Analyse de l'application RostamVPN: VPN Fast & Secure pour le 3 décembre

RostamVPN is a fast, privacy‑focused VPN designed to stay connected on restrictive networks. Powered by a modern WireGuard‑based core (AmneziaWG) with smart obfuscation and a UDP‑only, Privacy‑Enhanced DNS control channel, it delivers low‑latency connections that keep working when others don’t. Why RostamVPN - Fast & lightweight: Built on a modern VPN core optimized for speed and battery life. - Censorship resistance: UDP‑only DNS, multi‑resolver strategy, smart request chunking, and multi‑domain cover support help connections succeed on tough networks. - Stealth & obfuscation: DNS‑shaped decoys, transport size jitter, and same‑port decoys reduce recognizable traffic patterns. - Reliable on slow mobile: Tuned timeouts and buffers, automatic retries, and resolver rotation improve success on congested links. - One‑tap connect: Fetches fresh regions at connect and optimizes ports automatically. - Power user tools: In‑app Debug Logs viewer (copy/share) to help diagnose connection issues. - Open source components: View licenses in “Open‑source licenses” from the app menu. - No root required. Ad‑supported, never blocks core VPN actions. Key capabilities - Modern encryption via a WireGuard‑compatible engine (AmneziaWG). - Privacy‑Enhanced DNS control channel to reduce metadata exposure to intermediaries. - Automatic port discovery and hopping across common service ports to blend in. Designed for real‑world networks - Optimized for unreliable Wi‑Fi and mobile data. - Avoids TCP for DNS where it’s commonly filtered; uses resilient UDP strategies. Permissions - VPN service: Required to establish a secure tunnel. - Network access & foreground service: Required to connect and keep the VPN active. Transparency - RostamVPN uses open‑source components. See “Open‑source licenses” in the app for details. - Ad‑supported to help fund development; ads never interrupt or block VPN connection. Get fast, resilient connectivity with a VPN built for today’s challenging networks.