The Compute node allows visiting devices to offload spatial computing tasks like pathfinding and raycasting, allowing the visiting device to preserve battery and data, and allowing the venue to retain tighter control over its data. The Compute node operator is rewarded in AUKI tokens proportionally to the amount of traffic it served.

The Motion node answers visual positioning queries in the domain cluster, allowing visiting devices to get their accurate position without sending data to a global centralized entity. The Motion node operator is rewarded in AUKI tokens proportionally to the amount of traffic it served.

Visual positioning without centralized coordination. Auki’s decentralized VPS allows participating venues to retain complete control of their data by self-hosting (or choosing a trusted partner for) the visual positioning service and the sensitive data that feeds it, while still being open to visitors and interoperability.

The new Reconstruction node ingests image data recorded from DMT 2.0 and other sources to create AI-accessible 3D reconstructions of physical spaces. By running a Reconstruction node, community members can offer spare compute resources to the Auki network and turn image data into robot maps.

Through a partnership with Zappar, Auki is relaunching the powerful navigation tool Gotu as an app-free experience. Visitors will be able to scan into participating domains without downloading an app and find what they’re looking for with best-in-class XR navigation and support for immersive content created in Zappar’s powerful Mattercraft content creation suite.

A new and improved domain setup workflow featuring advanced AI scene reconstruction. Open beta launching for iOS.

Auki is launching and sponsoring an open Domain Viewer to allow the global community to inspect Domains.

The new and improved Auki Network console will make it easier for domain owners, node operators and developers to manage and launch their Auki assets. Featuring improved UI, richer analytics and streamlined workflows, the new Auki Network console is an important upgrade.

As leading sponsors of SuperAI and AWE, Auki will be showcasing how the Auki network enables unparalleled interoperability across different robot manufacturers and use cases.

Auki and Zappar are partnering to launch app-free XR experiences for business, consumers and accessibility. At AWE 2025, Zappar and Auki will be demonstrating blind navigation, immersive experiences, and an AI-enabled content creation engine for the AR metaverse.

Auki and Mentra are partnering to showcase a prototype of spatially aware glasses weighing under 40 grams at AWE 2025.

AugmentOS by Mentra is the world’s first open source operating system for smart glasses, and is adding Auki support at the OS level to empower wearable AI agents to better understand the physical world.

EngineAI is a Chinese robotics manufacturer known for its highly agile and lifelike humanoids. Auki Network integration will it make it easier for these robots to solve real-world tasks and collaboratively reason about physical spaces.

Padbot is a Chinese robotics company with a wide offering of special-purpose robots. Through a partnership with Auki Labs and Alset, Padbot is strengthening the capabilities of their fleet and reducing the barrier to entry for deploying robots to new locations.

Neura Robotics is a German humanoid and special-purpose robotics manufacturer. Neura’s research partnership with Auki aims to demonstrate the enhanced utility of their various platforms by adding protocol-level Auki Network support and app-level Cactus support.

Unitree Robotics is a Chinese robotics manufacturer known for their humanoid and quadruped robots. By adding Auki Network support, these robots will be better capable of navigating and understanding physical environments.

Slamtec is a leading autonomous robotics platform with over 3,000 enterprise clients and over 100,000 individual users worldwide. Auki is adding Auki Network support to various Slamtec platforms to make it easier to deploy large and mixed collaborative fleets.