When the Iranian government moved to block Telegram—a messaging app used by millions within the country—it expected to curb communication. Instead, the ban triggered an unexpected outcome: a massive, sustained shift toward tools that circumvent state control. According to Telegram co-founder Pavel Durov, the policy has not only failed but also accelerated the adoption of privacy-enhancing technologies.
How Iran’s Telegram Ban Backfired
“Iran banned Telegram years ago,” Durov stated on Friday. Yet, he noted, tens of millions of users in Iran continue to access the platform using virtual private networks (VPNs) and similar circumvention tools. VPNs function by routing internet traffic through servers located worldwide, masking users’ IP addresses and physical locations. This simple technical maneuver allows individuals to bypass national firewalls and access blocked services.
Durov framed the result as a strategic loss for the state: “The government hoped for mass adoption of its surveillance messaging apps, but got mass adoption of VPNs instead.” He highlighted the scale of this “digital resistance,” citing “50 million members” in Iran, joined by “over 50 million more in Russia.” These figures underscore a broader trend: when states restrict communication, users often seek out—and sustain—workarounds that prioritize privacy and access.
Source: Pavel Durov
Decentralized Tech as a Counter to Censorship
Proponents of decentralized technology argue that systems built on blockchain, cryptocurrency, and encrypted peer-to-peer messaging can inherently resist state-imposed restrictions. Unlike centralized platforms that rely on specific servers or jurisdictions, decentralized networks distribute data across many nodes, making them harder to shut down entirely. Encrypted messaging apps, in particular, offer security that state-run alternatives often lack, further driving user preference for autonomy over surveillance.
Related: Global turmoil pushes uptake of decentralized messengers, social media
Real-World Shifts: From Iran to Nepal and Madagascar
The dynamics Durov described are not isolated to Iran. In January 2026, Iran imposed a nationwide internet blackout amid escalating protests and regional conflict. Even then, residents found ways online—through satellite services like Starlink (despite a government ban) and through mesh-networking apps like BitChat.
BitChat operates differently from conventional messaging apps. It uses Bluetooth radio waves to create a local mesh network between devices, turning each phone into a relay node that passes data directly to other nearby phones running the app. This approach bypasses the traditional internet infrastructure entirely, making it resilient against both ISP blocks and satellite disruptions.
The components of the BitChat messaging application tech stack. Source: GitHub
Case Study: BitChat’s Surge During Social Media Bans
When Nepal’s government imposed a social media ban in September 2025 in response to protests, BitChat downloads spiked dramatically—over 48,000 installations in that single week. That same month, protestors successfully toppled the Nepalese government. A similar pattern emerged in Madagascar, where political unrest also drove a surge in BitChat usage around the time of Nepal’s revolution.
These episodes illustrate a clear correlation: when states restrict mainstream digital channels, users rapidly adopt decentralized or mesh-based alternatives that preserve communication. The tools not only serve immediate practical needs but also become part of broader movements for political change.
Magazine: Did Telegram’s Pavel Durov commit a crime? Crypto lawyers weigh in
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