Direct Policy Team — Washington, D.C.

Executive summary

Iraq licensed Starlink in July 2026, with service launching twelve days later. The deal’s symbolism, highlighted by a signing ceremony in Washington and its message to the Trump administration, outweighs its practical impact. At approximately $100 per month, Starlink targets businesses, remote sites, and affluent households rather than the mass market. Iraq’s main challenge is its domestic distribution network, while its key asset is its geographic position as a corridor between the Gulf and Turkey. Transit revenue alone generates fees, not a sustainable industry. The recommendations focus on complementary use, domestic capacity guarantees, investment in data centers, and consistent legal standards.

Baghdad now has a licensed satellite internet provider, but still lacks the necessary underlying network infrastructure.

On July 17, 2026, Iraq’s Communications and Media Commission signed a licensing agreement with Starlink at the U.S. Chamber of Commerce in Washington, with Prime Minister Ali al-Zaidi present (https://shafaq.com/en/Economy/Iraq-approves-Starlink-for-satellite-internet-services). Twelve days later, on July 29, the service went live commercially (https://www.intellinews.com/starlink-officially-launches-in-iraq-457738/). The coverage that followed treated the moment as a national turning point, the arrival of “the era of satellite internet,” proof that Iraq had finally joined the future.

One detail challenges that interpretation. Baligh Abu Kalal, head of the commission’s executive body, later stated that the license and its security agreement were actually signed in Iraq before the delegation traveled to Washington, specifically to protect national sovereignty (https://ina.iq/en/politics/50610-abu-kalal-iraq-will-connect-to-starlink-data-via-api-to-view-all-connected-devices.html). The Washington event was ceremonial, not transactional. This distinction clarifies how the deal was intended to be perceived internationally and by specific audiences.

It is important to distinguish between the commercial license for a specialized service and the political signal to Washington. Both are significant, but only the former will impact everyday internet access for Iraqi households.

What the minister actually said

The most useful commentary on the deal came from inside the government and got the least attention. Communications Minister Mustafa Jabbar Sanad has said he objected to the license and signed only because the government wanted to support the company, and that 42,000 unlicensed terminals were already operating inside the country — used, by his account, by national security, intelligence, ministers and members of parliament while the service was still illegal (https://en.964media.com/51162/). His response is to compete rather than concede: a 20 percent speed increase on fiber-to-the-home ahead of Starlink’s arrival, and fiber packages from 300 to 800 Mbps at the same price and with no terminal to buy (https://www.iraq-businessnews.com/tag/broadband/).

Given his position leading the ministry that could be challenged by a foreign competitor, this is a partisan assessment. However, the data supports his perspective.

Starlink’s entry-level residential plan in Iraq costs about 131,500 dinars per month, or roughly $100, for 100 Mbps (https://www.basenor.com/blogs/news/starlink-now-available-in-iraq-pricing-plans-and-what-to-expect). With an average monthly wage of around 741,000 dinars, this represents nearly one-fifth of typical income (https://en.wikipedia.org/wiki/List_of_Asian_countries_by_average_wage). Starlink is therefore not a mass-market product, but rather serves businesses, institutions, remote work sites, and affluent individuals—the same profile as the 42,000 users who subscribed before the license was formalized.

The internet is a chain, not a signal

Connectivity relies on a series of interdependent layers: international cables, a national backbone, data centers and exchange points, and local distribution networks. A country may have ample international capacity yet still provide poor service if bottlenecks exist in less visible parts of the network.

As a result, large volumes of data can transit through a country without improving local connectivity, much like an export pipeline that bypasses communities without providing local benefits.

Starlink offers genuine value in specific scenarios, such as remote villages, oil fields, border posts, ships, desert routes, and as a backup during ground network outages. However, these cases do not justify replacing terrestrial fiber as Iraq’s primary distribution network in the coming decades.

In cities such as Baghdad, Basra, Mosul, Najaf, and Erbil, fiber is more cost-effective to scale, more stable, and easier to upgrade. Capacity can be increased by updating equipment at each end of the route, rather than reconstructing the network. In contrast, satellite service requires thousands of short-lived satellites, frequent replacement launches, ground terminals, and unobstructed sky access. Additionally, users within the same geographic area share limited capacity. As population density increases, the advantages of ground networks become more pronounced, reducing the case for satellite solutions.

The International Telecommunication Union says submarine cables carry more than 99 percent of international data traffic (https://www.itu.int/en/mediacentre/Pages/PR-2024-11-29-advisory-body-submarine-cable-resilience.aspx). TeleGeography, which tracks this industry closely, went looking for the origin of that figure and found the trail ends at U.S. regulatory data from 2013; it confirms the claim is true while noting that no one can calculate it precisely without satellite traffic figures nobody collects any more (https://resources.telegeography.com/2023-mythbusting-part-3). The direction is not in dispute. Satellites fill gaps. They do not replace cables on economic grounds.

Iraq’s real asset is the ground under it

Iraq spans approximately 438,000 square kilometers, with most residents living in cities and towns already served or potentially served by terrestrial networks. The country’s significance lies in its geographic location, not its size.

Iraq is the shortest land route between the Gulf and Turkey, and from there into Europe. Traffic that would otherwise squeeze through the Red Sea and the Suez Canal could instead cross Iraqi territory. The government has been building toward this. In 2024, the Ministry of Communications brought the Civilizations Road project into commercial operation, with roughly 2,000 kilometers of fiber running through five border crossings: al-Faw, Safwan, al-Mundhiriya, Arar, and Rabia (https://en.hathalyoum.net/articles/278855). It has since signed an indefeasible right-of-use agreement with Qatar’s Gulf Bridge International to sell cross-border capacity on that route, the first arrangement of its kind for Iraq and the first foreign-currency revenue the country has earned from telecom transit (https://www.telecompaper.com/news/iraq-books-first-revenues-from-gbi-international-transit-deal–1575339).

Separately, a private consortium announced WorldLink in February 2026, a $700 million subsea and terrestrial cable connecting Fujairah in the UAE to the al-Faw peninsula and then overland to the Turkish border. The project is backed by Iraq’s Tech 964, DIL Technologies, and Breeze Investments of the UAE. It is privately funded and will be implemented over four to five years (https://www.zawya.com/en/business/technology-and-telecom/iraqi-uae-consortium-plans-700mln-fast-data-cable-network-u5dpg8fg). As a non-state project, Baghdad’s influence on its domestic impact depends on the permissions it grants, including landing rights at al-Faw, transit licensing, and rights-of-way across federal and Kurdish regions.

Transit revenue is now materializing, a fact often overlooked in negative assessments. However, simply charging fees for data transit does not create an industry. The real value comes from developing infrastructure along these routes, such as exchange points, hosting, cloud services, payment systems, cybersecurity firms, and skilled personnel. Without these, Iraq risks turning its geographic advantage into another form of rent, perpetuating the economic model it seeks to move beyond.

Politics, trust, and the appeal of a foreign network

Much of the enthusiasm for Starlink is not about bandwidth, but about control. Many Iraqis, concerned that the state can throttle, block, or monitor domestic networks, value a provider that operates independently of Baghdad. This perceived independence has driven demand, as evidenced by the 42,000 terminals in use before the license was granted.

This instinct is understandable, but it presents a policy risk. If political mistrust becomes a competitive advantage, competition shifts away from price, speed, and quality, leading to inconsistent regulation across providers. The solution is not to disadvantage Starlink, but to make the domestic network trustworthy by ensuring that blocking, jamming, and security measures are governed by clear legal authority and that internet access is treated as a consistent national priority.

The Iranian case completes the argument rather than sitting beside it. During the nationwide blackout that began on January 8, 2026, Iranian authorities used GPS spoofing and military-grade jamming against Starlink terminals, and analysts measured packet loss ranging from 30 to 80 percent in parts of the country (https://www.techpolicy.press/what-irans-internet-shutdown-reveals-about-starlink/). SpaceX pushed a firmware update within days that let terminals hand off to unjammed satellites, cutting losses back toward the low end of that range (https://www.france24.com/en/iran-jammed-starlink-get-around-it). The constellation kept flying; the service remained contested throughout a blackout that lasted until late May (https://en.wikipedia.org/wiki/2026_Internet_blackout_in_Iran). A satellite dish is not a sovereignty exemption. It is a harder target, which is not the same thing.

Musk and the technological theology

None of this requires pretending Elon Musk has not built something remarkable. Reusable rockets changed the economics of spaceflight, and Starlink serves millions of users in places terrestrial networks were never going to reach, including ships, aircraft, disaster zones, and war zones.

However, states must base decisions on practical needs rather than admiration. Starlink’s entry into Iraq should be evaluated according to national requirements, not the company’s reputation or its owner’s political standing in Washington—a standing that declined in mid-2025 and was later restored (https://www.foxnews.com/politics/trump-musk-share-lovely-dinner-mar-a-lago-after-public-feuding). Such factors are not a reliable basis for long-term infrastructure planning.

The political backdrop is impossible to ignore and easy to overstate. The license was granted while the Trump administration was pressing Baghdad to distance itself from Tehran, having already allowed the waiver for Iraqi purchases of Iranian electricity to lapse in March 2025 (https://www.aljazeera.com/news/2025/3/9/us-ends-sanctions-waiver-for-iraq-to-buy-electricity-from-iran). Reading the license as a signal to Washington is fair. Reading it as a bribe or a plot is not, and nobody has produced the documents that would support the stronger claim.

Takeaways

Starlink has a role in Iraq, but its symbolic value exceeds its practical function. The country benefits from Starlink at remote locations, mobile sites, and during emergencies. However, it is not a replacement for the ground network in urban areas, nor is it a feasible mass-market solution at $100 per month.

As a market addition, the license is a reasonable regulatory step that also formalizes an existing gray market of 42,000 smuggled terminals, according to the minister. It is the media, not the regulator, that has portrayed the license as a comprehensive solution for Iraq’s internet challenges, creating an expensive distraction from the real issues. Households able to afford Starlink bypass the existing system, while others remain dependent on a distribution network with only about 1.1 million fiber subscriptions compared to over 21 million mobile internet users. This network is marked by fragmented ownership, entrenched monopolies, limited data centers, weak local peering, and minimal oversight of pricing or quality (https://shafaq.com/en/society/Iraq-introduces-20-service-fee-on-fiber-and-Wi-Fi-internet).

Being located on a cable corridor does not guarantee improved local connectivity. Data can travel efficiently from al-Faw to the Turkish border, yet the final connection to a Baghdad apartment may remain congested. Value is realized by linking this traffic to domestic exchange points and hosting, maintaining an open national backbone, fostering competition in fiber-to-the-home, and reserving a defined share of capacity for the domestic market.

Recommendations

1. Treat Starlink as complementary infrastructure for remote areas, emergencies, and critical facilities, and publish indicators that measure its actual effect on coverage, quality, and price rather than its announcement value.
2. Build durable arrangements with neighboring states, insulated from the region’s political swings, so Iraq becomes a working junction between cables arriving from the Gulf and routes heading north into Turkey and Europe.
3. Use the permissions the state already controls — landing rights, transit licensing, and rights of way — to require that a defined commercial share of transit capacity crossing Iraq be sold into the domestic market at preferential rates, and write that into agreements with private consortiums, not only state-run routes.
4. Push investment toward data centers and cloud services so that transit turns into an industry rather than a toll.
5. Treat telecommunications as long-term sovereign and economic infrastructure, not as material for a news cycle.
6. Set legal standards for access, blocking, and interference that apply equally to all providers, foreign and domestic, and keep them out of partisan hands.