30s Summary
Spatial computing firm Mawari Network aims to develop a “3D internet” accessible through decentralised physical infrastructure networks (DePINs). Mawari’s patented 3D streaming tech uses a decentralised network of GPU-powered nodes to deliver real-time 3D content, reducing bandwidth usage by up to 80%. Its technology adjusts performance based on location and user needs. Mawari’s Guardian Node license programme encourages user contributions to the network. Since its 2017 launch, Mawari has deployed over 50 extended reality projects worldwide and secured $10.8m in strategic funding.
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Picture this: AI characters with personalities so real you could swear they were actual human beings. It’s not just a sci-fi dream, thanks to groundbreaking technologies like spatial computing and extended reality (XR). Digital beings and virtual classrooms are on the horizon, and the demand for them is off the charts. In fact, by 2028, we can expect over 200 million users immersing themselves in these virtual narratives.
But there are a few hurdles to leap. Things like high bandwidth needs, centralized servers, and limited scalability have made full-blown immersion a bit of a dream for some folks. And it’s not just about performance — tech and monetary barriers are also standing in the way of making these new experiences possible for everyone.
That’s where decentralised physical infrastructure networks (DePINs) come in — they’re the boosters we need to leap over the challenges.
Mawari Network, a DePIN specially designed for spatial computing, aims to make the 3D internet more accessible, all while delivering some seriously cool interactive, AI-driven experiences. Mawari does this by rethinking how content is delivered and accessed, ultimately knocking down the barriers that stop XR and spatial computing from reaching their full potential.
What makes Mawari special? Its patented 3D streaming tech, which takes a different approach from traditional systems that rely heavily on centralized servers. Mawari’s tech uses a decentralized network of GPU-powered nodes to handle and deliver real-time 3D content, cutting bandwidth usage by as much as 80%. This means faster access to high-quality, realistic digital content that doesn’t compromise on performance or reliability.
And there’s more. Mawari’s setup also means that system inconsistencies get the boot. With a global network, it can adjust performance according to location and user needs.
Mawari also offers a Guardian Node license program, encouraging individuals and organizations to contribute to the network by hosting nodes. Hosting a node not only means helping to deliver real-time 3D content but the hosts are also rewarded for their involvement.
Since its launch in 2017, Mawari’s tech has already seen a fair bit of action. It’s secured $10.8 million of strategic funding and has deployed more than 50 XR projects worldwide, alongside industry leaders like KDDI, Niantic and Magic Leap.
One of the groundbreaking applications of Mawari’s technology was the world’s first real-time, AI-powered digital human in augmented reality (AR). Mawari also facilitated a live conference in Tokyo featuring a digital avatar, and powered a live AR art performance, accessible to audiences worldwide.
Mawari’s vision reaches far beyond just addressing current challenges — it’s all about laying the groundwork for the internet spaces of the future. A time when digital experiences blend seamlessly into our everyday lives, unlocking endless opportunities for innovation, collaboration, and international connections.
If you want to learn more about Mawari Network, visit their website. Remember though, always do your own research before making any decisions related to investing.