The smart cities of the future will be built on interoperable, collaborative mapping systems that enable robots, devices and AI to function in the real world. Our member Auki Labs is pioneering a decentralized approach with Auki network domains. Unlike traditional centralized mapping systems, Auki domains empower individuals and communities to create, own, and share their own spatial data. This innovation represents a shift towards user sovereignty, privacy, and collaboration in augmented reality (AR) and spatial computing.
What Are Auki Domains?
The Auki network is a posemesh: a decentralized machine perception network and collaborative spatial computing protocol, enabling digital devices to securely and privately exchange spatial data to form a shared understanding of the physical world. Domains are decentralized, private, and persistent virtual spaces mapped using Auki Labs’ posemesh protocol. Instead of relying on centralized servers or cloud-based storage owned by large corporations, these domains enable users to create and control their own spatial environments. With the help of Portal Kits—QR-based calibration points—anyone can set up a domain and allow others to access it seamlessly.
Decentralization vs. Centralization
Traditional digital maps, such as those provided by Google or Apple, collect and store massive amounts of user location data. This centralized control raises concerns about surveillance, privacy, and corporate monopolization of spatial information. In contrast, Auki domains function on a peer-to-peer system, ensuring that users retain ownership of their mapped environments and data.
A Permissionless and Persistent Spatial Layer
The Auki network allow for real-time, collaborative spatial experiences without requiring a centralized authority’s approval. This is particularly valuable for AR applications, where low latency and precise spatial understanding are critical.
Unlocking Creative Possibilities
Auki Labs’ approach opens up new possibilities for AR and spatial computing. With tools like the McKenna app, users can decorate their domains with NFTs, images, and 3D assets, turning physical spaces into immersive experiences. This ability to customize and persistently modify spatial environments gives creators, businesses, and individuals a new way to engage with digital content.
Privacy and Data Ownership
One of the biggest advantages of Auki domains over traditional maps is privacy. Users are not required to share their location data with centralized servers, reducing the risk of tracking and data exploitation. Instead, individuals have complete control over who can access their domains and what data is shared.
The Future of Decentralized Mapping
As spatial computing continues to evolve, the demand for decentralized solutions will only grow. The Auki network presents a compelling alternative to traditional mapping technologies by offering greater autonomy, security, and creative freedom. This new paradigm could redefine how we navigate and interact with the physical and digital worlds.
Auki Domains represent a bold step towards a decentralized future, where spatial data is owned by individuals rather than corporations, aligned with the principles outlined in our intercognitive pillars, maps and positioning. By enabling peer-to-peer collaboration, privacy-first mapping, and persistent AR experiences, Auki Labs is reshaping the landscape of digital navigation and augmented reality. As adoption grows, Auki domains could become the foundation for a truly open and user-controlled spatial web.
