Here you'll find answers to the most common questions about our product.
Still need help? Reach out to our friendly support team.
RaccoonLine is a decentralized VPN (dVPN) and distributed file storage platform built on blockchain technology. Unlike traditional VPNs that route your traffic through company-owned servers, RaccoonLine directs it through a peer-to-peer network of user nodes. This means there is no central infrastructure that can be hacked, seized by court order, or forced to hand over your data. The platform combines three core tools in one application: decentralized VPN for private browsing, decentralized File Storage (DFS) system for secure file management, and a secure wallet for storing crypto assets.
Traditional VPNs replace one point of trust with another — the VPN provider's servers. Even with a no-logs policy, centralized providers can be forced to cooperate with authorities, and their infrastructure can be compromised. RaccoonLine eliminates the central server entirely. Your traffic is split into encrypted fragments, routed through multiple independent nodes worldwide, and reassembled at the destination. No single node — not even RaccoonLine itself — ever sees your full data or stores records of your activity.
RaccoonLine offers a free plan with basic dVPN functionality. Premium subscriptions unlock additional features such as increased DFS storage, advanced routing modes, and priority network performance. Important: you can earn ROCC tokens by sharing your unused bandwidth and use them to pay for premium features. Many users fully cover their subscription through participation instead of direct payments.
The public beta of RaccoonLine was launched in January 2025. The platform currently runs on Windows, macOS, and Android, with iOS coming soon. Development is ongoing, with new beta phases introducing advanced features such as the decentralized File Storage layer, wallet, and dVPN router. Early users participating in the beta can earn ROCC tokens by reporting bugs and contributing to network stability.
No. The architecture of RaccoonLine makes logging technically impossible, not just prohibited by policy. Since traffic is fragmented and passes through multiple nodes, no single node has a complete picture of your activity. Therefore, there is no central database to store or hand over. This is a structural guarantee, not a legal promise.
Wandering Flow is a dynamic routing mode in RaccoonLine. Unlike traditional VPNs that maintain a fixed connection to one exit node, Wandering Flow constantly changes routes across different nodes and regions — even within a single session. This significantly complicates traffic correlation attacks, as each packet may take a different path.
RaccoonLine applies end-to-end encryption across every node in the route. Each node adds its own encryption layer, meaning that intercepting a single fragment provides no useful information. The full data picture exists only at the final destination. The platform also blocks DNS spoofing at the protocol level.
No. Nodes only see encrypted fragments of data, never the full request or its contents. Even users on the same local network cannot access the traffic passing through a node. This is ensured by fragmentation and multi-layer encryption architecture.
RaccoonLine is designed to bypass standard VPN blocking methods. Unlike traditional VPNs with fixed IP addresses, its peer-to-peer architecture and constantly changing routes make traffic harder to detect and filter. However, users in highly restricted countries should consider local laws.
ROCC is the native utility token of RaccoonLine, built on blockchain. It serves two purposes: payment — subscriptions can be paid with ROCC, and rewards — users providing bandwidth earn ROCC proportional to their contribution. The blockchain records contribution data, ensuring transparent reward distribution.
There are two main ways to earn ROCC: Network Mining — running the client with node mode enabled, and Social Quests — completing community tasks.
No. The client runs on Windows, macOS, Android, and iOS with minimal resource usage. Dedicated dVPN routers are also available for continuous node operation.
Currently, ROCC is in the pre-listing stage and is used within the ecosystem. Exchange listing is planned for the next phase of development.
Yes. Tokens earned through network participation can be used to pay for premium subscriptions.
RaccoonLine is available on Windows, macOS, Android, and Linux (via Docker). iOS support is coming soon.
Yes. Requirements: NET_ADMIN, SYS_MODULE, /dev/net/tun device, and host network mode. On first launch, the -registration flag is used.
DFS is a decentralized file storage system within the platform. Unlike traditional cloud services, files are distributed across the network without a single point of control. The system maintains high privacy: file storage and node operation are independent processes, and separate encryption is used.
Support is available on the official RaccoonLine website: raccoonline.com. The platform also has an active Telegram community where users and developers discuss issues and share setup recommendations.
Check the following: Is the client updated? Is it blocked by a firewall? For Docker: verify host mode and /dev/net/tun are configured. Was the registration flag removed after first launch?
