Stream global interactive 3D experiences without incurring massive costs thanks to a publishing platform designed for efficiency.
Deploy cutting-edge 3D projects with our real-time ray tracing supported cloud rendering platform.
Stream real-time 3D content directly from Unreal or Unity for automotive, manufacturing, AEC, training simulation projects, and more.Learn more
Eliminate large file transfers. Share your game engine projects from directly within Unreal Engine using the custom PureWeb plug-in. Invite various stakeholders to collaborate and interact with your interactive 3D designs using just a link - no downloads, no installations, no clicking away from your workspace.Learn More
Unreal Engine 4.23, 4.24;
Unity 2018.4, 2019.1 or 2019.2
Chrome, Firefox, Safari and Edge.
(Chrome performs best)
Mobile Chrome (Android 7+) and Mobile Safari (iOS 12+).
Up to 1080p (720p recommended for better performance).
By default resolution dynamically changed to be that of browser window size.
Minimum of 5 Mbps bandwidth recommended per user / stream
Streaming framerate (fps) is dependent on game complexity (polygon count, lighting, particle effects, etc.), as well as the client’s browser resolution, network latency, bandwidth, and hardware specification.
On intracontinental network links, average frame rates between 30 and 60 fps are typical when streaming multi-million polygon models at 720p to commodity grade end user devices (between 20 and 40 fps for 1080p).
Reality runs on Amazon Web Services
Capacity is dynamically scaled based on usage within a specifiable minimum and maximum range.
NVIDIA Tesla M60 GPU
8GB GPU memory
NVIDIA TESLA T4 GPU
16GB GPU memory and RT cores supporting real-time ray tracing
Sydney AWS regions
Yes, it comes down to how you prepare your real-time 3D project and application to be optimized for various devices, but we can generally deploy and stream any 3D application to any device via a web browser.
We are aiming to have a new WebRTC based streaming protocol that will also be able to be substituted with Unreal's Pixel Streaming in Q1 2020.
Yes. But this would take a great deal of technical expertise, years and money. So, unless scalable cloud deployments of interactive 3D is your core business, it is not often in your best interest to do it yourself. A few additional things to consider: - If you try to build it yourself, Unreal does not provide you with any servers. You have to find a cloud platform. - Unity also has a WebRTC based streaming plugin like Unreal that was recently released, but it is in the same boat as Unreal right now - you are not provided with servers or a scalable platform. To deploy and run something at scale sometimes appears easy, but it’s not. It's a lot of work and ongoing management in order to scale, realize cost-efficiencies and ensure optimal performance.
We offer a fully-managed 3D cloud streaming solution for publishing and distributing Unreal Engine or Unity game projects at scale for a variety of business use-cases, and make real-time 3D experiences accessible from a web browser on any connected device and screen size while keeping source data secure. PureWeb eliminates any need for technical understandings or detail. We can support multiple users per server/box (vs. going directly to AWS who only support one user per app stream). We utilize the latest technology such as real-time ray tracing, and the new Nvidia Tesla T4 graphics. We are constantly innovating and staying one step ahead of the latest cloud gaming technologies.
Unreal and Unity have WebGL deployment options, but only for desktop and not mobile devices. WebGL is less robust, limited in what you can do with publishing 3D applications as models will be lower in fidelity. Simple models that are fairly lightweight are okay for WebGL i.e. a shoe, jewelry, etc. However, high fidelity models and graphic intensive game projects are not supported by WebGL. Using PureWeb vs. WebGL comes down to quality and cost. WebGL is cheaper to deploy, but with the tradeoff of quality suffering. WebGL depends on device capability rather than PureWeb rendering from the cloud, which ensures consistency across devices.
This refers to one element of our 3D publishing platform. It is what gets pixels from one end to another, but not how we make it more cost-efficient. The protocol only captures the streams and how one thing moves to another. PureWeb has its own proprietary streaming protocol. It is proven and stable used in industry i.e. healthcare. (Think: being able to view 3D diagnostic images on a mobile device in full sunlight.) We are also working on a new WebRTC streaming protocol (aiming for Q1 2020) that will be comparable in performance to other modern streaming protocols.
AWS was the first cloud solution with high-end GPUs to support game projects created in Unreal / Unity. We can also support both cloud deployment and on-premise. Note: our on premise deployments are typically small scale, and we could deploy to a different cloud if needed.
This refers to the infrastructure that exists in the cloud and manages and scales your projects. Built with AWS, it includes the configuration, security, management, dynamic scaling of servers, etc. There are several layers to the cloud streaming solution we offer, and the PureWeb platform refers to all the services that are running.
We offer a bespoke pricing model. Our pricing largely depends on the specific use case. We offer both a high volume and low volume usage model. Generally, we charge an initial project fee and then develop a pricing plan based on the number of concurrent users and whether you require servers running 24/7 hours, regular or extended business hours or customized hours. We take into consideration the project file size as this informs us whether we can fit more than one project on one server. At the moment, with Unity projects we can only fit one project per server vs. Unreal projects, where we can fit more than one depending on file size. Generally there is a pilot phase (1-3 months), which then rolls into an ongoing production phase.
No, we do not have any official affiliation; however, we have a good relationship with Epic Games and Unreal's product tech support teams.
We provide an optimization checklist for our customers to follow in preparing their 3D application / project for deployment. Customers then provide us with the source version of their project (i.e. pre build) and then we integrate and build the project with our PureWeb plugin for Unreal or Unity. We then deploy the project on-line to the regions and availability level specified by the customer. A URL is provided to the customer that can be used to access the project directly or can be embedded into any webpage.
We will have a project deployed within 2 weeks of receiving a game file. It only takes us 1 to 2 days of development time to integrate and deploy the project, but a 2 week time window is given to accommodate scheduling of the project amongst our team's workload.
We provide a URL that can be used to access the project directly or can be embedded in any webpage in an iframe.
Multiple projects can be hosted on the same server, so long as the sum of the project size does not exceed 10GB for our entry level server, or 40GB for the larger server size we support. Performance and complexity of each project should be comparable and be able to support the same number of concurrent users on the server for maximum efficiency.
The PureWeb platform will automatically scale your application to match demand. It creates new instances on demand. We do it in a way that doesn’t compromise user experience.
Simply put, if server capacity is under capacity vs number of requests, it will feel instant. If server capacity is over, then it will “spin” until the request is fulfilled.
We can provide a report of cloud usage, including the number of server hours, number of user engagements, total duration of user engagements, or a combination of these depending on the pricing model being used.