Abstract

The transnational exchange of forensic DNA data has become a modern trend in fighting cross-border crime, terrorism and illegal immigration. Forensic DNA data allow the police to identify, eliminate or link individuals associated with a crime. Additionally, different crime scenes can be linked via the DNA profile to identify serial offenders or determine crime patterns. Approaches to the transnational exchange of DNA data can be categorized into four: (1) creation of an international DNA database, (2) linked or networked national DNA databases, (3) request-based exchange of data, and (4) a combination of these. Most countries operate the combination system of data exchange. This paper briefly introduces the different approaches in the transnational sharing of forensic DNA data, the legislative and operational framework, pattern of data exchange and participating states, and policy challenges associated with data sharing. Generally, most DNA exchange systems are modelled as the European Union Prüm regime. This operates under two stages: hit/no-hit query and further information sharing. The scope of the data exchange is governed by individual national legislation that determines the type of information that can be shared and the national authority responsible for the system. Though DNA data exchange has been instrumental in resolving serious crimes such as gang and serial rape, and armed robbery, adequate information about their overall effectiveness and efficiency is lacking. Further, operational, legal and ethical challenges including issues of privacy and proportionality appear to limit the full potential of the DNA data exchange system.

Highlights

  • IntroductionWith the increase in cross-border crime, the international exchange of intelligence for policing purposes has become very necessary

  • The power of forensic DNA data has been enhanced through the establishment of DNA databases, allowing the identification of unknown offenders and serial offenders by linking different crimes

  • Current trends in DNA database include the expansion of national databases, innovative application of databases, harmonization of international and domestic DNA legislation and policies, and transnational exchange of DNA records

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Summary

Introduction

With the increase in cross-border crime, the international exchange of intelligence for policing purposes has become very necessary. Forensic DNA data support police detective work through identification of suspects/victims, elimination of individuals from a criminal inquiry or association of individuals to crime [1]. The power of forensic DNA data has been enhanced through the establishment of DNA databases, allowing the identification of unknown offenders and serial offenders by linking different crimes. Current trends in DNA database include the expansion of national databases, innovative application of databases (e.g. familial searching [2], analysis of mobility of offenders and crime patterns [3,4]), harmonization of international and domestic DNA legislation and policies, and transnational exchange of DNA records. Existing literature indicates concerns about privacy (including “function creep” and misuse of data), lack of data on the overall effectiveness of databases and public education gap about DNA databases [5–10]

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