On June 23, 2025, a new VPN service called VP.NET went live, claiming to overturn the traditional VPN model that requires user trust. By leveraging Intel's Software Guard Extensions (SGX), VP.NET delivers hardware-enforced privacy, making it cryptographically impossible for any entity—including VP.NET itself—to link user identity to browsing activity.
Verified Privacy Through Hardware, Not Promises
Traditional VPNs rely on a claimed no-logs policy, but users must simply trust the provider. VP.NET instead utilizes Intel SGX secure enclaves—encrypted memory regions isolated from the operating system, hypervisor, and even root-level administrators. This means that even under legal compulsion, VP.NET cannot produce usable logs because no identity-to-data link exists in the first place.
Key protections include: triple-layered identity separation (complete isolation of users from browsing data), cryptographic mixers (real-time anonymization of user sessions), and remote attestation (verification that the software and hardware stack is untampered).
Encryption Stack Built for Performance and Security
VP.NET employs the WireGuard protocol enhanced with cutting-edge cryptography: ChaCha20 (256-bit encryption), Poly1305 (message authentication), Curve25519 (ECDH key exchange), BLAKE2s (secure hashing), and AES-GCM 256-bit encryption within SGX enclave memory. This combination delivers strong privacy without sacrificing speed—users can expect speeds exceeding 1 Gbps and latency under 10ms.
Real-World Privacy Features
Beyond hardware security, VP.NET includes: zero-knowledge operations (the platform never knows user activity), packet padding and dummy traffic (to resist deep packet inspection), traffic obfuscation (maintaining anonymity even on monitored networks), and a technically enforced no-logs policy.
The service supports Windows, macOS, Linux, iOS, and Android, with up to 5 simultaneous device connections and a globally distributed network of SGX-enabled servers. The interface is simple with a one-click connection, while offering customization options for advanced users.
The Team: Privacy Pioneers Converge
VP.NET's team includes notable figures in privacy and cryptography: Andrew Lee (founder of Private Internet Access, Chief Privacy Architect), Matt Kim (founder of the Free Thinker movement, Chief Freedom Advocate), Mark Karpelès (former CEO of Mt. Gox, Chief Protocol Officer), and Roger Ver (founder of Bitcoin.com, Chief Liberty Evangelist).
U.S.-Based, Without Jurisdictional Risk
Unlike many VPNs that operate from offshore jurisdictions, VP.NET is headquartered in the United States by design. Because its cryptographic protections ensure that no user-identifying data exists, the platform cannot be subpoenaed or seized—even in the most hostile legal environment. The secure enclave architecture effectively renders jurisdictional concerns irrelevant.
VP.NET represents a new standard for digital privacy: built on code, not trust. Whether for developers, activists, or any privacy-conscious users, it offers guarantees that are technically provable and ethically grounded. Learn more at VP.net.