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What is Auki Labs (AUKI)?

Quick Facts

  • Token: AUKI, the native utility token of the posemesh
  • Blockchain: Base (Coinbase's layer-2 network)
  • Category: DePIN, Spatial AI, Decentralized Infrastructure
  • Core mechanism: Burn-to-access and stake-to-operate
  • Founder: Nils Pihl
  • Developer: Auki Labs, tasked by the Posemesh Foundation
  • Key use cases: Robotics, AR/XR devices, smart cities, autonomous vehicles

Introduction

Auki Labs is building the posemesh — a decentralized machine perception network that gives AI, robots, and XR devices a shared understanding of physical space. Think of it as an 'external nervous system' that allows machines to collaboratively sense, map, and reason about the real world.

The AUKI token is the economic backbone of this network, enabling access, coordination, and incentives across a growing ecosystem of devices and developers.

History & Background

Auki Labs was founded by Nils Pihl with a mission to make the physical world accessible to AI. The Posemesh Foundation was established to oversee the broader protocol, and it tasked Auki Labs with developing the software infrastructure.

The AUKI token launched in 2024 via an IDO on Uniswap on Coinbase's Base blockchain, following a strategy that prioritized organic community growth before centralized exchange listings.

How Auki Labs Works

The posemesh is a collaborative spatial computing protocol. Rather than each robot or device independently mapping its surroundings, they share a common spatial map — reducing compute demands and enabling real-time coordination.

Auki Labs provides APIs and SDKs so developers can build applications on top of this shared infrastructure. The network supports use cases from autonomous drone delivery to navigation aids for the visually impaired.

Tokenomics

AUKI is designed as a deflationary utility token. Developers and domain owners burn AUKI to access network services, creating constant demand tied directly to usage. Infrastructure operators stake AUKI to become eligible node operators and earn rewards from the protocol.

All data moving across the posemesh is paid for by burning AUKI, meaning every interaction with the protocol contributes to deflation. This burn-and-stake model aligns the interests of users, builders, and infrastructure operators.

Circulating Supply ? 1.81 billion AUKI
Reserved supply ? 8.18 billion AUKI
FOUNDATION
0x159B0AC1856802946854317FF63f26D9A114E026
1.34 billion AUKI
FOUNDATION
0x1a7EDe4cc85AA3C1092F6C4fd70CDd08626A7d1b
1.49 billion AUKI
FOUNDATION
0x307f6BC835400877268555E8aF4E4E47329027b4
414.45 million AUKI
FOUNDATION
0x9eACd08cED27B96EF6e6bEc438dA967D433aF73b
1.91 billion AUKI
FOUNDATION
0xAc12128DDf7Fc8BfaA4B2689F5FE5e2676aA33c0
372.06 million AUKI
FOUNDATION
0xb24CEcaE11Fd1294578D27a78641081a9556F4e2
343.09 million AUKI
FOUNDATION
0xb8e4755E35941d8803f24db28e118E2A3618B2eb
1.00 billion AUKI
FOUNDATION
0xDBf12324322AdCC9faC535946070A2E5Ef0Cb4AB
532.69 million AUKI
FOUNDATION
0xDFE40928dfA513b75408E5EC6218A69CAa11a3a5
783.03 million AUKI
Total supply ? 9.99 billion AUKI
Max supply ? -- AUKI
Updated 2h ago

Ecosystem & Use Cases

The posemesh targets a broad range of real-world applications:

  • Robotics: Shared spatial maps allow robots to coordinate tasks without independent processing
  • AR and XR devices: Smart glasses and phones can navigate physical locations collaboratively
  • Smart cities: Centralized spatial intelligence for urban infrastructure
  • AI agents: A common perception layer for autonomous systems in physical environments

Over 600 organizations have signed up to build on the posemesh network.

Team, Governance & Community

Auki Labs operates under the direction of the Posemesh Foundation, which owns and governs the broader protocol. The foundation has also joined the Intercognitive Foundation, focusing on open and decentralized infrastructure for physical-world AI.

Token holders can participate in governance of the platform, and the team runs an active grant program to attract developers to the ecosystem.

Advantages

  • Real-world utility: Targets physical-world AI, a massive and underserved market
  • Deflationary design: Token burns tied to every network transaction create sustainable demand
  • DePIN model: Infrastructure owned and operated by the community, not a central entity
  • Strong developer adoption: Hundreds of organizations already building on the posemesh

Risks & Challenges

  • Early-stage technology: Spatial AI and decentralized machine perception are still emerging fields
  • Adoption dependency: Token value depends on widespread real-world device and developer adoption
  • Competitive landscape: Large tech companies are investing heavily in spatial computing
  • Regulatory uncertainty: AI and physical-world data infrastructure may face evolving regulations

Long-Term Vision

Auki Labs envisions the posemesh becoming the decentralized nervous system of AI in the physical world — providing collaborative spatial reasoning for the next 100 billion devices on Earth and beyond. By connecting robots, smart devices, and AI agents through a shared perception layer, the project aims to extend AI's reach into the 70% of the global economy that is still tied to physical locations and labor.

Frequently Asked Questions

AUKI is used to access posemesh network services by burning tokens, and to become a node operator by staking. All data transmitted across the network requires burning AUKI, making usage directly deflationary.

AUKI is deployed on Base, Coinbase's layer-2 blockchain built on Ethereum. Its contract address is 0xf9569cfb8fd265e91aa478d86ae8c78b8af55df4.

The posemesh is a decentralized machine perception network that allows robots, AR devices, and AI to collaboratively understand physical space. It acts as a shared spatial map that reduces compute demands and enables real-time coordination.

Auki Labs was founded by Nils Pihl. The Posemesh Foundation governs the broader protocol and has tasked Auki Labs with building its software infrastructure.

Every time data moves across the posemesh network, AUKI tokens are burned as payment. This means higher network usage leads to greater token deflation over time.

The posemesh supports applications including autonomous robotics, AR/XR navigation, smart city infrastructure, drone delivery, and AI-powered assistance for the visually impaired.

DePIN stands for Decentralized Physical Infrastructure Networks. AUKI and the posemesh follow the DePIN model, where community-owned nodes provide the infrastructure rather than a central company.

Auki Labs provides APIs and SDKs that developers can use to build applications on the posemesh. A grant program is also available to support builders entering the ecosystem.