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Unreal Engine Pixel Streaming lets you share a fully interactive, photorealistic 3D environment through a simple web link with no downloads, no plugins, and no powerful hardware required on the buyer side. HavocLoft builds your property in 3ds Max, optimizes it for real time performance in Unreal Engine 5, configures materials and lighting, and hosts the experience on GPU cloud servers that stream video directly to any browser.
How Pixel Streaming Works: In Plain Language
Think of pixel streaming as a video call where you control what happens on screen. A powerful GPU server runs the full Unreal Engine application in the cloud. It renders every frame of your 3D environment and sends it as a live video stream to the viewer web browser. When the viewer clicks, scrolls, or taps, those inputs travel back to the server instantly. The result is a desktop quality interactive experience running on a phone, tablet, or laptop without installing anything. The technology is the same streaming approach used by cloud gaming platforms, adapted for architectural visualization and real estate marketing.
Why Pixel Streaming Beats Standard Web 3D
Traditional WebGL viewers struggle to match the visual quality luxury real estate demands. Pixel Streaming runs the full Unreal Engine application in the cloud and sends a live video feed to the user screen while capturing their inputs in real time. That means desktop grade reflections, global illumination, and material fidelity on phones, tablets, and laptops, something standard browser 3D cannot achieve.
Buyers can walk through apartments, switch floor plans, change finishes, and explore a development at their own pace. Sales teams share one URL with international investors and track engagement without scheduling in person visits. This makes pixel streaming the enterprise solution for firms presenting to international investors or multiple stakeholders remotely with zero install browser access from anywhere in the world.
To present the experience on your own domain, see our Web Design & Development service, or pair with our Cinematic 3D Animation for marketing trailers.
Our Production Process
- Modeling from floor plans: We rebuild your development in 3ds Max from architectural drawings and BIM data.
- Unreal Engine setup: We import assets, create material instances, configure Lumen lighting, and set post processing for a consistent look.
- Interaction design: We build navigation, camera controls, finish switchers, and unit selectors tailored to your sales workflow.
- Streaming optimization: We reduce draw calls, optimize textures, and tune settings for smooth performance over varying network speeds.
- Deployment: We host on secure cloud infrastructure and embed the stream on a custom website or landing page.
What You Receive
- Browser based 3D walkthrough: Accessible via URL on desktop, tablet, and mobile.
- Real time material customizer: Buyers preview flooring, countertops, cabinetry, and facade options instantly.
- Interactive floor plan integration: Toggle between 2D layouts and 3D exploration.
- Lead capture hooks: Optional contact forms and analytics tied to user sessions.
- High end PC build: A separate desktop version with enhanced realism for sales center presentations.
Ideal Use Cases
Pixel Streaming works best for masterplanned communities, multi unit residential towers, commercial campuses, and any project where remote buyers need to explore a large environment interactively. It is particularly effective for developers marketing to international investors who cannot visit the site in person.
Frequently Asked Questions
What is pixel streaming?
Pixel streaming runs a full Unreal Engine application on a powerful cloud GPU server and streams the rendered video output to a user web browser in real time, while sending their mouse, keyboard, and touch inputs back to the server. The result is a fully interactive, photorealistic 3D experience that works on any device with a browser: no downloads, no plugins, and no high end hardware required on the viewer side.
Is pixel streaming expensive?
Pixel streaming projects involve two cost components: the initial production (3D modeling, Unreal Engine development, interaction design) and ongoing cloud hosting for the GPU servers that run the stream. Production costs are comparable to a high quality VR walkthrough. Hosting costs depend on the number of concurrent users and usage patterns. HavocLoft provides transparent pricing and helps clients choose hosting plans that match their expected traffic.
What is the difference between pixel streaming and VR?
Both deliver interactive 3D experiences, but through different means. VR walkthroughs require a headset (such as Meta Quest 3) and offer full spatial immersion: users feel physically present inside the space. Pixel streaming delivers a similar interactive experience through a standard web browser on any device, without any hardware beyond a phone, tablet, or laptop. VR is ideal for in person showroom presentations, while pixel streaming is better suited for remote investors and broad marketing distribution.
Request a Pixel Streaming Quote
See pixel streaming in action: Aura Developments Pixel Streaming Case Study | Cinematic 3D Animation