Dubai Police Develops Forensic Toxicology System That Cuts Data Processing Time to Under One Minute

Dubai Police has developed a new digital system that reduces the time required to process forensic toxicology results from approximately 60 minutes to less than one minute, potentially improving how laboratories handle chemical evidence in criminal investigations.

The system, announced on November 1, 2026, was developed by four Emirati specialists from the General Department of Forensic Science and Criminology. Known as the Toxicology Analysis System, it brings laboratory data, calculations, scientific references, and preliminary comparisons into a single digital platform.

Forensic toxicology involves examining biological samples such as blood and urine to identify drugs, alcohol, poisons, and other substances that may be relevant to an investigation.

Traditionally, laboratory specialists have relied on several separate processes to transfer analytical data, perform calculations, verify findings, and compare results against scientific references. These procedures can be time-consuming and introduce inconsistencies when performed manually.

The new platform automates much of this work, allowing specialists to spend more time interpreting results rather than preparing and organizing data.

The project was led by Lieutenant Colonel Dr. Rashid Humaid Al Rumaithi, alongside Captain Engineer Mohammad Abdul Qader Al Shamsi and forensic toxicology experts Marwa Aqeel Al Janahi and Fatima Ali Al Suwaidi.

According to Dubai Police, the system has been implemented to improve laboratory efficiency, consistency, and the processing of forensic casework.

However, the reported reduction in processing time applies to calculations, data organization, and preliminary comparisons. It does not mean that complete toxicological examinations, including sample preparation and laboratory testing, can be finished within one minute.

Human expertise also remains essential. Forensic toxicologists must review the findings, consider the circumstances of each case, and determine whether detected substances have investigative or evidentiary significance.

The development reflects a broader shift toward automated laboratory workflows, where digital systems support forensic scientists without replacing their professional judgment.