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The corporation that co-owns Iran’s largest mobile network also built its first satellites, manufactured its missile guidance systems, signed the agreement that makes its ballistic missiles GPS-jamming resistant, and provides the telecommunications intelligence that guides them to their targets. MTN Group holds a 49 per cent stake in that corporation’s joint venture.
There is a sentence buried in the Iran Watch database entry for Iran Electronics Industries — a single clause that, properly understood, constitutes one of the most consequential corporate disclosures in the history of weapons proliferation accountability. Iran Electronics Industries, it states, “holds shares in Iran Electronic Development Company (IEDC), a joint venture with Bonyad Mostazafan that is the majority owner of Irancell, a major Iranian telecommunications company.” The same entry records that IEI “designs and produces communications, research and remote sensing satellites as well as ground stations”, that it “developed the Omid and Fajr satellites”, that it “concluded a memorandum of understanding with China’s BeiDou Navigation Satellite System to transfer satellite navigation technology to Iran”, and that it was linked by the German government to “a laser gyroscope factory in Shiraz connected to Iran’s ballistic missile programme”. It was listed by Japan in 2023 as an entity of concern for proliferation relating to missiles and nuclear weapons.
Iran Electronics Industries is, in other words, the primary manufacturer of Iran’s military satellites, a core node in its ballistic missile guidance supply chain, and the majority owner of Irancell. MTN Group, the Johannesburg-listed telecommunications conglomerate, holds a 49 per cent stake in the joint venture through which IEI exercises that ownership. This is not a corporate curiosity. It is a proliferation architecture.
The pivot entity
To understand how a South African telecommunications investment became embedded in Iran’s intercontinental ballistic missile programme, it is necessary to understand the structure of Iran’s Ministry of Defence and Armed Forces Logistics, known as MODAFL. MODAFL is the unified organisation directing Iran’s defence industries. Its subsidiaries include the Aerospace Industries Organization, which manages the ballistic missile programme overall; the Shahid Hemmat Industrial Group, responsible for liquid-fuelled missiles including the Shahab-3 and Ghadr family; the Shahid Bakeri Industrial Group, which produces solid-fuelled rockets; and Iran Electronics Industries. All of these entities sit beneath the same ministerial command. All of them share procurement networks. All of them are sanctioned by the United States, the European Union, the United Kingdom and the United Nations.
IEI is MODAFL’s electronics and guidance arm. The US Treasury designated it under Executive Order 13382, noting that it “offers a diversified range of military products including electro-optics and lasers, communication equipment, telecommunication security equipment, electronic warfare equipment, radar tubes, and missile launchers.” Its subsidiary Shiraz Electronics Industries produces “radars, avionics and control systems, training simulators, missile guidance technology, and electronic test equipment.” Through a separate subsidiary, Electro Optic Sairan Industries (SAPA), it collaborates with other MODAFL entities to produce and integrate components for unmanned aerial vehicles and missile guidance systems. And through its joint venture stake in IEDC — shared with the Bonyad Mostazafan, a foundation that until 28 February 2026 was controlled by Supreme Leader Ayatollah Ali Khamenei — it is the majority owner of Irancell.
The same corporation that built Iran’s first satellites, manufactured its missile guidance systems, and signed the BeiDou agreement that makes its missiles GPS-jamming resistant also owns 51 per cent of the network serving 90 million Iranians.
IEI built Iran’s space programme
Iran’s civilian space programme is conventionally described as the product of the Iranian Space Agency, established in 2004. This framing is misleading. The satellites that programme launched were built by IEI. Iran’s first satellite, the Omid, launched in 2009 aboard a Safir rocket — itself a modified variant of the Shahab-3 medium-range ballistic missile — was an IEI product. The Fajr satellite, launched in 2015, was built by IEI. The Toloo reconnaissance satellite series was designed and produced by IEI. In 2013, IEI designed and built the Imam Jafar Space Monitoring Center, the ground station infrastructure that tracks Iranian satellites in orbit and, by extension, monitors the orbital environment relevant to any space-launch-vehicle-to-IRBM conversion programme.
In September 2024, IEI’s managing director, Commodore Amir Rastegari, personally announced the launch of the Chamran-1 satellite — the first Iranian satellite capable of manoeuvring in orbit. “The satellites that we have so far launched into space were mainly active in the field of imaging and telecommunications, and when they were placed in orbit, we were not able to change and move the orbit,” he said. The ability to change orbit is not a civilian telecommunications feature. It is a military capability: a satellite that can manoeuvre can evade anti-satellite weapons, reposition for tactical intelligence, surveillance and reconnaissance tasking, and adjust coverage in real time to support active combat operations. That this capability was announced by the managing director of Irancell’s majority shareholder removes any remaining ambiguity about the space programme’s military orientation.
The BeiDou agreement: making Iranians missiles GPS-jamming resistant
In 2015, IEI concluded a memorandum of understanding with China’s BeiDou Navigation Satellite System for the transfer of satellite navigation technology to Iran. The strategic significance of this agreement cannot be overstated. The United States military has deployed the EC-130H Compass Call electronic warfare aircraft throughout Operation Epic Fury specifically to jam GPS signals and degrade Iranian missile guidance. The BeiDou MOU, signed by Irancell’s majority shareholder a decade before that campaign began, was the instrument through which Iran acquired the satellite navigation architecture to make its missiles resistant to exactly that jamming. Every Iranian ballistic missile that used BeiDou guidance in the strikes on the Fifth Fleet headquarters in Bahrain, Al Udeid Air Base in Qatar, and Ali Al-Salem Air Base in Kuwait on 28 February 2026 relied on technology transferred under an agreement signed by IEI — the corporation that owns Irancell.
In June 2023, the US Treasury designated a procurement network facilitating transactions for IEI and other MODAFL entities, noting that IEI had imported from China sensitive materials including modules for radars, gyroscopes and accelerometers — the core components of the inertial navigation systems used in ballistic missiles. Gyroscopes and accelerometers are precisely the components required for the inertial navigation stage of a long-range ballistic or space launch vehicle’s flight profile: the phase that operates between launch and terminal BeiDou correction. The procurement of inertial guidance components and the BeiDou satellite navigation MOU are complementary investments in a unified guidance architecture designed to achieve the precision at extended range that the Diego Garcia strike attempted on 21 March 2026.
The IEI kill chain: from Irancell to impact
1. SS7 intelligence collection
Irancell’s roaming agreements with Gulf carriers — Batelco, Vodafone Qatar, Zain Kuwait, Etisalat UAE and others — provide SS7 signalling access to the networks serving every US military base in the region. Location data, subscriber movement patterns and communications intercepts feed the IRGC targeting cycle continuously, as a function of standard commercial roaming operations.
2. Satellite ISR confirmation
IEI-built reconnaissance satellites — the Noor series operated by the IRGC Aerospace Force, the Toloo series, the Pars remote sensing platform — provide overhead imagery confirming target coordinates derived from the SS7 collection layer. Ground stations designed and built by IEI process and distribute this imagery within the IRGC targeting chain.
3. Guidance integration
IEI’s Shiraz Electronics Industries subsidiary and its laser gyroscope facility provide the inertial navigation components programmed with targeting coordinates. The BeiDou MOU, also an IEI product, provides the satellite navigation correction layer that achieves sub-10-metre circular error probable on precision-strike variants such as the Kheibar Shekan.
4. Terminal strike
IEI-manufactured guidance packages, integrated with BeiDou navigation and programmed with coordinates derived in part from Irancell’s SS7 infrastructure, guide Khorramshahr-class and Kheibar Shekan missiles to their targets. The intelligence collection and the weapons delivery share the same parent corporation.
The ICBM Development Pathway
The US intelligence community has assessed consistently since at least 2013 that Iran’s space launch vehicle programme shortens the timeline to an intercontinental ballistic missile because the two technologies use identical propulsion, guidance, staging and re-entry engineering. The Simorgh’s first stage clusters multiple Shahab-3-derived engines — MRBM technology scaled up to a larger booster. The IRGC’s Qased launch vehicle uses a Ghadr medium-range ballistic missile motor as its first stage, repurposing operational military hardware directly into the space launch programme. The Salman solid-propellant second stage on the Qased — described by analysts at the European Leadership Network as “a demonstrator for the technologies crucial to developing modern, long-range missiles including ICBMs” — was developed by the IRGC outside the regular structures of Iran’s missile industry.
IEI sits at the guidance and electronics intersection of this programme. The laser gyroscope facility in Shiraz linked by German intelligence to Iran’s ballistic missile programme produces the inertial navigation components required for both space launch vehicles and long-range ballistic missiles operating at extended range. The 2024 Treasury designation of IEI’s procurement network for importing gyroscopes and accelerometers from China confirms that this facility was being actively supplied as recently as last year. The BeiDou MOU provides the satellite navigation layer that converts this inertial guidance capability into a precision-strike system at ranges the inertial platform alone could not achieve reliably. The 21 March 2026 attempted strike on Diego Garcia — at approximately 4,000 kilometres, double Iran’s declared missile range ceiling — is the operational expression of this decade-long investment in guidance technology by an entity that simultaneously controls Irancell’s network operations centre.
Every Iranian missile that flew on BeiDou guidance toward a US base on 28 February 2026 relied on technology transferred under an agreement signed by the corporation that owns 51 per cent of Irancell.
IRGC command and the elimination of ambiguity
If any institutional separation between Irancell’s commercial operations and the IRGC’s weapons programme had previously provided legal or governance cover, it was eliminated in January 2026. The board of MTN-Irancell dismissed chief executive Alireza Rafiei for taking several hours to comply with the Supreme National Security Council’s order to shut down all communications during the January protests. His replacement was Mohammed Hossein Soleimaniyan, a senior IRGC member and veteran of its operations domestically and abroad. Soleimaniyan does not answer to MTN Group’s board in Johannesburg. He answers to the IRGC command structure — the same structure that ordered the 28 February strikes on US bases and the 21 March IRBM launch towards Diego Garcia.
With an IRGC commander operating the network operations centre that manages Irancell’s SS7 signalling, the data centre that processes subscriber information and the roaming infrastructure that connects to Gulf carriers, the previous analytical distinction between Irancell as a commercial entity and Irancell as an IRGC intelligence platform has collapsed entirely. The network operations centre is now a military facility operated by a uniformed officer of a US-designated foreign terrorist organisation, staffed by personnel answerable to IRGC command authority, processing signalling data from networks that serve the US Fifth Fleet, CENTCOM forward headquarters and six other US military installations. That this facility is co-owned by a company listed on the Johannesburg Stock Exchange is one of the most remarkable governance failures in the history of international telecommunications investment.
The ownership decapitation and its consequences
On 28 February 2026, Israeli strikes on Tehran killed Ayatollah Ali Khamenei and Defence Minister Amir Nasirzadeh. These were not merely political assassinations. They were the simultaneous elimination of both ultimate controlling shareholders of MTN-Irancell. Khamenei controlled the Bonyad Mostazafan’s stake in IEDC. Nasirzadeh controlled MODAFL and, through it, IEI and Sairan. In the succession vacuum created by their deaths, the IRGC — which already controls Irancell operationally through Soleimaniyan — is the only intact institutional authority over the majority stake. MTN Group now holds a 49 per cent interest in a joint venture whose controlling shareholder chain runs directly and exclusively through the IRGC, a US-designated foreign terrorist organisation, with no civilian or clerical buffer remaining.
MTN Group’s legal exposure – key proceedings
- DoJ Grand Jury Investigation: Disclosed by MTN in August 2025. Focuses on the company’s conduct in Afghanistan and its stake in Irancell.
- ATA/JASTA Litigation (Zobay v. MTN): Anti-Terrorism Act claims by families of over 500 American soldiers, alleging Irancell revenues provided material support to the IRGC.
- Turkcell Arbitration: $4.2 billion claim alleging the Irancell licence was obtained through bribery.
- IEI US Treasury Designation: Executive Order 13382. IEI’s assets in US jurisdiction are frozen; US persons are prohibited from transacting with it.
- IEI Japan Designation: Listed as a proliferation concern for missiles and nuclear weapons, 2023.
- IEI German Intelligence Assessment: Linked to a laser gyroscope factory in Shiraz connected to Iran’s ballistic missile programme.
What this means for non-proliferation
The MTN-Irancell case has exposed a structural gap in the international non-proliferation framework that no sanctions regime was designed to address. IEI is heavily sanctioned. MODAFL is sanctioned. The Bonyad Mostazafan is sanctioned. Yet their joint venture — Irancell — continued to operate as a commercially active telecommunications company, generating revenue for its parent entities, maintaining SS7 connections with Gulf carriers serving US military bases, and employing infrastructure that fed the targeting chain for ballistic missile strikes on those bases. The commercial telecommunications layer provided legal continuity, revenue generation and international connectivity that the sanctioned entities could not have maintained in their own names. MTN Group’s investment provided the international credibility and the 49 per cent co-ownership that gave Irancell the appearance of a commercially governed enterprise rather than what it functionally is: a MODAFL and IRGC intelligence and communications platform with a stock-market-listed minority partner.
The Diego Garcia strike has closed one analytical debate definitively: Iran possesses intermediate-range ballistic missile capability at 4,000 kilometres. The guidance technology that enables precision at that range — inertial navigation components procured by IEI’s China procurement network, BeiDou satellite correction under the IEI MOU, targeting coordinates derived in part from Irancell’s SS7 infrastructure — flows through the same corporate architecture that MTN Group has co-invested in since 2006. The DoJ grand jury will reach its own conclusions about criminal liability. The ATA/JASTA plaintiffs will argue material support in civil proceedings. But for policymakers, investors and non-proliferation authorities, the architecture speaks for itself. The corporation that owns Irancell built the programme that fired on Diego Garcia. Its minority partner is listed in Johannesburg. That combination — a MODAFL defence electronics conglomerate connected by a single joint venture to the international capital markets — represents a proliferation exposure that the existing sanctions architecture comprehensively failed to prevent.