FAQ's

What are vNFTs?

vNFTs are advanced non fungible tokens that can show real-time data and changes based on that data, offering more interactive and flexible options than traditional NFTs.

How are vNFTs different from dNFTs?

vNFTs can update in real time thanks to the Instruxi Data Mesh, making them more scalable and timely.

What are the benefits of vNFTs?

vNFTs are scalable, offer real-time data updates, making them useful for a broad range of applications.

Can vNFTs represent real-world assets?

Yes, vNFTs can reflect real-world assets and their changes, connecting the physical and digital worlds. The Instruxi data mesh enables integration with RWA tokens with verifiable artifacts stored in off chain systems.

Are vNFTs secure?

Yes, vNFTs maintain high security and data integrity, using cryptographic proofs to confirm data authenticity and prevent tampering.

What is the Instruxi Mesh SDK?

The Intruxi Mesh SDK is a comprehensive toolkit designed to enhance the creation of secure data sharing applications. It integrates features such as decentralized storage, smart contracts, data mesh architecture, and token gating, providing a robust foundation for developers to build scalable and secure applications.

How does decentralized storage work?

Decentralized storage distributes data across multiple locations or nodes, encrypting and ensuring its availability and integrity. This approach enhances data security and resilience against failures or attacks compared to traditional centralized storage systems.

What are smart contracts and how are they used?

Smart contracts are self executing contracts with the terms of the agreement directly written into code. In the Mesh SDK, they serve as a scalable governance layer, automating compliance with data governance standards and facilitating secure data sharing and transactions.

Can the Mesh SDK be used for tokenizing real-world assets?

Yes, the Mesh SDK includes a suite of smart contracts designed for tokenizing data and real-world assets. This feature allows for the digital representation of assets on the blockchain, facilitating secure and efficient transactions or data exchanges.

What is token gating, and why is it important?

Token gating is a mechanism that controls access to specific data or digital assets by requiring possession of a specific token. It is crucial for applications requiring controlled access to sensitive or proprietary information, ensuring that only authorized parties can access the data.

What is a data mesh, and how does it differ from data fabric?

A data mesh is an architectural and organizational paradigm focusing on decentralizing data ownership and architecture. It treats data as a product, with each domain within an organization owning and managing its own data. This contracts with data fabric, which focuses on creating a cohesive and integrated layer of data across the organization, regardless of where it is stored.

How does the Mesh SDK support real-time applications?

The Mesh SDK integrates real-time data processing and querying tools, making it ideal for applications that require immediate data feedback and interaction. This is especially useful in scenarios such as trading platforms or real-time asset tracking systems.

Is the Mesh SDK blockchain agnostic?

Yes, the SDK’s architecture is designed to support integration with various blockchain platforms, offering developers flexibility when working with multiple blockchain technologies.

What are the security measures in place for the Mesh SDK?

The Mesh SDK leverages blockchain technology to ensure secure and transparent data transactions. It also uses smart contracts for data access policies, providing a dynamic and enforceable governance model that complies with established policies and regulations.

How does the Mesh SDK address privacy and sovereignty concerns?

The SDK enables true personal or organizational data sovereignty, with guaranteed proof of existence and chain of custody. This addresses privacy concerns often associated with conventional data management setups, ensuring that data is managed securely and in compliance with privacy standards.