This document is part of the first phase of the SPATIAL project, which focuses on identifying requirements and design guidelines for modern system architectures based on accountable AI. The deliverable document at hand is to be regarded as the basis for achieving these goals. Precisely, this document aims to establish a comprehensive catalogue of aspects and general design principles to be considered when integrating and utilizing AI algorithms and frameworks for addressing security risks and threats to system (and network) architectures
Requirements analysis is an essential part of the System Development Life Cycle (SDLC) in order to a...
Effective assessment of cyber risks in the increasingly dynamic threat landscape must be supported b...
The growing number of incidents caused by (mis)using Artificial Intelligence (AI) is a matter of con...
This deliverable has been submitted but not approved by the European Commission in November 2022
D1.2 summarizes the initial requirements analysis of the AI-SPRINT project. The outcome of this anal...
The article delves into the risk-based approach underpinning the draft EU ArtificialIntelligence Act...
The goal of ECOSSIAN project is to create a platform that detects, analyses and responds to security...
Context and motivation. Collaborative AI systems aim at working together with humans in a shared spa...
International audienceThis position paper discusses the requirements and challenges for responsible ...
The EU’s proposed AI Act sets out a risk-based regulatory framework to govern the potential harms em...
The European Union’s Proposal for an EU Regulation laying down harmonized rules on Artificial Intell...
D1.2 presents the use case scenarios and requirement analysis of the AI-PRISM system design. It incl...
The aim of the AI-SPRINT “Artificial intelligence in Secure PRIvacy-preserving computing coNTinuum” ...
D1.2 SECURITY THREAT MODELING FOR AI BASED SYSTEM ARCHITECTUR The security of machine learning-base...
Automation is a very promising technique to reduce the chances of flaws happening downstream the sof...
Requirements analysis is an essential part of the System Development Life Cycle (SDLC) in order to a...
Effective assessment of cyber risks in the increasingly dynamic threat landscape must be supported b...
The growing number of incidents caused by (mis)using Artificial Intelligence (AI) is a matter of con...
This deliverable has been submitted but not approved by the European Commission in November 2022
D1.2 summarizes the initial requirements analysis of the AI-SPRINT project. The outcome of this anal...
The article delves into the risk-based approach underpinning the draft EU ArtificialIntelligence Act...
The goal of ECOSSIAN project is to create a platform that detects, analyses and responds to security...
Context and motivation. Collaborative AI systems aim at working together with humans in a shared spa...
International audienceThis position paper discusses the requirements and challenges for responsible ...
The EU’s proposed AI Act sets out a risk-based regulatory framework to govern the potential harms em...
The European Union’s Proposal for an EU Regulation laying down harmonized rules on Artificial Intell...
D1.2 presents the use case scenarios and requirement analysis of the AI-PRISM system design. It incl...
The aim of the AI-SPRINT “Artificial intelligence in Secure PRIvacy-preserving computing coNTinuum” ...
D1.2 SECURITY THREAT MODELING FOR AI BASED SYSTEM ARCHITECTUR The security of machine learning-base...
Automation is a very promising technique to reduce the chances of flaws happening downstream the sof...
Requirements analysis is an essential part of the System Development Life Cycle (SDLC) in order to a...
Effective assessment of cyber risks in the increasingly dynamic threat landscape must be supported b...
The growing number of incidents caused by (mis)using Artificial Intelligence (AI) is a matter of con...