Building an assurance case for assessing novel maritime border surveillance system
Abstract
An assurance case is a documented body of evidence providing a convincing and valid argument that a system is adequately built for a given application in a given environment. It is a requirements-based approach, in which requirements provide a reference for the assessment of determined features of the target system. System adequacy is demonstrated by presenting evidence and by justifying why the evidence supports particular requirement-based claims. As follows, a systems assurance case is a conceptual procedure within which reasoning about system validity takes place. It is a hierarchical ordering of system-related data extending from an abstract understanding of system performance to a concrete proof of the validity system. In this paper, we discuss the development of an assurance case for a maritime border surveillance system which aims at enhancing the situational awareness of border authorities at external maritime borders of the European Union and third countries. This paper discusses the benefits of the assurance case in the context of applied civil security research, considering among others the suitability and comprehensiveness of the approach compared to other methods, such as checklists and compliance matrices. The strength of the approach in organizing information associated with complex systems is also addressed.
Keywords: Border Surveillance, Maritime Borders, System Evaluation, Assurance Case
DOI: 10.54941/ahfe1006797
Cite this paper
More from this volume
- Disaster Situation Understanding and Management by Using Common Ontology and Semantics
- Layer Model for the Design of Data-driven Business Models – AI Integration and Industrial Data Fusion Across Hierarchical Levels
- Tracking Human Factor Recognition in Occupational Accident Investigations: A 10-Year Review from the Quarrying and Aggregates Sector
- From Clinic to Space and Back Again: A Neuroadaptive Systems Approach to Optimized Human Performance
- A quantitative assessment approach for user operation performance grounded in cognitive models
- Usability Issues in BPMN Models Analyzed Using Eye-Tracking Technology
- CoBotCraftLab – Approaching Human-Robot Collaboration in Digital Craft
- Business Analytics Strategies in Port Economics from a Systems-Theory Perspective: A Bibliometric Analysis and Future Research Directions
- Customer Experience and Social Robots - an experiment in a grocery store
- Strategic Transformation towards Advanced Mechanical Engineering: A Systematic Review and Taxonomy of Trends and Enabling Factors
- Securing Interfaces of a Multinational Standard with Technical Specifications for Data Sharing: Challenges of Authentication and Authorization
- Impact of Pedal Design Parameters on Operational Efficiency and Usability in Foot Interaction Systems


AHFE Open Access