Decentralized VPN Solutions

Ping Network provides decentralized VPN routing and residential proxy access through a global network of contributor nodes on Solana. Server nodes — dedicated hardware run by operators — are optimized for high-throughput VPN routing and enterprise traffic management, while edge nodes supply residential IP addresses sourced from real consumer devices rather than data centers. The platform's proxy pool spans over 190 countries and offers four proxy types — Mobile, Data Center, ISP, and Residential — priced from $0.30 per GB, with access available via a dashboard and API. Because residential and mobile proxy addresses originate from genuine consumer devices rather than identifiable data center ranges, they are substantially harder for target sites to block — a meaningful advantage for enterprise use cases such as AI training data collection, ad fraud verification, and competitive price monitoring. The decentralized architecture eliminates the single points of failure present in centralized VPN and proxy providers. Security measures include end-to-end encryption of user traffic, client authorization verification at the node level, and on-chain slashing penalties for validators that submit fraudulent proofs or fail to maintain uptime.

NetSepio Erebrus protocol is a decentralized VPN that replaces centralized server infrastructure with a peer-operated node network, removing single points of control and enabling censorship resistance across the internet. The protocol supports three distinct transport modes to accommodate different threat environments: WireGuard for standard fast-path connectivity, VLESS with the REALITY stealth carrier to disguise VPN traffic as normal HTTPS and bypass deep-packet inspection in restrictive networks, and Hysteria2 for QUIC-based connectivity with optional obfuscation under high-latency or congested conditions. A companion dWiFi product extends VPN-grade protection to public wireless networks with an added firewall layer for users on untrusted hotspots. Erebrus launched mobile applications in November 2024 on Android and iOS and became available on the Solana dApp Store, allowing Solana Mobile device owners to activate subscriptions through their blockchain-native devices. The protocol is built around strict data minimization: it does not log traffic content, destination IPs, DNS queries, or connection records, transmitting only bandwidth metadata and online-time for billing. This privacy architecture, combined with protocol flexibility across three transport modes, positions Erebrus for users who require genuine censorship circumvention rather than basic privacy alone.

encryptSIM delivers privacy-preserving mobile connectivity through a Solana-native eSIM service covering 210 destinations globally, with no identity verification required at any stage. A decentralized VPN integration is in active development that will bundle complimentary dVPN access into subscriber data plans, adding network-layer privacy on top of the SIM-level identity separation the service already provides. The service is live and accepts SOL, ETH, USDC, and card payments at checkout. The dVPN integration is designed to close the remaining gap in mobile privacy once the eSIM removes identity from connectivity. Network access routes through infrastructure in Sweden, where metadata retention requirements do not apply, making privacy structural rather than policy-dependent. Planned private on-chain payments via the native $ESIM token will obscure transaction context at checkout, combining SIM privacy, network privacy, and payment privacy into a single product stack.