Based on the details of the Sophie Toscan du Plantier case and the Capabilities of M-Vac Systems’ technology, yes, I believe it could (and apparently has) provided an accurate reading of DNA from the evidence. M-Vac’s wet-vacuum system is specifically designed to extract trace DNA from rough, porous surfaces like rocks and concrete—materials that traditional swabbing methods often fail on—by creating turbulence with a sterile solution to dislodge and collect Biological material. This makes it well-suited for a 29-year-old cold case like this, where evidence has degraded over time but still holds potential genetic traces.In this specific investigation, a US team from M-Vac Systems tested the bloodstained rock, concrete block, and Sophie’s clothing in late July 2025, successfully recovering what investigators describe as “potentially conclusive” DNA believed to belong to the killer. Reports indicate this has led to a major forensic breakthrough, with a DNA profile uncovered from the rock for the first time in the case’s history. The samples are now undergoing further analysis at Forensic Science Ireland, with results expected soon—possibly identifying a suspect as early as September 2025. While no final match has been confirmed yet, the recovery itself demonstrates M-Vac’s effectiveness in yielding viable, accurate DNA from challenging evidence that previous tests couldn’t access. Of course, ultimate accuracy depends on the lab’s sequencing and comparison processes, but M-Vac has a proven track record in other cold cases for pulling high-quality samples from similar surfaces, reducing contamination risks and increasing yield compared to older techniques. If anything, this tech represents the best shot at reliable results after nearly three decades.