NN has been implemented in PAPILLON-9 AFIS

The Ministry of the Interior of the Republic of Crimea has begun to operate Russia’s first complex of PAPILLON-9 AFIS using AI technologies. The neural net has already helped to solve several high-profile crimes of the past years.

The neural net implemented in the 9th version of our AFIS helped automate the stage of investigative work that is traditionally considered ‘manual’, namely, verification of candidate lists produced by the system as a result of automatic searches.

AI performs the work of an expert incomparably faster and without errors caused by human factor. Only the final stage of analysis – verification of candidates proposed by NN – requires the expert’s participation. Each candidate is a true mate with a high degree of probability.

The officials of the fingerprint department of the Forensic Science Centre in the Crimea Ministry of the Interior confirm that PAPILLON-9-Neuro has allowed:

Owing to the software developed by PAPILLON, forensic experts of the Republic of Crimea obtained several high-profile identifications, which contributed to crime solution on the peninsula.

The new PAPILLON-Neuro software, which provides fast acquisition of additional identifications by latent prints, was created on the basis of deep learning neural networks for the analysis of candidate lists produced by the AFIS.

The PAPILLON-Neuro algorithms use additional features of the papillary pattern in comparisons. They work like operators when they are visually verifying candidates selected by the system.

PAPILLON-Neuro is looking through candidate lists to any preset depth (up to the 256th position inclusive), finding and offering the expert the most similar prints from NN’s point of view, the analysis of which is highly likely to result in identification.

PAPILLON-Neuro reduces manyfold the labor costs spent to analyze the visible parts of candidate lists, increases the reliability and accuracy of the AFIS in terms of identifying less informative, objectively tangled latents, finds true mates on positions invisible on the lists, allowing getting of results that are inaccessible to AFIS operators.

Processing of candidate lists created for arrays of unsolved latent prints with the use of PAPILLON-Neuro made it possible to obtain identifications:


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