer instead of forcing your main API to receive and relay every byte.

Presigned or scoped upload URLs also reduce secret exposure. A client-visible script should not contain a permanent FiveMesh service key. It should receive a temporary upload target that only works for the intended path, file limit, and time window.

Security considerations

Media hosting is easy to underestimate because the first version often feels simple: receive a file, store it, return a URL.

Production servers need more than that. Require authentication before generating upload permission. Expire upload URLs. Set file size limits. Use an allowlist of MIME types. Verify the real content when possible. Generate safe filenames instead of trusting user input. Apply rate limits and quotas. Keep service keys on the server side. Remove abusive content quickly when needed.

For public player-generated media, assume that someone will eventually upload something too large, too frequent, or not what the file extension claims. The hosting layer should make that survivable.

Organizing media files

Simple folder structure pays off later.

A useful pattern is:

server-id/service/player-id/year/month/file

For example:

phone/photos/player-123/2026/07/photo.jpg
police/evidence/case-456/clip.mp4
inventory/items/water.png

The exact structure depends on your scripts, but the goal is the same: make files easy to reason about by server, service, player, date, or object type.

Metadata can also help. A file record can store the player identifier, script name, case number, server ID, upload source, or content type. That makes cleanup, moderation, and future migrations much easier.

Using FiveMesh CDN

FiveMesh CDN is built for FiveM media and public asset hosting.

At launch, it provides managed CDN storage, public URLs, dashboard uploads, object browsing, folder organization, preview actions, deletion, purge workflows, and service API access for integrations. It is designed for common FiveM use cases such as phone media, inventory images, screenshots, NUI assets, and other public files.

Developers can use the FiveMesh CDN API for server-side integrations, or use scoped upload URLs when another script needs a temporary upload target without receiving a permanent service key. The LB-Scripts integration guide shows the same pattern for phone and tablet media.

If you only need to upload files manually, the CDN object browser documentation covers the dashboard workflow.

Final thought

FiveM media hosting is not just storage. It is upload security, public delivery, organization, deletion, and operational visibility.

Store and deliver your FiveM media without turning your game server into a file hosting platform.