LOQUITUR: bringing the field of ballistic forensics to DNA-type standards.

在犯罪和恐怖主义行为中越来越多地使用枪支，促使弹道分析领域需要开发技术，通过提供高质量的子弹、子弹，从而提供与枪支匹配的证据，从而能够有效和成功地起诉罪犯。与DNA证据相比，目前的弹道分析技术表现不佳，领先的技术提供商只提供了一个高度限制性的系统。目前的技术没有利用最新的科学和技术发展，它们的方法严重阻碍了LEA之间使用本应兼容的系统共享证据。对于共享边界的国家来说，这尤其是一个问题，有时子弹/弹药箱必须在国家之间实物运输，以便进行比较。归根结底，这延误了，在某些情况下，还阻止了对罪犯的成功起诉。该项目将利用最新的科学和技术进步来产生一种尖端技术，为LEA提供高效、可靠、完全兼容和更具成本效益的生成/共享弹道证据的方法。

The increased use of firearms in criminal and terrorist acts drives the need for development of technology in the area of ballistic analysis which enables efficient and successful prosecution of criminals by providing high quality bullet, cartridge and thus firearm matching evidence. Current ballistic analysis technologies perform poorly compared to DNA evidence and the leading technology providers only offer a highly restrictive system. Current technologies do not make use of the latest scientific and technological developments, and their approach severely hinders evidence sharing between LEA’s, using what should be compatible systems. This is specifically a problem for countries sharing a border, where sometimes bullets/cartridge cases have to be physically transported between countries to enable comparison. Ultimately this delays, and in some cases, prevents, the successful prosecution of criminals. This project will exploit the most recent scientific and technological advances to produce a cutting-edge technology which provides LEA with highly efficient, reliable, totally compatible and more cost-effective methods of generating/sharing ballistic evidence.