Mawari: DePIN For Spatial Computing

Lesson 2.3

Mawari: DePIN For Spatial Computing

Luis, Founder and CEO of Mawari, is democratizing Synthetic Reality using XR, 5G, and cloud streaming. He co-designed a patent-pending 3D Streaming CODEC and split rendering tech, creating the Mawari DePIN Network, that solves real-time rendering bottlenecks, leveraging GPU-powered nodes to deliver efficient, real-time 3D content to mobile XR devices.

Mawari offers a real-time streaming solution and a seamless user experience for the emerging trillion-dollar Spatial Computing market. Mawari is working with industry leaders such as T-Mobile, Disney, Magic Leap, and Qualcomm.

Get ready to dive into a world where reality is optional and your imagination is the only limit. With Mawari, you’re not just ahead of the curve; you’re creating the curve!

Knowledge check

1. What sci-fi film does Luis reference when discussing framed vs. frameless media?
  1. Star Wars
  2. The Matrix
  3. Minority Report
  4. Ready Player One

Answer: Minority Report — Luis specifically mentions that he prefers to reference Minority Report rather than Ready Player One, as it is from an earlier generation.

2. What is one of the key challenges Mawari identifies in delivering consumer-grade XR content to mobile devices?
  1. Limited creative content in the XR space
  2. Insufficient funding for XR projects
  3. Lack of user interest in XR technology
  4. Infrastructure limitations for XR content delivery

Answer: Infrastructure limitations for XR content delivery — Mawari emphasises that today's infrastructure is not equipped to handle the demands of XR content, particularly concerning bandwidth and latency.

3. What is Mawari’s proposed solution to the bandwidth and latency issues associated with XR content delivery?
  1. Developing more powerful XR devices
  2. Waiting for the rollout of 6G networks
  3. Implementing a DePIN network for distributed content delivery
  4. Compressing 3D content to reduce file sizes

Answer: Implementing a DePIN network for distributed content delivery — Mawari highlights the need for a decentralized network to address the shortcomings of traditional, centralized infrastructure in handling the scaling demands of XR.

4. What two technical limitations does Mawari's Spatial Streaming technology overcome?
  1. Content Size and Device Battery Life
  2. Content Format and XR Device Availability
  3. Latency and Bandwidth
  4. GPU Availability and Storage Capacity

Answer: Latency and Bandwidth — Mawari specifically mentions that Spatial Streaming tackles these two issues to enable real-time streaming of 3D content.

5. What real-world application of Mawari's technology is described in the presentation?
  1. A virtual reality game
  2. An augmented reality art performance in a shopping mall
  3. A live concert streaming platform
  4. A 3D modelling software

Answer: An augmented reality art performance in a shopping mall — Mawari discusses their collaboration with artist Kohawa and KDDI to stream a 3D art performance overlaid onto a physical sculpture in a shopping mall.

6. Why did Mawari decide to explore a DePIN solution instead of relying on traditional cloud providers like AWS?
  1. AWS was too expensive for a startup like Mawari
  2. Mawari wanted to have more control over their infrastructure
  3. AWS lacked the geographical reach Mawari required
  4. Mawari faced difficulties scaling their service with AWS’s existing infrastructure

Answer: Mawari faced difficulties scaling their service with AWS’s existing infrastructure — Luis recounts how their request for AWS Wavelength services with GPUs in specific locations to scale their operations met with obstacles.

7. What is the purpose of the "verifiers" in the Mawari network?
  1. To develop XR content for the network
  2. To invest in the Mawari token
  3. To secure the network and validate transactions
  4. To provide customer support for Mawari users

Answer: To secure the network and validate transactions — Mawari describes the verifiers as nodes responsible for ensuring the integrity and reliability of the network by verifying the delivery of content, bandwidth, rendering and storage.

8. What is the primary utility of the Mawari token within its ecosystem?
  1. To reward developers who create XR content
  2. To allow users to purchase virtual items within XR experiences
  3. To give holders voting rights on the direction of the project
  4. To buy compute power and bandwidth on the network

Answer: To buy compute power and bandwidth on the network — This is explicitly stated as the core functionality of the token, mirroring models like Helium where tokens are used to access network resources.

9. How can users contribute to the Mawari network if they lack a powerful GPU?
  1. By lending their internet bandwidth to the network
  2. By acting as a verifier node using a regular computer
  3. By donating to the Mawari project through their website
  4. By spreading awareness about Mawari on social media

Answer: By acting as a verifier node using a regular computer — Mawari explains that becoming a verifier is a less demanding process computationally and can be run on less powerful devices, enabling wider participation.

10. What are the three ways users can contribute to the Mawari network?
  1. Running a rendering node, becoming a verifier, investing in the Mawari token
  2. Running a rendering node, providing storage space, donating to the project
  3. Running a rendering node, becoming a verifier, participating as a tester on the network
  4. Running a rendering node, developing XR content, promoting Mawari on social media

Answer: Running a rendering node, becoming a verifier, participating as a tester on the network — Mawari lists these as the three primary ways users can contribute, encompassing the provision of computing power, network validation, and feedback through network testing.