# Developing Cyber Buffer Zones

**Authors:** Michael Robinson, Kevin Jones, Helge Janicke, Leandros Maglaras

arXiv: 1812.11900 · 2019-01-01

## TL;DR

This paper explores the development of Cyber Buffer Zones as a new approach to cyber peacekeeping within UN peace operations, addressing the challenges of adapting peacekeeping to the cyber warfare domain.

## Contribution

It advances the concept of cyber peacekeeping by analyzing how to establish and implement Cyber Buffer Zones in conflict areas.

## Key findings

- Proposes a framework for setting up Cyber Buffer Zones
- Identifies key technical and political challenges
- Suggests strategies for effective cyber peacekeeping

## Abstract

The United Nations conducts peace operations around the world, aiming tomaintain peace and security in conflict torn areas. Whilst early operations werelargely successful, the changing nature of warfare and conflict has often left peaceoperations strugglingto adapt. In this article, we make a contribution towardsefforts to plan for the next evolution in both intra and inter-state conflict: cyberwarfare. It is now widely accepted that cyber warfare will be a component offuture conflicts, and much researchhas been devoted to how governments andmilitaries can prepare for and fight in this new domain [1]. Despite the vastamount of research relating to cyber warfare, there has been less discussion onits impact towards successful peace operations. This is agap in knowledge thatis important to address, since the restoration of peace following conflict of anykind is of global importance. It is however a complex topic requiring discussionacross multiple domains. Input from the technical, political, governmental andsocietal domains are critical in forming the concept of cyber peacekeeping.Previous work on this topic has sought to define the concept of cyber peacekeeping[2, 3, 4]. We build upon this work by exploring the practicalities ofstarting up a cyber peacekeeping component and setting up a Cyber Buffer Zone (CBZ).

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Source: https://tomesphere.com/paper/1812.11900