Hà Nội, Vietnam, May 13th, 2025, Chainwire

MEY Network has announced the launch of its Property Token Offering (PTO) NFTs , a blockchain-based solution designed to facilitate fractional ownership of high-value real estate assets across global markets.

The initiative aims to increase accessibility to premium real estate by allowing individuals to invest in tokenized property shares. Each PTO NFT represents a verified fraction of a real-world property, offering holders exposure to potential rental income, capital appreciation, and the ability to trade their assets on supported secondary marketplaces.

Real estate has traditionally been accessible only to institutional investors and high-net-worth individuals,” said a spokesperson for MEY Network. “With PTO NFTs, we are introducing a model that broadens access while leveraging blockchain for transparency and liquidity.

• Fractional Ownership: Users can invest in property shares at significantly lower entry points compared to traditional real estate.
• Income Potential: Holders may receive a portion of rental distributions, depending on property performance.
• Liquidity: Tokenized shares are tradeable on compatible NFT marketplaces, allowing flexible entry and exit.
• Global Reach: Over 40 tokenized properties are currently available across major cities worldwide.

To coincide with the launch, MEY Network has opened a limited whitelist round. Participants in this phase will gain early access to select property offerings and benefit from initial pricing not available after the public launch. Additional incentives include potential staking rewards and ecosystem-based benefits.

About MEY Network

MEY Network is a decentralized real-world asset (RWA) platform focused on tokenizing global real estate. The platform provides infrastructure for secure, compliant, and transparent property investments through blockchain technology. With its PTO NFT model, MEY Network aims to bridge the gap between traditional real estate and the emerging digital asset economy.

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This article was originally published on Chainwire