
We are excited to enter into a collaboration with the world's leading luxury phone brand VERTU, in a partnership that will enable this innovative company to leverage various solutions within the AIOZ Network to enhance the experience of its end-users.
The METAVERTU 2, VERTU's luxury web3-focused phone that leverages blockchain technology and AI, will utilize the 80,000+ AIOZ DePIN nodes to power its storage, content delivery, and in the near future, its AI computation.
AIOZ Network will also serve as the storage technology provider for VBOX, an application on METAVERTU 2 that provides VERTU users with large-capacity distributed storage of their photo albums or files. The METAVERTU episode of AIOZ Pin Success Stories describes how the integration works.

With a premium quality build and a luxury finish, the METAVERTU phone provides its users with a unique experience on one of the world's first web3 phones.
This unique experience is set to be enhanced significantly with the integration of web3 storage and decentralized content delivery provided via AIOZ Network's built-in infrastructure.
This integration also provides METAVERTU's users with increased data autonomy since their data and files won't be in the control of a central authority, but will be distributed across thousands of global AIOZ nodes instead.
AIOZ Network's decentralized storage solution leverages globally distributed nodes, replacing traditional centralized data centers, to enhance data reliability and access speed.
AIOZ Network employs encryption and fragmentation technologies on its decentralized storage solution to ensure data security. This means that even if some nodes on the AIOZ network are attacked, data will not be leaked or lost.
Compared to traditional cloud storage services, AIOZ Network's decentralized storage optimizes resource utilization, thereby lowering storage costs.

VERTU will utilize AIOZ Network's distributed CDN to achieve fast and reliable content distribution, thus reducing buffering times and enhancing user satisfaction with its VIBER video player.
VERTU's VBOX will leverage AIOZ Network's decentralized storage services to provide users with distributed backup space for photo albums, contacts, and files up to 10TB, offering a more secure and private data storage option.
This not only ensures data security and privacy but also provides faster data recovery services.
This partnership signals one of many real world partnerships with companies that intend to utilize the power of AIOZ Network DePIN and infrastructure. The AIOZ Network ecosystem overview lists other partners.
With AIOZ W3S already live and the launch of AIOZ W3IPFS around the corner, we are happy to be onboarding multiple web3 clients that are also looking forward to leveraging AIOZ Network infrastructure in their dApps.
Check out more info related to AIOZ W3IPFS:


AIOZ Network is a DePIN for Web3 AI, Storage and Streaming.
AIOZ empowers a fast, secure and decentralized future.
Powered by a global network of DePINs, AIOZ rewards you for sharing your computational resources for storing, transcoding, and streaming digital media content and powering decentralized AI computation.

An IPFS dedicated gateway on AIOZ Pin is called a premium gateway. See what the free plan limits, what a paid plan adds, and what happens at zero balance.

Pin by CID asks a pinning service to fetch content already on IPFS and keep it. Covers the AIOZ Pin pinByHash call, statuses, and why a pin stalls on Pinning.

IPFS gateway not working? Read the status code first, then check the CID, your request rate, and whether anyone is providing the content. Here is the order.

ERC-1155 metadata on IPFS breaks when filenames ignore the {id} rule. Here is the exact 64-character format, a working folder layout, and the per-token option.

AIOZ Pin rate limits in one place: 180 requests per minute for the API, 15 per CID on the public gateway, and no predefined limit on premium gateways.

IPFS pin stuck on Pinning? Here is what Pinning, Pinned, and Failed mean on AIOZ Pin, why big directories can sit there, and how to read a pin's real state.