Datagram Launches Closed Beta of Decentralized, No-Logs VPN Network

• The VPN maintains the robustness and privacy benefits of a distributed network while offering superior performance on par with centralized providers by doing away with relay chains and multilayer encryption layers.
• Instead of relying on trust, Datagram VPN uses architectural limitations to achieve a real no-logs environment.

Closed beta testing for Datagram VPN, a new generation of privacy networks based on decentralized infrastructure and designed to provide quick, safe, and reliable connectivity without the vulnerabilities of centralized VPN services, has been launched, according to Datagram, the Hyper-Fabric Network for DePIN interoperability. The VPN, which will soon be fully operational throughout Datagram’s global node substrate, has a single-hop routing architecture and a verifiable no-logs design.

While Datagram VPN creates a direct encrypted tunnel to a single independently run node that serves as both the entrance point and the exit to the public internet, conventional VPNs channel data via massive server clusters or multi-hop pathways. WireGuard with ChaCha20-Poly1305, the Noise Protocol Framework, Curve25519 key negotiation, and ephemeral session keys that guarantee forward secrecy are used to encrypt traffic. The VPN maintains the robustness and privacy benefits of a distributed network while offering superior performance on par with centralized providers by doing away with relay chains and multilayer encryption layers.

Instead of relying on trust, Datagram VPN uses architectural limitations to achieve a real no-logs environment. With stateless daemons, no telemetry or analytics systems, volatile memory key storage, and disabled logging, nodes execute reproducible images. No party can gather, store, or reconstruct user behavior since Datagram does not maintain centralized infrastructure and operators lack the technological capacity to preserve session information. This method brings the VPN into compliance with international privacy laws like the CCPA and GDPR.

Strict node certification and clever client-side routing preserve the network’s performance. The bandwidth, uptime, CPU load, and geographic diversity standards must all be met by the nodes. To guarantee that users are immediately routed to the strongest node available, clients continually assess latency, packet loss, proximity, and historical dependability. With the use of quality criteria, adaptive selection, and decentralized infrastructure, Datagram VPN is able to achieve high throughput without the coordination overhead and congestion that are common in distributed networks.

Datagram is using a dual-structured revenue model for the VPN in order to promote long-term sustainability. Periodic $DGRAM token burns account for around half of monthly VPN revenue, with the burnt amount going back into the latent supply pool that supports node operator incentives. The remaining revenue supports client operations, infrastructure growth, engineering, and continuous Datagram ecosystem development. On the Datagram L1 Blockchain, users may buy the VPN service using fiat money or the native cryptocurrency DGRAM here.

The new era of Internet connectivity and DePIN cross-network interoperability is being redefined by Datagram, a global, AI-driven Hyper-Fabric Network. In order to provide smooth, low-latency performance across gaming, artificial intelligence, telecom, and other industries, the network dynamically optimizes traffic, minimizes congestion, and grows with ease by using idle hardware and bandwidth. Datagram is the next-generation baselayer for DePINs and high-performance applications, having serviced more than 200 businesses and one million customers globally.