A Coordinated, Risk-Based, National Forest Biosecurity Surveillance Program for Australian Forests

Australia has a comprehensive plant biosecurity system, with the Australian Government responsible for pre-border (e.g., off-shore compliance) and border (e.g., import inspections) activities, while state governments undertake a variety of post-border activities (e.g., post-border surveillance, management of pest incursions, and regulation of pests) designed to reduce alien pest and pathogen arrival and establishment. Once an alien pest or pathogen has established and spread, its management becomes the responsibility of the land manager. There has been a growing understanding among plant industries of the need to be more engaged in post-border biosecurity activities, including resourcing and undertaking early detection surveillance and contingency planning. Here we summarize Australia’s broader plant biosecurity system along with current forest-specific biosecurity surveillance activities. We describe the development of a proposed forest biosecurity partnership between the Australian Government, state governments and the forest sector to establish a post-border, risk-based National Forest Pest Surveillance Program. We outline why there is a recognized need for such a program, how it would improve biosecurity outcomes in relation to forests, its component activities, and key stakeholders and beneficiaries.

Border security and surveillance System using IoT

Security along the international border is a critical process in security assessment; It must be exercised the 24x7. With the advancements in wireless IoT technology, it has become much easier to design, develop and deploy a cost-effective, automatic and efficient system for intrusion detection in the context of surveillance. This paper set up to set up the most efficient surveillance solution, we propose a Border Surveillance Systems and sensitive sites. this surveillance and security system is to detect and track intruders trespassing into the monitoring area along the border, it able which triggers off precocious alerts and valuation necessary for the catch of efficient measurements in case of a threat. Our system is based on the classification of the human gestures drawn from videos envoy by Drones equipped with cameras and sensors in real-time. All accomplished experimentation and acquired results showed the benefit diverted from the use of our system and therefore it enables our soldiers to watch the borders at each and every moment to effectively and at low cost.

Limits at the Limes. Diffracted Sovereignty inside the Border Zones

This paper questions state sovereignty at borders, by referencing the contradictions that a border control approach based upon security concerns creates, and the distortions between societies of norms and situations of exception that the European migration and asylum policies generate. Meanwhile, whilst sovereignty should correspond in a legal theory perspective to authority, its expressions manifested in the European borders consists essentially in domination as bare violence is deployed. By investigating the hiatus between how sovereignty ought to be in theory and how it is observed in practice, it is possible to consider that the very sovereignty is diffracted in the thickness of the frontiers (i). This paper explores the methods states develop directly or indirectly in the borders, inside the border zones, basing the analysis on the notion of heterotopia Michel Foucault forged. Such a conceptual tool is deployed in order to underscore how states construct and exploit frontiers as useful margins and establish them as dissolution zones. Three methods – extraction, classification and obliteration – are highlighted that correspond to the main purposes of border surveillance – control, selection and removal – (ii).

C2 Advanced Multi-domain Environment and Live Observation Technologies

Nowadays, the free movement of people and goods within the European Union is one of the topical issues. Each member state and border practitioner exploits its own set of assets in their goal of border surveillance and control. States have invested significantly in these assets and infrastructures necessary to manage and control the transit in the border areas. As new capabilities and assets become available and as current Command and Control (C2) systems become older, border control practitioners are faced with the increasing challenge of how to integrate new assets, command and control all of them in a coordinated and coherent way without having to invest in a completely new C2 systems built from the ground up. Therefore, and bearing in mind that the systems already developed up to date are very old and are not framed in a global standard data model, it has been identified, on one side the need to define a platform that allows to interact with multiple UxVs (land, sea and air), and on the other, unify all data models so that it can globalize and generate a much more concise analysis of what happens in places of conflict.

Unmanned aerial systems in search and rescue applications with their path planning: a review

In recent days, the Unmanned Aerial Systems (UAS) is an emerging technology rapidly across many warfare’s and enable new civilian domains which include real-time monitoring, security, border surveillance, wildlife surveys, providing wireless coverage, weather monitoring, smart farming, surveying, search and rescue, products delivery, farming, and civil structure inspection. Initially, there were many challenges in the design and control of UAS as it lacks an onboard pilot for navigation. Now the condition is improved with the implementation of artificial intelligence techniques in path planning and their coordination. Unmanned Aerial vehicles (UAV) in UAS technology open up new potentials in a variety of fields. This paper presents a review of recent literature, starting with the introduction about the UAS and its types, components, developments, potential applications of UAV in search and rescue and the paper completes with a summary of the different path planning methods used in UAS.

MANAGEMENT OF UAV BORDER SURVEILLANCE AS TECHNOLOGICAL AND SOCIAL CONSEQUENCE OF ANTI-PANDEMIC PROGRAMS

Tackling the complex problem of illegal migration and the external security of the European Union's borders is an ongoing challenge. On the one hand, there are security and anti-social aspects, and on the other hand, there are also health and safety aspects, which are currently gaining in intensity and importance in pandemics. The professional community is therefore looking for effective tools and procedures to manage these risks and challenges. The aim of the article is to identify the research space for solving the topic in the agenda of the European Union and to identify initial knowledge from the own pre-research of the use of UAV (Unmanned Aerial Vehicle) border surveillance within anti-pandemic programs as a technological and social consequence of pandemic, as pre-research notes of authors. Keywords: management, unmanned aerial vehicle, safety and security, pandemics.

Training of Remotely Piloted Aircraft Operators for Border Surveillance in Ukraine based on the European Union Standards

The study reveals the theoretical and practical approaches to building of an all-European training strategy for remotely piloted aircraft systems (RPAS) operators to increase their interoperability in the European Union countries and Ukraine. Nowadays, the border guard agencies both in EU and Ukraine have developed their national courses and training programs related to training of RPAS operators, however, the proposed in this study common approach is based on the Sectoral Qualification Framework in the field of border protection and Common Core Curriculum for border guards in EU and is aimed at expanding the use of small RPAS for a specific task of protecting the border sectors of various types (land, sea, air) in accordance with the Concept of European Integrated Border Management. The research was carried out in the frames of the Grant Program of the European Agency for Border and Coast Protection Frontex "The use of RPAS for border protection - tactics, guidelines, best practices". The study covers the analysis of the theory, market solutions, takes into account practical border protection experience, which resulted in creation of a common curricula for operators of RPAS in the specific sphere – surveillance of the state borders. The developed training course for RPAS operators provides an opportunity to train external crews of unmanned aerial vehicles, which will best meet the objectives and peculiar needs of the state border protection agencies of the European Union and Ukraine. The readiness of future RPAS operators to perform professional duties on border surveillance was diagnosed according to cognitive (knowledge formation) and operational (skills and abilities formation) criteria. Comparison of the values of these criteria before and after the formative stage of the experiment shows that the experimental measures for the application of best European practices in the training of RPAS operators have positively affected the quality of their training. The results of the study will help strengthen the state border security within the European context of border guarding by means of increasing the level of interoperability of RPAS operators in the EU countries and Ukraine.