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Fast, accurate, and objective
AI-driven human identification 

Skeleton·ID forensic identification software is used by law enforcement and government agencies worldwide, whenever DNA and fingerprints are not feasible. 

Multiple forensic identification methods in one tool

Skeleton·ID is the only software that supports skeleton-based identification through physical anthropology techniques like craniofacial superimposition, facial comparison, biological profiling, and comparative radiography. 

Time and cost savings through Artificial Intelligence

AI leads to a reduction in time as identification methods that previously needed hours or days can now be performed in seconds. This frees identification experts from error-prone and time-intensive tasks. 

Increased objectivity and automation  

Artificial Intelligence can work more precisely and objectively as it also provides complete traceability of the results. Standardized reports increase the success rate of the daily casework and legal procedures.

The only tool designed for human identification experts

Discover how AI can help identification experts automate the most repetitive and error-prone tasks of your daily work

Multiple comparisons

Our patented technology can perform the automatic comparison of multiple skulls, bones, and faces at the same time. This can be applied to search databases of missing persons or compare unidentified skeletal remains in mass graves or DVI scenarios.

Scientific recognition and international standards

More than 14 years of research, four patents, seven Ph.D. dissertations, and over 60 publications are forming the scientific foundation for Skeleton·ID. It is also compatible with MEPROCS, ICRC, and Interpol standards to guarantee a repeatable identification process.

Panacea is a spin-off of the University of Granada. Our ongoing cooperation guarantees access to the latest research and leading experts in the field. Several of the founding partners of Panacea come from the same university.

  • Sex and Age-at-Death Estimation with Explainable AI and Deep Learning | Online Event
    Sex and Age-at-Death Estimation with Explainable AI and Deep Learning | Online Event

    Generally, sex and age estimation is performed by means of numerical/tabular data obtained from the manual measurement of the bones of interest or by visual observation, description, and classification of morphological features into development or degenerative phases. The former is time-consuming and error-prone while the latter is highly subjective and requires extensive prior experience from […]

  • An Introduction to 3D images for Forensic Experts | Online Event
    An Introduction to 3D images for Forensic Experts | Online Event

    Forensic identification often involves examining an image and comparing a candidate object against the one shown in the image. Matching the pose of the two objects and overlaying them allows for highlighting possible differences, leading to a more effective comparison. The term “superimposition” refers to the task of laying a real object or a 3D […]