Department of Security and Crime Science, University College London London, UK.
Front Hum Neurosci. 2013 Aug 20;7:483. doi: 10.3389/fnhum.2013.00483. eCollection 2013.
In their efforts to enhance the safety and security of citizens, governments and law enforcement agencies look to scientists and engineers to produce modern methods for preventing, detecting, and prosecuting criminal activities. Whole body scanners, lie detection technologies, biometrics, etc., are all being developed for incorporation into the criminal justice apparatus. Yet despite their purported security benefits these technologies often evoke social resistance. Concerns over privacy, ethics, and function-creep appear repeatedly in analyses of these technologies. It is argued here that scientists and engineers continue to pay insufficient attention to this resistance; acknowledging the presence of these social concerns yet failing to meaningfully address them. In so doing they place at risk the very technologies and techniques they are seeking to develop, for socially controversial security technologies face restrictions and in some cases outright banning. By identifying sources of potential social resistance early in the research and design process, scientists can both engage with the public in meaningful debate and modify their security technologies before deployment so as to minimize social resistance and enhance uptake.
在努力提高公民的安全和保障方面,政府和执法机构希望科学家和工程师能够开发出预防、检测和起诉犯罪活动的现代方法。全身扫描仪、测谎技术、生物识别技术等都在被开发,以便纳入刑事司法系统。然而,尽管这些技术据称具有安全效益,但它们常常引起社会抵制。在对这些技术的分析中,人们反复对隐私、伦理和功能蔓延表示担忧。这里认为,科学家和工程师继续对这种抵制关注不够;他们承认存在这些社会关注,但未能真正解决这些问题。他们这样做,使他们试图开发的技术和技术面临风险,因为有社会争议的安全技术面临限制,在某些情况下甚至被完全禁止。通过在研究和设计过程的早期识别潜在社会抵制的来源,科学家可以在有意义的辩论中与公众接触,并在部署前修改安全技术,以最小化社会抵制并提高采用率。