Iran is gradually restoring communications after enacting what observers are calling the most extensive internet blackout in its history. The shutdown, initiated during a government response to nationwide protests in January, went beyond typical censorship measures, severing nearly all connectivity within the country.
Unlike previous disruptions, which largely maintained the functionality of Iran’s domestic intranet – the National Information Network (NIN) – for essential services like banking, the 2026 blackout impacted local infrastructure as well. Mobile networks, text messaging, and landlines were disabled, and even satellite internet services like Starlink were blocked, according to reports.
The regime didn’t simply block access to social media platforms or foreign websites. Even when limited domestic services were restored, core interactive features were removed. Comment sections on news sites and chat functions within online marketplaces were disabled, a move signaling a deliberate attempt to prevent coordination and information sharing among citizens.
This escalation represents a significant shift from the internet restrictions imposed during the “12-Day War” with Israel in mid-2025. During that period, the government primarily focused on blocking specific types of internet traffic while leaving the underlying network infrastructure operational. The current approach, however, involved a more comprehensive dismantling of both the physical and logical layers of connectivity.
According to advocacy groups, the blackout is not an isolated incident but a test of a long-term strategy: a tiered internet system known as Internet-e-Tabaqati. The Supreme Council of Cyberspace, Iran’s highest internet policy body, has been developing the legal and technical foundations for this system since 2009. A regulation passed in July 2025 formally established this two-tiered hierarchy, where access to the global internet is no longer a universal right but a privilege granted based on loyalty and professional necessity.
This tiered system manifests in the form of “white SIM cards” – special mobile lines issued to government officials, security forces, and approved journalists that bypass state filtering. While ordinary Iranians rely on unstable VPNs and blocked ports, white SIM card holders enjoy unrestricted access to platforms like Instagram, Telegram, and WhatsApp. This access is further reinforced through whitelisting at the data center level, creating a digital divide where connectivity serves as a reward for compliance. Reports indicate that white SIM card holders regained connectivity sooner than the general population during the recent shutdown.
The architecture of the shutdown underscores its primary objective: social control through isolation. The Iranian government has determined that simple censorship is insufficient against a technologically adept population capable of circumventing restrictions. Instead, the regime has focused on building a “sovereign” network structure that allows for granular control over connectivity.
By disabling local communication channels, the state aims to disrupt the “swarm” dynamics of protests, preventing small demonstrations from coalescing into larger movements through real-time coordination. The blocking of chat functions in non-political applications, such as ridesharing and shopping platforms, demonstrates the regime’s broad suspicion of any channel that facilitates communication between individuals.
International bodies have increasingly recognized internet access as a fundamental enabler of other human rights. In Iran, the internet serves as an independent record of events. By severing this connection, the regime creates a space where abuses can occur without immediate scrutiny.
Iran’s digital repression model differs from China’s “Great Firewall.” China constructed its digital ecosystem from the ground up with sovereignty as a core principle, creating domestic alternatives like WeChat and Weibo. Iran, however, is building its controls on top of the existing global internet infrastructure, a model that is potentially more exportable. This “overlay model” allows other authoritarian regimes to achieve high levels of control by retrofitting their existing networks. We find already indications of “authoritarian learning,” with techniques tested in Tehran being studied by regimes in unstable democracies and dictatorships. The recent internet shutdown in Afghanistan, for example, was reportedly more sophisticated than previous attempts.
Civil society organizations have launched a campaign advocating for “direct-to-cell” (D2C) satellite connectivity as a potential solution. Unlike traditional satellite internet, which requires expensive and visible terminals, D2C technology connects directly to standard smartphones and is more resilient to infrastructure shutdowns. Advocates are calling for regulators to require satellite providers to include humanitarian access protocols in their licensing agreements, ensuring services can be activated in crisis zones. They similarly urge governments to avoid technology sanctions that could hinder the development and deployment of circumvention tools.
Deliberate internet shutdowns are increasingly common worldwide. The 2026 shutdown in Iran offers a glimpse into a fragmented internet landscape. Efforts to counter these shutdowns require the development of resilient network architectures, offering individuals in repressive countries a greater chance of maintaining access to information and communication.
