In a qualitative shift in the concepts of traditional warfare, artificial intelligence has established itself as a key player and a new arena in the complex conflict between Iran, the United States, and Israel, extending its influence directly to the Gulf region and the Middle East. The confrontation is no longer limited to military operations on the ground or the usual diplomatic pronouncements; rather, the battle has moved to the digital realm, where narratives are fabricated and facts distorted at a speed that surpasses the ability of media and official institutions to verify them.

Deepfakes: The Weapon of the New Age

In the current phase, deepfake technologies and digitally generated images have become effective weapons of war, forming what resemble digital swarms aimed at inciting anxiety and psychological instability in both adversaries and the general public. The danger of this material lies in its ability to spread virally before undergoing any verification or scrutiny, making its psychological and political impact a tangible reality before it can be refuted.

In this context, WIRED, specializing in technical analysis, documented a widespread and systematic disinformation campaign on the X platform (formerly Twitter) following the announcement of military operations and recent tensions between Israel and Iran. The report identified hundreds of widely shared posts containing old videos recycled and attributed to current events, as well as AI-generated images depicting fabricated destruction or attacks.

From traditional propaganda to cognitive warfare

Historically, propaganda and psychological warfare have been integral parts of military conflicts, but the advent of generative artificial intelligence has changed the game. While disinformation previously required significant human effort and time, it can now be produced with the click of a button and with such precision that it is difficult for the naked eye to detect. This development elevates conflict to the level of "cognitive warfare," where the objective is not only to destroy the enemy's infrastructure but also to penetrate public consciousness and manipulate public opinion based on false information.

Regional and international impact

The repercussions of this "digital war" extend far beyond the borders of the warring nations, impacting regional and international security. For example, the dissemination of a fake video depicting a chemical or nuclear attack could trigger hasty political and military responses, or cause panic in global financial and energy markets, particularly in a sensitive region like the Arabian Gulf. This reality presents immense challenges for governments and technology companies to develop sophisticated detection tools that match the speed of the fakery, ensuring that the region does not descend into real conflicts sparked by a virtual threat.

In a first of its kind globally, the United States Departments of Energy and Defense announced the successful execution of the first airlift of a miniature nuclear reactor, in a strategic step aimed at demonstrating readiness to deploy advanced nuclear energy solutions quickly and effectively to serve both military and civilian purposes.

Details of the complex logistical process

The successful operation involved transporting the reactor from California to Hill Air Force Base in Utah aboard a C-17 Globemaster strategic military transport aircraft. To ensure maximum safety during air transport, the reactor was shipped without nuclear fuel, demonstrating the ease with which reactor infrastructure can be moved before fueling at the operating site.

This achievement was accomplished through close collaboration between government agencies and California-based Valar Atomics, which selected one of the company’s Ward miniature reactors to carry out this pioneering experiment.

A strategic shift in the concepts of energy and national security

This move is of paramount importance, extending far beyond mere logistical transport; it represents a shift in American military and industrial doctrine toward the adoption of "mobile nuclear power." Historically, nuclear reactors have been massive, fixed civilian facilities requiring years to construct, but the move toward micro-reactors offers flexible energy solutions.

Energy Secretary Chris Wright and Under Secretary of Defense for Acquisition and Sustainment Michael Duffy were aboard the aircraft to closely monitor the operation, hailing it as a pivotal achievement in military logistics. Duffy emphasized that this operation "brings the United States closer to deploying nuclear power at the right time and place," which means enhancing the U.S. military's ability to support forces in combat missions and at remote bases without relying entirely on vulnerable conventional fuel supply chains.

Political support and a future-oriented approach

This experiment aligns with the policies of US President Donald Trump's administration, which has adopted a strategy of expanding small nuclear reactors as a key pathway to increasing energy production. This approach is driven by growing national security demands, as well as the immense needs of data centers and artificial intelligence applications, which require sustainable and reliable energy sources. Last May, Trump issued four executive orders aimed at promoting and expanding the deployment of nuclear power, and in December, the Department of Energy awarded grants to accelerate the development of these technologies.

Technical specifications and promising business plans

Technically speaking, Isaiah Taylor, CEO of Valar, explained that the mobile reactor is compact, slightly larger than a small bus, yet has a tremendous capacity to generate up to 5 megawatts of electricity, enough to supply about 5,000 homes with continuous power.

Taylor revealed the operational timeline, stating that work will begin next July with an initial capacity of 100 kilowatts, gradually increasing to 250 kilowatts later this year, and eventually reaching full capacity. The company aims to begin trial power sales by 2027, with plans to transition to full commercial operation in 2028. The company emphasized the need for enabling federal regulations to allow fuel manufacturing and uranium enrichment within the United States to ensure the independence of this vital sector.