Resilience constitutes one of the central objectives of Japan’s
2018 Cybersecurity Strategy, whose core components include international cooperation in sharing expertise and coordination of policies, incidence response, and cyber capacity-building (CCB). Japan has traditionally
argued that global initiatives are required to reduce cybersecurity vulnerabilities and has advocated for a tailor-made approach that takes into account the national situation of recipient countries and the importance of national ownership.
Japan recognises the ‘trickle-up’ effect of national initiatives,
stating that CCB “not only improves the capabilities of the recipient country, but also directly leads to enhanced security and stability in cyberspace as a whole”; in that sense, it disfavours the understanding of CCB as a “common but differentiated responsibility”, believing that such a view “does not fit the context” of international cyber cooperation. As a result, the country has assumed a balanced approach to CCB. On the one hand, it has successfully utilised multilateral fora such as the G7 and G20 summits to promote its own normative standards.
At the G7 Ise-Shina Summit in May 2016, for instance, Japan introduced the
Ise-Shima Principles, which included the enhancement of cooperation on CCB. On the other hand, Japan considers its own security and that of its nationals as intrinsically tied to the cyber capabilities of developing countries, since attacks on the IT infrastructure of regional partners can adversely affect Japanese trade. Japan has thus acted primarily through ASEAN to promote regional capacity-building efforts.
Serbia’s legislative framework on cybersecurity is structured upon the 2016
Law on Information Security and its bylaws. The Law ushered in several institutional developments, including the creation of a national CERT in the regulatory agency for electronic communications and postal services (RATEL). The national CERT “monitors the status of incidents on national level, provides early warnings, alerts and announcements, and reacts on incidents by providing the information on affected entities and persons”. [
x] It also holds seminars and technical trainings for operators of special importance (critical infrastructure) [
x].
Meanwhile, the 2021
Cyber Tesla drill (organised in collaboration with the US state of Ohio) constitutes only one example of Serbia’s increased emphasis on critical infrastructure through the prism of cyber defence; the stated objectives included the “construction of military defence system capacities and the National CERT’s capacities for the protection from high-tech attacks, as well as an enhanced cooperation with relevant government and private sector organisations and academic institutions for the purpose of protection of the IT systems”.
In its UNGGE
position paper in 2016, Serbia emphasised the importance of interstate cooperation in “maintaining effective and responsive mechanisms for information exchange, alerts and announcements on cybersecurity incidents”. The paper goes on to posit that “the special focus should be on the protection of critical infrastructure”, especially in the case of transnational attacks. In 2021, Norway donated a platform worth €1.2 million which will “[serve] to hold cyber exercises at the national level enables the real situation of different attack scenarios, and will contribute to capacity building and training of officials in various state institutions”, according to State Secretary of the Ministry of Trade, Tourism and Telecommunications Milos Cvetanovic [
x].
In 2016, Costa Rican Cybersecurity Incident Response Team (CSIRT) joined
CAMP, an international alliance that serves as a platform for the members to enhance their cybersecurity capacity.
Costa Rica is also
collaborating with Israel on cyber issues and digital transformation in an effort that has the potential to streamline innovation in the public sector, transforming public services and institutions and positioning Costa Rica as a regional benchmark in cybersecurity.
On a national scale, Costa Rica launched a
digital transformation strategy for the public sector in 2018 and is now working to create a
strategy for the implementation of Artificial Intelligence. The initiative seeks to promote the use of digital technologies and access to scientific knowledge, innovation, technology, and telecommunications for social and productive transformation.
Having
suffered a cyber attack in 2022, Costa Rica is now
positioning cybersecurity as a top national priority, and the Ministry of Science, Innovation, Technology and Telecommunications is beginning to implement various actions to detect, respond and correct cyber intrusions, build faster and more robust response protocols, and train individuals in skilled threat detection.