Health: Midjourney AI Breaks Ground With Ultrasound Scanner — Why It’s Revolutionary

June 25, 2026

Recently, the artificial intelligence entity Midjourney has surprisingly penetrated the health sector by creating a new division. Notably, this AI is now at the heart of a brand-new whole-body ultrasound scanning method: a body-wide ultrasound scanner. According to officials, this represents the first technical breakthrough in medical imaging in at least half a century.

A Radically New Modality of Medical Imaging

Founded in 2022 by an independent research lab based in San Francisco (United States), Midjourney is a tool for generating images through artificial intelligence. Over successive versions, the AI has grown increasingly popular and has diversified its capabilities, as evidenced by the emergence of the first video-generation tools in 2025. Moreover, the AI drew attention in France in 2023 after it assisted in transforming President Emmanuel Macron into a garbage collector and into protests.

On June 17, 2026, the lab published a blog post to make a surprisingly bold announcement. On the one hand, officials spoke of the creation of Midjourney Medical, a new division dedicated to the health sector. Most notably, the announcement concerns the Midjourney Scanner, namely an unprecedented whole-body ultrasound scanner. This represents a radically new modality of medical imaging, the first of its kind in fifty years. It is also the laboratory’s very first physical device.

To spark a revolution of the same magnitude in medical imaging, one must go back to the 1970s with the invention of MRI, CT scanning, and real-time ultrasound. Since then, these technologies have been gradually refined, but overall, the fundamental operation of the devices has remained largely the same.

How This Technology Works

Although we are speaking of a revolution here, it is logical that the Midjourney Scanner would depart dramatically from conventional hospital imaging machines. In practice, the device resembles a small, futuristic pool cabin that welcomes the patient inside a basin of warm water, standing on a descent platform. The objective is to map the body using sound waves (ultrasound). There is absolutely no use of X-rays.

The basin houses a special ring, developed with the chip manufacturer Butterfly Network. It integrates as many as half a million silicon-ultrasound sensors the size of a grain of sand. The descent lasts one minute, gradually at a rate of five centimeters per second. Thus, the patient passes slowly through the ring while the sensors bathe the body with ultrasound waves from all angles, recording micro-reflections millions of times per second. As a result, the scan captures an enormous volume of data at a rate of 17 gigabytes per second, equivalent to roughly 500 hours of HD video.

In practice, the Midjourney Scanner applies pure physical mathematics to measure reality. Computers gauge how the acoustic wave bends and changes speed as it travels from water to skin, then fat, muscle, and bone. Those same machines then compile the data to instantly reconstruct a cross-section as well as a complete 3D map of the body. Moreover, the system promises sub-millimeter precision, enabling visualization of bones, tissues, and at least 25 organs.

Midjourney Will Bypass the FDA

It turns out the laboratory does not intend to wait to deploy its Midjourney Scanner. In practice, it will not be selling devices to hospitals after lengthy waits for regulatory clearance. The lab has chosen to roll out its own network of care centers starting in 2027, described as “Midjourney Spas”—presented as wellness facilities dedicated to body mapping.

By avoiding claims of medical diagnosis, the laboratory sidesteps the U.S. Food and Drug Administration (FDA), the federal agency responsible for health-product regulation. However, it is important to note that the Midjourney leadership is pursuing a data-collection strategy aimed at progressively securing medical approvals from the FDA around 2031.

Sindre Halvorsen

I write about space exploration, frontier science and the technologies that are quietly shaping the future. From Norway, I follow the missions, discoveries and ideas that connect life on Earth with what lies beyond it. My goal is to make complex subjects clear, useful and worth paying attention to.