Slashdot: VP.net Promises "Cryptographically Verifiable Privacy"

Jun 30, 2025

—

Source URL: https://news.slashdot.org/story/25/06/30/1852224/vpnet-promises-cryptographically-verifiable-privacy?utm_source=rss1.0mainlinkanon&utm_medium=feed
Source: Slashdot
Title: VP.net Promises "Cryptographically Verifiable Privacy"

Feedly Summary:

AI Summary and Description: Yes

Summary: The text discusses the launch of VP.net, a VPN service that leverages Intel SGX enclaves to provide users with “cryptographically verifiable privacy.” By ensuring that even the VPN provider cannot track user activities, this service challenges the conventional trust model of VPNs, aligning with emerging zero trust principles in security.

Detailed Description:
– **Introduction of VP.net**: Launched by Andrew Lee, the founder of Private Internet Access, VP.net addresses the longstanding trust issues associated with traditional VPN services.
– **Technology Used**: The service utilizes Intel SGX (Software Guard Extensions) to create isolated environments for handling user data, ensuring that information remains confidential and untraceable even by the service provider.
– **Privacy Assurance**: VP.net promotes its ability to deliver “cryptographically verifiable privacy,” signifying a new level of security where user identities and their browsing activities cannot be linked.
– **Zero Trust Philosophy**: The service aligns with a zero trust security model, where trust is not assumed and users should not have to place their privacy in the hands of potentially unreliable third-party providers.

Key Points:
– **Security Innovation**: VP.net represents a significant innovation in the VPN market, offering high security and privacy assurances that may render traditional trust-based VPN services obsolete.
– **Background of the Team**: The executive team includes notable figures from the Bitcoin community, adding credibility and expertise in terms of privacy and security solutions.
– **Market Implications**: The introduction of a zero-trust VPN could shift the landscape of VPN services, leading to stricter privacy expectations and potentially influencing regulatory perspectives on user data protection.

Overall, VP.net’s unique approach could set a new standard for privacy-centric services in the AI, cloud, and infrastructure security domains.

.NET 1 2 24 3 4 5 a access Act addresses AI and app art as assurance ated based Bi Bitcoin by C centric challenges CI CIA Cloud co community Crypto cryptographic D data Data Protection de domain domains DoT e emerging enclave end environment exp expert expertise extensions for g graph gs H handling hands high http HTTPS implications in information infrastructure infrastructure security innovation Intel Intel SGX inter intern internet internet access io Iron isolated environments issue k Key l land leading led Lee level Li Link linked long M market market implications Mode model N new news no non o of off on ory oS over party party providers phi philosophy point potential pre principles privacy Privacy Assurance privacy-centric pro protection ps Q R rack rag RCE red regulatory regulatory perspectives Ro RoT row Rust s sec security Security Model security solutions service service provider services shift Sig SoC software Software Guard Extensions solutions source SSE SSO T team tech technology technology use ted text the third third-party third-party providers to Tor TP trust trust issues trust model trust principles Trust Security under US use user user data user data protection user identities Users V VPN Ware Wi x z zero Zero Trust Zero Trust security Zero Trust Security Model