RaccoonLine Analysis: P2P Architecture Resists Turkey’s Wave-Based VPN Blocking

Rome, Italy, May 15th, 2026, CyberNewswire

RaccoonLine, a provider of decentralized networking solutions, has published a comprehensive technical analysis detailing the mechanics of “wave-based” internet censorship in Turkey. The report, released following the Telecommunications Authority’s (BTK) recent blocking of its 20th major VPN service, explains why decentralized P2P (Peer-to-Peer) architectures offer a structurally different alternative to traditional VPN infrastructure in high-enforcement environments.

Turkey’s approach to VPN blocking is different from China or Iran. The country does not run a continuous machine-learning DPI system across all traffic. Instead, the Telecommunications Authority (BTK) uses a wave-based blocking strategy: periodic enforcement actions that target specific VPN services, combined with App Store removals and IP-range blocking of known infrastructure. Since 2023, over 20 VPN services have been blocked in Turkey. The blocking spikes during periods of political sensitivity and is less aggressively enforced between those periods.

How Wave-Based Blocking Works

When Turkey blocks a VPN service, it typically acts on two levels. The service’s domain and app store listing get blocked or removed. The IP ranges associated with that service’s server infrastructure get added to national blocklists.

Commercial VPN providers with fixed server infrastructure are directly exposed to this approach. When a major provider gets targeted, their known server IPs are added to the blocklist and their apps are removed from Turkish app stores. Users who downloaded the app before the block can still attempt to connect, but to blocked IP ranges. The blocking is effective against providers with static, publicly known server infrastructure.

Decentralized Node Infrastructure and IP Based Blocking

A P2P dVPN node network uses residential IPs contributed by individual operators. These IPs are not associated with VPN service infrastructure in any public database. They do not appear in VPN IP range lists that blocking systems rely on. They look like ordinary internet users.

There is no static list of server IPs to block. The node pool changes as operators join and leave the network. Blocking a decentralized VPN through IP-range methods requires identifying individual residential IPs, which means first detecting the traffic as VPN traffic at the protocol level. With VLESS protocol handling the protocol-level detection problem, the wave-based IP blocking approach loses its primary input. The system cannot block IPs it cannot identify as VPN infrastructure.

App Store Access

App Store removals are part of Turkey’s enforcement toolkit. Several VPN applications have been removed from Turkish app stores following BTK orders. Users who have already downloaded the application retain access, but new users cannot install through standard channels. RaccoonLine’s client applications are available for download directly from raccoonline.com, independent of app store availability. Users in Turkey should download the application before any potential enforcement action.

During Periods of Heightened Enforcement

Turkey’s blocking activity increases significantly around elections and major political events. Fixed-endpoint VPN servers have shorter operational lifespans during enforcement spikes. An IP that functions for weeks in normal periods may be blocked within hours during active enforcement.

Dynamic routing through a P2P node network is more resilient to this pattern. The exit point changes continuously, so the behavioral signals that trigger IP flagging do not accumulate at any single address. The enforcement system is optimizing for static targets; dynamic infrastructure presents a moving target.

Legal Context

VPN use itself is not illegal in Turkey. The blocking targets specific services rather than the technology. Individual users accessing blocked services through VPNs face limited direct legal risk, though the legal environment around internet access continues to evolve. Businesses operating in Turkey that rely on VPNs for legitimate purposes represent the majority of VPN users in the country.

About RaccoonLine

RaccoonLine’s P2P node network presents a structurally different target for Turkey’s wave-based blocking approach. Residential node IPs are not in any VPN infrastructure database. The node pool changes continuously. VLESS protocol removes the protocol-level detection signal that IP-range blocking depends on. Client applications are available for direct download at raccoonline.com, independent of app store availability.

Contact

CMO
German Melnik
admin@raccoonline.com