In today's data-driven economy, data have been dubbed as the new oil. Hence, a close relationship is shared between the increasing amounts of international investments and the increasing volumes of cross-border data flows. The aim of this article is to discuss the legal aspects of the new data paradigm in the international economy and place this discussion in the larger framework of globalization and the Liberal International Order. The central thesis of the article revolves around the crucial role played by domestic laws in the fragmentation of international investment law. The article further discusses the interplay between national and international legal landscapes and how the changing nature of the Liberal International Order is affecting the flow of data across borders. In this context, it also discusses the issues that are presented by a lack of any comprehensive international framework governing Cross-Border Data Flows. The need to update existing agreements and laws in order to factor in digital investment is also highlighted.

Data-Centric Engineering is an emerging branch of science that certainly will take on a leading role in data-driven research. We live in the Big Data era with huge amounts of available data and unseen computing power, and therefore a crafty combination of Statistics (or, in more modern terms, Data Science), Computer Science and Engineering is required to filter out the most important information, master the ever more difficult challenges of a changing world and open new paths. In this paper, we will highlight some of these aspects from a combined perspective of a statistician, an engineer and a software developer. In particular, we will focus on sound data handling and analysis, computational science in Structural Engineering, data care, security and monitoring, and conclude with an outlook on future developments.

In Apple CEO Tim Cook's keynote speech at the Chinese government's 2017 World Internet Conference, he extolled the values of “Privacy. Security. Decency” (Apple Newsroom 2017). The last two terms, “security” and “decency,” have long been closely associated with Chinese government efforts to control the Internet. Indeed, in 2017 Apple agreed to turn over user data to Chinese government servers and start a Chinese provincial government-run data storage center. Yet in 2015, Apple refused to turn over the passcode for one user in the United States during the FBI investigation following the San Bernardino terrorist attacks. The company's different policies in the United States and China relate directly back to Apple's concern for market share and access.

The persistently changing landscape of cyberspace and cybersecurity has led to a call for organizations’ increased attention toward securing information and systems. Rapid change in the cyber environment puts it on a scale unlike any other performance environment typically of interest to industrial and organizational (I-O) psychologists and related disciplines. In this article, we reflect on the idea of keeping pace with cyber, with a particular focus on the role of practicing I-O psychologists in assisting individuals, teams, and organizations. We focus on the unique roles of I-O psychologists in relation to the cyber realm and discuss the ways in which they can contribute to organizational cybersecurity efforts. As highlighted throughout this article, we assert that the mounting threats within cyberspace amount to a “looming crisis.” Thus, we view assisting organizations and their employees with becoming resilient and adaptive to cyber threats as an imperative, and practicing I-O psychologists should be at the forefront of these efforts.

Cloud Computing has become a well-known primitive nowadays; many researchers and companies are embracing this fascinating technology with feverish haste. In the meantime, security and privacy challenges are brought forward while the number of cloud storage user increases expeditiously. In this work, we conduct an in-depth survey on recent research activities of cloud storage security in association with cloud computing. After an overview of the cloud storage system and its security problem, we focus on the key security requirement triad, i.e., data integrity, data confidentiality, and availability. For each of the three security objectives, we discuss the new unique challenges faced by the cloud storage services, summarize key issues discussed in the current literature, examine, and compare the existing and emerging approaches proposed to meet those new challenges, and point out possible extensions and futuristic research opportunities. The goal of our paper is to provide a state-of-the-art knowledge to new researchers who would like to join this exciting new field.