Experiences

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FPS Shooter

Unity 3D · Vagon Streams

FPS Shooter

FPS Shooter

FPS Shooter

A fast-paced Unity FPS template, streamed from a cloud GPU to your browser. Test weapons and AI combat with no install.

Preview loop

Launch live demo

Starts a cloud session when you press it

Preview loop

Launch live demo

4K at 60 FPS

Ultra-low latency in any browser

Try it live

10K+ concurrent users

Scales with your audience

See pricing

20+ regions

Stream close to every user

Stream your own app

About this demo

Play a Unity FPS shooter template

FPS Shooter delivers a fast-paced, real-time action environment, made instantly accessible through Vagon Streams. Players explore levels, test weapons and experience dynamic AI combat in the browser, with no installations or downloads.

Lighting, particle effects, weapon physics and audio cues all run in the cloud, which keeps performance and responsiveness consistent across devices.

Why FPS demos are hard to share

First-person shooters depend on precision, responsiveness and high frame rates. Even minor drops break immersion or affect gameplay testing. Running an FPS demo locally needs a powerful GPU, an optimized build and careful setup, which limits access for collaborators, testers and clients.

Large builds, version mismatches and complex installs discourage hands-on review. On different machines, lighting can differ, shaders can fail and animations can lag.

What cloud streaming changes

Streaming the FPS Shooter through Vagon Streams runs rendering, physics and logic in the cloud. Users interact through a responsive, low-latency stream, so every shot, effect and animation stays consistent on any device.

Share a playable link

Developers share playable demos with a link. Stakeholders, QA teams and potential publishers test mechanics, weapon feel and environment design in the browser.

Review the same build

All participants get the same version with identical performance and visuals. Lighting, post-processing and physics changes appear live.

Teach game systems

Students study real-time game logic, physics and UI systems from lightweight devices.

Focus on the work, not the hardware.

Create, render, collaborate and stream on the best hardware.