Mawari Network, a spatial computing DePIN (DecentralizedPhysical Infrastructure Network), has announced a limited node license sale.Already a pioneer in immersive content, the node sale will make Mawari’s 3Dstreaming technology more scalable and accessible for content creators anddevelopers. This node sale will help create a global, decentralized spatialcomputing infrastructure as the market for extended reality devices like theApple Vision Pro, Meta Orion, and Meta Quest 3 is projected to reach more than100 million units in the next five years. As demand for immersive experiencesgrows, Mawari is building a network that can grow with it.

Mawari’s infrastructure is optimized for the demanding needsof immersive experiences, positioning Mawari as a key actor in the emergingmultibillion-dollar spatial computing market. Called “a sleeping lion” bySamsung Next, Mawari is redefining and building the future of spatialcomputing. Its solution comprises the Spatial Streaming SDK and the MawariNetwork. The SDK, supporting the Unity and Unreal engines, empowers developersto create seamless, immersive experiences. The Mawari Network, working in parallel,leverages a globally distributed network of GPU nodes to ensure low latency andoptimal performance. The node license sale's objective is to help scale thenetwork, optimize its global performance, and ensure its resiliency.

“This node sale allows node operators to help bring 3Dcontent to the world, and be rewarded for their efforts,” Luis Oscar Ramirez,Mawari’s Founder & CEO said. “The current cloud services didn’t allow us toscale our proprietary spatial streaming technology, we researched ways to scaleimmersive content and found DePIN was clearly the best option. Now, we canallow our global community of node operators to participate in building out ourcritical node network alongside our community of developers and contentcreators.”

Mawari has worked with industry leaders, such as DeutscheTelekom, KDDI, Telefonica, Magic Leap, Netflix, Qualcomm, T-Mobile and dozensof other clients. The Solana Foundation recently selected Mawari for a grant,endorsing its roadmap for decentralized spatial computing. Backed by investorsincluding Anfield LTD, Borderless Capital, 1k(x), and Samsung Next, and withveteran DePIN and web3 operator, Sean Carey, a co-founder of Helium, alsojoining its board, Mawari is the clear category leader.

Node Sale Details

The node sale is scheduled for Q4 2024, building out theMawari Network’s ability to perform compute-intensive tasks and efficientlydeliver immersive 3D content on a global scale. The Mawari Network will beleveraging specialized GPUs around the world for advanced computation andstreaming tasks, but a set of Guardian Nodes are needed to verify their workand the performance of the network overall as it serves multiple simultaneousimmersive experiences. The node sale is for licenses to operate these criticalGuardian Nodes.

More specifically, Guardian Nodes’ responsibilities includeassessing critical performance indicators like latency, bandwidth, and contentquality to maintain the high standards necessary for immersive, real-timeexperiences. By monitoring the Mawari network, the community-run Guardian Nodeswill make it more performant and more resilient, ensuring it can scale securelyas it grows.

Details of the node license sale will be announced soon.

About Mawari

Mawari (https://mawari.net/) is setting the standard fordecentralized spatial computing and immersive content delivery. The MawariNetwork powers real-time streaming of immersive content through a globalnetwork of compute nodes. Mawari is optimizing XR for awe, creatingunforgettable experiences and revolutionizing how creators engage audiences atscale.

Mawari Network built the foundational technologies to powerthe next generation of interactive media, fully realizing the possibilities ofvirtual worlds existing seamlessly alongside our physical reality. Its coretechnology, the Mawari Engine and Spatial Streaming SDK, runs on the MawariNetwork — the world’s first and only DePIN (Decentralized PhysicalInfrastructure Network) that orchestrates storage, bandwidth, and rendering inreal-time for spatial computing.

Bypassing the rendering limitations of existing mobiledevices and content delivery networks, Mawari’s global network of compute nodeshas already powered activations from digital fashion shows to concertvisualizations. The Mawari Network’s peer-to-peer architecture waspurpose-built to scale spatial media streaming requirements with acommunity-centered ethos.