Auki Labs is developing the posemesh, a decentralized machine perception network intended to support the next 100 billion people, devices, and AI on Earth and beyond. The project aims to transform interactions with augmented reality (AR) and the digital realm.

The company establishes posemesh domains, which act as virtual real estate for shared AR environments. This setup enables users to see and engage with digital data layered over physical spaces. For example, in a supermarket, AR could show where products are located and handle inventory tasks automatically, helping to cut waste and keep shelves filled.

By using blockchain technology, the posemesh network keeps data distributed, secure, transparent, and intact. Auki Labs looks to apply this AR-enhanced efficiency and user experience to various real-world situations, not just retail.

The AUKI cryptocurrency is central to this system, driving transactions and rewarding network participation. Auki Labs seeks to merge blockchain with AR to build a more connected and intelligent digital environment.

Auki Labs relies on the posemesh, a decentralized machine perception network built to support the next 100 billion people, devices, and AI on Earth and beyond. This blockchain-enabled protocol facilitates collaborative spatial computing, allowing devices to comprehend and engage with their environment within a shared augmented reality (AR) space. The technology enables the formation of posemesh domains, which function as virtual real estate for shared AR interactions.

Consider a mall using Auki Labs’ posemesh: as you move through the area, AR overlays direct you to stores and show real-time product details and promotions. The system can also streamline inventory management by ensuring popular items are restocked effectively, which cuts waste and avoids stockouts.

The underlying blockchain is essential for preserving the posemesh network’s security and integrity. It guarantees that data remains transparent and immutable, preventing malicious manipulation. Every transaction or data entry is stored in a block linked to the prior one, creating a chain. Altering any information would require changing all following blocks and gaining consensus from the whole network, making it nearly impossible.

Auki Labs holds a patent for employing visual-inertial odometry to lower GPS measurement uncertainty. This approach merges camera visual data with sensor inertial data to track device position and orientation in real time, boosting spatial data accuracy for more reliable AR experiences and location-based services like navigation.

The $AUKI token is central to the ecosystem. It has reached a key milestone with its initial centralized exchange listing on MEXC and is planned to launch on Uniswap. The token supports transactions within the posemesh network, letting users buy virtual real estate, unlock premium features, and take part in platform governance.

The team is also developing software infrastructure for the posemesh to ensure scalability for increasing users and devices. This includes building robust APIs and SDKs for developers to create applications on the network. By offering these tools, Auki Labs aims to encourage a lively ecosystem of third-party apps that utilize decentralized machine perception.

Beyond technical advances, Auki Labs focuses on practical applications. In a supermarket, AR might guide shoppers to items, display nutritional info, and recommend recipes based on available products. This improves the shopping experience while helping retailers optimize operations and boost customer satisfaction.

The decentralized structure of the posemesh makes it resistant to attacks and failures. Unlike centralized systems with single points of failure, this network spreads data and processing across multiple nodes. This distribution makes compromise harder for attackers and allows the network to keep running even if some nodes go offline.

By combining blockchain technology, visual-inertial odometry, and decentralized machine perception, Auki Labs is pioneering a new era of spatial computing. The posemesh network lets devices share information and collaborate in real time, producing immersive AR experiences that are both engaging and practical.

Auki Labs (AUKI) is developing decentralized machine perception networks and collaborative spatial computing protocols. Its core innovation, the posemesh protocol, underpins several real-world uses that improve how we engage with digital and physical settings.

One major use case is augmented reality (AR). Auki Labs creates posemesh domains to establish virtual real estate for shared AR experiences. This lets users layer digital data onto physical areas, changing our interaction with the environment. For example, in an AR-enabled shopping mall, visitors can navigate more effectively by viewing real-time details on store positions, stock, and deals via their AR devices.

In retail, the technology aims to transform inventory control. By combining AR with the posemesh protocol, stores and supermarkets can automate stock tracking. The system monitors high-demand items and handles reordering automatically, which lowers the risk of goods expiring or selling out. This boosts operational efficiency and customer satisfaction by keeping popular products in stock.

Auki Labs also uses its decentralized machine perception network to boost intercognitive capacity, enhancing how people and systems exchange and process data. In collaborative workplaces, the posemesh protocol can support better team coordination by offering a shared AR space for visualizing and adjusting ideas and data in real time.

Furthermore, the technology applies to non-fungible tokens (NFTs). Users can employ AR to adorn physical locations with NFTs, creating distinct interactive spaces that mix digital art with the real world. This provides new avenues for artists, collectors, and businesses to connect with audiences.

As of now, these examples illustrate Auki Labs' potential to reshape various sectors by blending digital and physical worlds through advanced AR and decentralized networks.

Auki Labs, recognized as a pioneer in decentralized machine perception networks, has achieved notable progress in augmented reality and cryptocurrency. Several key events define their trajectory:

• They launched an app that lets users decorate shared augmented reality spaces with NFTs, blending digital assets into physical settings. This release attracted coverage from major outlets such as Venture Beat, Cheddar, Forbes, CoinDesk, Coin Telegraph, and Unchained.
• The team published a whitepaper detailing the technical and economic structure of their posemesh protocol. This framework enables users to establish domains and join a decentralized network, creating a new form of virtual real estate. The posemesh economy aims to reward participants to support network sustainability and growth.
• Their technology targets industries like retail, property, and events. For example, it can improve mall shopping by helping shoppers locate items via augmented reality, while allowing stores to automate inventory management to cut waste and avoid stockouts.
• They maintain an active community on Discord, where developers and users collaborate. This engagement helps refine the technology and broaden its applications.
• The AUKI token is planned to start trading on Uniswap. This step is expected to boost liquidity and offer more ways for users to interact with the ecosystem.
• The company aims to transform interactions between the digital and physical worlds through its vision of a decentralized machine perception network, focusing on practical real-world uses at the intersection of virtual reality and cryptocurrency.

Auki Labs was established by a group of founders with varied backgrounds. Nils Pihl contributes his background in data science and behavioral engineering, while co-founder Santeri Aramo offers expertise in blockchain technology and software development. John Skalin, Robin Lindh, and Elden Tse are also key figures who bring distinct skills to the initiative. This team developed Auki Labs (AUKI), a platform that uses augmented reality and blockchain to blend digital and physical environments.