Digital systems for analyzing human communication data have become prevalent in recent years. This may be related to the increasing abundance of data that can be harnessed but can hardly be managed in analog form.

Intelligence analysis of communications data in investigative journalism, criminal intelligence, and law presents a particularly interesting case, as they must take into account the often highly sensitive properties of the underlying operations and data. At the same time, these are areas where increasingly automated, sophisticated approaches and tailored systems can be particularly useful and relevant, especially in terms of Big Data manageability, but also poses dangers.

In addition to privacy concerns, these relate to uncertain or poor data quality, leading to discrimination and potentially misleading insights. Other problems relate to a lack of transparency and traceability, making it difficult to accurately identify problems and determine appropriate remedial strategies.

Visual Analytics combines machine learning methods with interactive visual interfaces to enable human sense- and decision-making. This technique can be key for designing and operating meaningful interactive communication analysis systems that consider these ethical challenges. In this interdisciplinary work, a joint endeavor of computer scientists, ethicists, and scholars in Science & Technology Studies, we investigate and evaluate opportunities and risks involved in using Visual Analytics approaches for communication analysis in intelligence applications in particular.

We introduce, at first, the common technological systems used in communication analysis, with a special focus on intelligence analysis in criminal investigations, further discussing the domain-specific ethical implications and risks involved. We then make the case how tailored Visual Analytics approaches may reduce and mitigate the described problems, both theoretically and through practical examples.

Offering interactive analysis capabilities and what-if explorations while facilitating guidance, provenance generation, and bias awareness (through nudges, for example) can improve analysts' understanding of their data, increasing trustworthiness, accountability, and generating knowledge. We show that finding VA design solutions for ethical issues is not a mere optimization task with an ideal final solution.

Design solutions for specific ethical problems (e.g., privacy) often trigger new ethical issues (e.g., accountability) in other areas. Balancing out and negotiating these trade-offs has, as we argue, to be considered as an integral aspect of the design process.

Finally, our work identifies existing gaps and highlights research opportunities, further describing how our results can be transferred to other domains. With this contribution, we aim at informing more ethically-aware approaches to communication analysis in intelligence operations.

@inproceedings{fischer:2022:promoting,
  author    = {Maximilian T. Fischer and
               Simon David Hirsbrunner and
               Wolfgang Jentner and
               Matthias Miller and
               Daniel A. Keim and
               Paula Helm},
  title     = {{Promoting Ethical Awareness in Communication Analysis: 
                Investigating Potentials and Limits of Visual Analytics for Intelligence Applications}},
  booktitle = {{ACM} Conference on Fairness, Accountability, and Transparency, FAccT '22},
  pages     = {877--889},
  publisher = {{ACM}},
  year      = {2022},
  doi       = {10.1145/3531146.3533151}
}