DePIN Hub - 48 - Auki - Expanding Human Collaboration with AI
Education
Introduction
In this episode of the DePIN Hub podcast, Daniel from Z Hub interviews San, the co-founder of AUKI Labs, a company pioneering decentralized spatial computing networks with innovative post-mesh technology. San joins the discussion from Hong Kong, sharing insights into the burgeoning world of augmented reality (AR), virtual reality (VR), and how these technologies are set to transform the future.
Background of the Guests
San, who has a unique background being half Finnish and half Spanish, discusses how his experiences in various countries and his time in corporate roles led him to become an entrepreneur during the pandemic. He built his first business—a self-storage unit in Barcelona—while also supporting his mother through a kidney donation. With the knowledge he gained, he and his co-founder, Neils, are now working to revolutionize spatial computing.
What is AUKI Labs?
San elaborates that AUKI Labs is operating as a "DePIN for AI perception," aiming to replace conventional GPS systems with decentralized solutions that ensure individual privacy. The key is using spatial data to create a digital twin of the physical world, which will only be possible by collaborating through shared understanding and positioning systems. The approach focuses on constructing relative positioning—understanding where objects are in relation to one another rather than in absolute terms.
Technology and Comparisons
The conversation explains how AUKI Labs’ technology diverges from traditional Visual Positioning Systems employed by centralized tech companies. Their approach utilizes QR codes for positioning, thus avoiding the need for constant monitoring by devices, which raises privacy concerns. AUKI aims to make spatial computing more decentralized, allowing users to control their data rather than handing it over to big corporations.
Business Model and Tokenomics
AUKI's model involves nodes for networking, storage, and computation, with a decentralized token system incentivizing contributions. The company has launched its native token, which is structured on a burn credit mint model. This means that as tokens are burned for service access, rewards can be fairly distributed to active participants.
As AUKI Labs seeks to penetrate the supermarket sector, the goal is to streamline spatial data collection through collaborative use of AR, thereby increasing efficiency and safeguarding proprietary information.
Future Vision
San discusses a visionary future where screens could vanish in favor of AR glasses that project information seamlessly to the user. He believes that within the next two decades, augmented reality will redefine how we interact with technology, transforming our everyday environments—eliminating the need for conventional screens and allowing for immersive experiences.
The podcast concludes with a discussion of AUKI Labs' ambitious plans, including a forthcoming Domains as a Service product and the launch of a grant program aimed at empowering developers to build on their platform. Upcoming engagements include participation in major industry events like Devcon.
Listeners are encouraged to follow AUKI Labs through their Twitter and the newly launched website for updates and to join their Discord for ongoing discussions.
Keyword
- Decentralized
- Spatial Computing
- Augmented Reality (AR)
- Virtual Reality (VR)
- Digital Twin
- AUKI Labs
- Tokenomics
- Collaborative Solutions
- Privacy
- Domains as a Service
FAQ
1. What is AUKI Labs?
AUKI Labs is a company focused on decentralized spatial computing networks that utilize innovative post-mesh technology to enhance AI perception.
2. How does AUKI Labs ensure user privacy?
Instead of relying on centralized systems that continuously monitor users, AUKI Labs uses QR codes for positioning, thereby minimizing data collection and enhancing user control.
3. What are the key components of AUKI's network?
AUKI's network is built around three types of nodes: networking nodes, storage nodes, and compute nodes, facilitating decentralized interactions.
4. What is the purpose of AUKI's token system?
The token system is designed to reward participants in the network while ensuring that token burns create a deflationary cycle that stabilizes value.
5. What are the plans for the future?
AUKI Labs is expanding its offerings with a Domains as a Service product, targeting sectors like supermarkets for efficient data use, while also fostering developer engagement through grants.