Internet Computer launches GDPR-ready European subnet

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Internet Computer launches GDPR-ready European subnet

The DFINITY Foundation, a Swiss not-for-profit organization and a significant contributor to the Internet Computer Protocol (ICP), has announced the launch of a European subnet on ICP. This marks a significant advancement in providing GDPR-aligned infrastructure for decentralized applications (dApps). With this new development, developers on the subnet have access to an array of tools essential for deploying dApps in the European market, ensuring personal and financial data protection under stringent and well-established regulatory practices.

A New Era for Decentralized Applications in Europe

The launch of the European subnet on the Internet Computer is a major step forward in the world of blockchain technology and data privacy. As explained by Dominic Williams, Founder and Chief Scientist of DFINITY, this move empowers web3 builders to create GDPR-compliant online services and applications. This development is particularly significant as it aligns with the increasing demand for decentralized services that adhere to strict data protection regulations like the GDPR.

The European subnet operates as a collection of nodes that are geographically bounded within the EU. This ensures that all data processed and stored within this subnet aligns with GDPR’s jurisdictional requirements, a crucial factor for developers and businesses keen on maintaining compliance with European data protection standards. The subnet’s architecture not only facilitates compliance but also provides a tamperproof infrastructure for building GDPR-compliant applications.

Innovations and Security in Data Protection

The Internet Computer’s unique approach to data privacy and security sets it apart in the blockchain space. Unlike traditional blockchains where all data is publicly accessible, the Internet Computer allows developers to opt for either public or private data settings. This feature aligns with GDPR’s principles, especially regarding data amendment and deletion capabilities, allowing for compliance with the right to rectification and erasure.

Furthermore, the Internet Computer empowers developers with complete control over data and access, enabling them to implement their data protection and privacy policies effectively. The use of canister smart contracts, autonomous software units on the Internet Computer, further bolsters data security and integrity.

The governance of the Internet Computer by the Network Nervous System (NNS) adds another layer of security and reliability. The NNS, a decentralized algorithmic authority, oversees the network’s operations and evolution, ensuring rigorous vetting of node providers and maintaining the network’s integrity.

Looking ahead, two upcoming features on the Internet Computer are set to enhance user data privacy and security within the GDPR framework. ‘VetKeys,’ under development, aims to facilitate distributed decryption, enhancing data security by preventing unauthorized access. Additionally, ‘AMD SEV-SNP,’ launching later in 2024, will secure the boundary node Virtual Machine (VM), isolating it from external threats and creating a digital boundary around data.

The European subnet’s launch follows the approval of three proposals submitted by DFINITY to the NNS, which received overwhelming support from ICP token holders. Now live and available, this subnet opens new opportunities for EU-based developers and enterprises looking to create GDPR-compliant dApps on the Internet Computer.

In conclusion, the introduction of the European subnet on the Internet Computer represents a significant milestone in the blockchain industry. It addresses the crucial need for GDPR compliance, providing a secure and decentralized platform for developers and businesses to innovate while adhering to Europe’s strict data protection laws. As the digital landscape continues to evolve, the Internet Computer’s European subnet stands as a beacon of innovation, privacy, and security in the ever-expanding world of web3.

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