Techno-Politics is in Iran: What Does the Starlink Paradox Teach us?

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s traditional state sovereignty clashes with the transboundary technologies of the digital age, security doctrines are evolving from cyberspace into the electromagnetic spectrum. By 2026, the situation will have moved beyond simple censorship. In Iran, which has experienced escalating chaos since the beginning of the year, internet outages have transcended content control and have become a display of force at the infrastructure level.

During a time of currency collapse, social unrest, and increased street protests, Iran’s latest major internet outage reportedly lasted over 150 hours, causing $130 million in losses. This event revealed a new phase in Tehran’s technological arsenal, extending beyond radio frequencies and satellite connections. The concept of connectivity is emerging as a national security doctrine, transcending the realm of telecommunications.

For years, the Tehran regime has been developing its own closed ecosystem through the National Information Network. Based on the logic of a “national intranet,” it aims to maintain continuity in critical areas such as architecture, banking, transportation, and public services while filtering global data flow through a state-controlled sieve. The crucial point here is the clarity of political intent rather than technical capacity.

The network is designed to produce services and to control society. The Iranian people’s ability to breach this wall using VPNs, proxy servers, and illicit hardware pushes the state’s security apparatus toward harsher methods and a more costly infrastructure battle. The determining factor in this struggle is how quickly and at what cost access can be reproduced with sufficient depth of coverage.

International pressure: Starlink and electronic warfare

The recent disruption took the form of digital intervention with an international dimension. Starlink became a lifeline for social protests when traditional internet service providers and mobile networks were restricted or disrupted. However, it has also become a direct security problem and operational target for the regime. This is because Starlink disrupts the state’s single-entry system by providing an exception. It is not connected to cables, base stations, or the national backbone. Therefore, Iran’s response to Starlink has gone beyond policing and increasingly resembles electronic warfare.

Emerging indicators in January 2026 suggest that Iran is not shutting down Starlink entirely but rather employing localized, area-based, energy-intensive methods that significantly weaken connectivity in specific regions. While the source cannot be definitively proven, assessments suggest that Iran’s approach resembles signal jamming and deception techniques used by Russia in Ukraine and other actors in various fields. The critical difference is that, instead of shutting down access across the entire country with a single button, a geographic area of disruption can be generated that varies from neighborhood to neighborhood and hour to hour. A connection may work in one location but become unusable just a few streets away. This transforms digital intervention from a “single-button, nationwide operation” into a tool that maneuvers on the ground.

Iran’s new generation of technological interference can be discussed along two main technical axes: signal jamming and positional-time referencing interference. Through jamming methods, the regime can dramatically reduce connection quality in some areas by targeting the satellite communication link that Starlink establishes with terminals in the field. This interference manifests as bandwidth issues (though not publicly clarified), packet loss, high latency, and session drops.

Starlink performance

According to reports from the field, Starlink performance deteriorates significantly during certain periods and in certain areas. Under heavy jamming, the connection becomes a limited and fragile communication channel rather than providing full service. Therefore, the objective is not to eliminate Starlink, but rather to make it costly, risky, localized, and unreliable to create deterrence. This deterrence goes beyond technical aspects, creating psychological pressure on users: even if it works, they can still be caught.

Starlink terminals and satellite acquisition processes are sensitive to location and time reference. Therefore, interference that disrupts GPS signals or generates spurious signals can make it difficult for the terminal to establish a session, destabilize the connection, or reduce its continuity. There is a certain advantage here. In practice, it is possible to disable the connection in a specific area without locating the terminal physically. This is another indication of the shift of the siege from cyberspace to the electromagnetic spectrum. However, the effectiveness of these methods fluctuates depending on the terrain, intensity, and countermeasures.

This infrastructure pressure is not limited to satellite communication. For instance, reports indicate that some regime practices in cities like Isfahan are supported by technological surveillance. IMSI catcher-like devices and camera networks strengthen the control system on the ground. In other words, the intervention model is becoming hybridized. On the one hand, networks are being shut down; on the other hand, signals are being monitored. As information flow is stifled, human movement is tracked by reducing it to data.

SpaceX’s answer: Endurance, software, and speed

Starlink’s role in this environment is a prime example of how a private company can become a geopolitical actor. SpaceX has attempted to increase resilience against such interventions by adjusting the software configuration. The fact that users and observers have reported partial recovery periods suggests that this kind of engineering response may be occurring. However, caution is needed here. Public sources do not definitively confirm the technical mechanism that produced the critical patch on a specific date. Additionally, on-site recoveries could be explained by fluctuations in interference intensity. Therefore, the most accurate statement on this matter is: In techno-political warfare, victory is related not to brute force but to the speed of updates, adaptation capacity, and tolerance for adaptation.

However, software has its limitations. In areas where signal jamming and interference intensify, the risk of terminals being physically identified and captured increases. This creates a new threat, which can be described as “terminal hunting.” Practices aimed at identifying terminals, such as silencing neighborhoods at specific times, targeted raids, whistleblowing systems, and heavy penalties, demonstrate that the struggle is taking place not only in the cyber realm but also in physical spaces. Thus, while Starlink is a channel for connection and information, it can also leave a trace that makes the user visible. This duality transforms the technology from a savior into a complex survival tool.

The Starlink paradox and state-corporate hybridity

Elon Musk’s decision to ease subscription barriers for Iranian users, release successive updates, and simplify the service is transforming SpaceX into a geopolitical actor while amplifying the “Starlink Paradox.” The Starlink Paradox relates to the structural vulnerability created by linking access to the capacity, priorities, and risk tolerance of a single private company. Although estimates of the number of terminals smuggled into Iran vary, even figures in the tens of thousands illustrate that Starlink functions as a kind of digital embassy. However, one point needs to be emphasized. When the debate on digital sovereignty is caught between the state’s demand for absolute control and a company’s singular decision-making power, society can be caught between two opposing forces.

Within a techno-political framework, security construction is increasingly becoming a state-corporate hybrid. Sovereignty is being redefined, not in terms of borders and armies, but rather through cloud infrastructures, satellite constellations, frequency management, and software updates. The risky aspect of this transformation lies in the intertwining of a state’s internal political crisis with a company’s network architecture and a company’s commercial decisions impacting a state’s national security doctrine. Thus, classical diplomacy is becoming intertwined with software diplomacy. States must negotiate with not only other states, but also global infrastructure builders.

“Direct to cell” (D2C)

One emerging technology that could further disrupt techno-political balances is Starlink’s “Direct to Cell” (D2C) architecture. This architecture allows standard phones to connect directly to a satellite with limited capacity without needing a dedicated terminal. The strategic advantage of this model is its ability to establish a minimum connection through a more dispersed user base rather than detectable hardware.

Of course, this is not a magic key that solves everything. Capacity, coverage, service types, and technical constraints remain decisive factors. Furthermore, undetectable signals are not absolute. Managing phone signals can open the door to different types of monitoring and suppression methods. However, the regime is still troubled by the increased difficulty and cost of large-scale targeted suppression practices, such as terminal hunting. This also calls into question the economic and political sustainability of disruption.

As we have seen many times in history, technology often runs into bureaucracy. Licensing processes, compliance with regulations, and regulatory frameworks delay the deployment of D2C in crisis zones. Pressure from activists and the international community essentially demands that the US transform a technological opportunity into a geopolitical will. “Connectivity” is now a policy decision. Here, states are responsible for managing the legal, ethical, and security dimensions of technology transparently, rather than treating it as a “miracle.”

(This article was published in Turkish by Kriter)