Computer Vision Laboratory, Department of Electrical Engineering, Linköping University, Linköping, Sweden.
Computer Vision Laboratory, Department of Electrical Engineering, Linköping University, Linköping, Sweden; Santa Anna IT Research Institute, c/o Linköping University, Linköping, Sweden.
Forensic Sci Int. 2024 Sep;362:112133. doi: 10.1016/j.forsciint.2024.112133. Epub 2024 Jul 15.
Digital transformation rapidly changes how we live our lives in the post pandemic world. Unfortunately, digital technology is not limited to law abiding organisations and citizens. Criminal organisations and individuals are quick to identify new opportunities with new technologies, and digital transformation is dramatically changing the character of crimes, terror, and other threats. The fast emergence of new crimes is facilitated by possibilities brought by disruptive technologies such as AI, Internet of Things, drones, and cryptocurrencies that can be disastrous tools in the hands of criminals. Consequently, our society needs far better capacity to prevent and investigate criminal acts to protect organisations and citizens. This brings an urgent need to proactively reform digital forensics to significantly increase our capability to meet the strain on society brought by crimes evolving in the digital transformation era. The future of forensic science is already here, characterized by a mix of opportunities and challenges. It is essential to make it harder to effectively use digital technologies for criminal activities, while leveraging the possibilities of digital technologies by those affected, law enforcement agencies, business and organisations. As digital technologies continue to evolve, we need to stay up to date with the latest developments to effectively investigate and prosecute crimes in the digital age. There is an increased reliance on digital evidence, and the amount of heterogeneous digital evidence in criminal cases keep increasing. The forensic science techniques thus become more sophisticated and play an increasingly important role. However, the scientific area is extremely broad, and beyond the capability of most forensic science labs to keep up with the technology forefront development speed. Besides an urgent need to bring up the subject to the political arena, examples of how we can meet the challenges are discussed such as by extending our cooperation, encourage and facilitate cooperation for training and education to handle the extremely broad and rapid development, working out methods for explaining and visualising evidence for the treatment and legal values of digital evidence in prosecution, and cooperation between product developers and crime investigators for swift innovation of digital forensics tools and methodologies for quickly emerging threats. This paper will highlight specific examples where modern digital techniques are used to solve crimes in the physical world as well as crimes committed in the digital domain and discuss how "good AI" can be used to fight "evil AI" and finally touch on the sensitive balance between the increased power of the new digital forensic tools and private integrity.
数字转型在后疫情时代迅速改变了我们的生活方式。不幸的是,数字技术不仅限于合法的组织和公民。犯罪组织和个人很快就能识别新技术带来的新机会,数字转型正在极大地改变犯罪、恐怖主义和其他威胁的性质。人工智能、物联网、无人机和加密货币等颠覆性技术带来的可能性,使得新犯罪的快速出现成为可能,这些技术在犯罪分子手中可能成为灾难性的工具。因此,我们的社会需要更好的能力来预防和调查犯罪行为,以保护组织和公民。这就迫切需要主动改革数字取证,以显著提高我们应对数字转型时代犯罪带来的社会压力的能力。法医科学的未来已经到来,其特点是机遇与挑战并存。重要的是要使犯罪分子更难以有效地利用数字技术进行犯罪活动,同时使受影响者、执法机构、企业和组织能够利用数字技术的可能性。随着数字技术的不断发展,我们需要跟上最新的发展步伐,以便在数字时代有效地调查和起诉犯罪。对数字证据的依赖程度越来越高,刑事案件中的异构数字证据数量也在不断增加。因此,法医科学技术变得更加复杂,发挥着越来越重要的作用。然而,科学领域极其广泛,超出了大多数法医科学实验室跟上技术前沿发展速度的能力。除了迫切需要将这一主题提上政治议程之外,还讨论了如何应对挑战的例子,例如扩大合作、鼓励和促进培训和教育合作以应对极其广泛和快速的发展、制定用于解释和可视化证据的方法,以处理起诉中的数字证据的治疗和法律价值、以及产品开发人员和犯罪调查人员之间的合作,以快速创新数字取证工具和方法来应对快速出现的威胁。本文将重点介绍如何在物理世界和数字领域中使用现代数字技术解决犯罪的具体例子,并讨论如何利用“好的人工智能”来对抗“邪恶的人工智能”,最后还将探讨新的数字取证工具日益增强的权力与个人隐私之间的敏感平衡。