Mysterious Mars Anomaly Discovered by Hesekiel Project

March 6, 2025 – A recent exploration of the Martian surface by the Hesekiel Project has revealed a striking anomaly that raises intriguing questions about possible artificial structures on the Red Planet.

A Geometric Mystery

The anomaly, spotted during an analysis of Mars imagery from Caltech/Esri, appears to have perfectly straight edges, resembling something that could have been constructed rather than naturally formed. Researchers describe the structure as situated within a former basin, resembling the layout of an ancient harbor city.

Historical data suggests that this basin once held water at depths of up to 130 meters, further supporting the idea that the area might have been a significant site in the planet’s past.

Geological Features and Possible Artificial Origins

A layer of debris and sand, visible from the right side of the images, partially covers the structure. This layer rises approximately 75 meters above the exposed plateau at the former water’s edge. Meanwhile, the wall-like formation of the anomaly stands about 20 meters high from the surrounding ground. However, at the time when water filled the basin, this difference in height may have been even greater.

The precise linear shape and dimensions of the anomaly suggest that it may not be a naturally occurring feature. The scale of the structure aligns with what could realistically be an artificially constructed settlement.

Software Issues and Next Steps

Unfortunately, an unexpected system reboot occurred during data processing, which led to the loss of coordinate data. Although saved landmarks remain intact, they were not backed up. The Hesekiel Project team has assured that they will release the exact coordinates as soon as possible.

Notably, the anomaly does not appear to be a processing error, as it integrates seamlessly into the original image pixels.

Could this be evidence of an ancient artificial structure on Mars? The Hesekiel Project aims to continue investigating and will provide further updates as soon as more data becomes available.