AA

In an era where generative AI is rapidly becoming part of Europe’s digital infrastructure, OptimAIse emerges as an innovative initiative aimed at making its development more efficient, sustainable and trustworthy.

The project will introduce a modular and interoperable software-engineering framework for the development and deployment of generative AI systems. Based on open-source components and validated through industrial use cases in healthcare, robotics and AI factories, OptimAIse will support developers across the entire lifecycle of AI models, from testing and optimisation to deployment and continuous monitoring.

The solution combines a scalable reference architecture, intelligent orchestration tools, energy-efficient European hardware and secure mechanisms for model and data traceability.

What makes OptimAIse unique is its ability to integrate performance, sustainability and trustworthiness within the same engineering environment. Explainability, fairness, robustness and regulatory compliance will not be treated as additional checks carried out after development, but as measurable requirements embedded directly into the design and release of generative AI systems.

CyberEthics Lab. will ensure ethical and regulatory governance throughout the entire research and innovation process. As leader of the project’s work on fairness, bias and explainability, CEL will define the foundations and assessment criteria needed to produce explanations that are transparent, meaningful and appropriate for different users, including technical experts, citizens and regulators.

Through the ERGO framework and the ETHAI methodology, our expertise will guide the translation of the GDPR, the EU AI Act and European trustworthy-AI principles into concrete technical requirements, risk assessments and compliance checkpoints. This work will be supported by continuous ethical and legal monitoring, including the evaluation of risks related to opacity, uncertainty, automation bias and over-reliance on AI-generated results.

Developed by a multidisciplinary consortium of technology companies, research institutions, universities and public-sector organisations, OptimAIse represents a significant step towards a European ecosystem for responsible generative AI. Through its combination of efficient computing, adaptive deployment, secure traceability and ethics-by-design, the project aims to support AI systems that are not only more scalable and resource-conscious, but also more transparent, accountable and aligned with European values.

Service involved

Ethics assessment of technology
We help our clients and partners in the process of critical analysis to examine the effects that the introduction and use of a technology may have on human rights, society, and the environment. This is a complex process that requires a systematic view and consideration of how technology might affect people and society at large in the short and long term. The ethical impact of technology is therefore crucial when developing and deploying new technologies, in order to mitigate the negative effects and maximise the benefits, and to enable developers, organisations and policy makers to make informed decisions. In this assessment, we assist our clients and partners to consider all relevant factors; there are several methodologies and approaches used to assess the ethical impact of technologies, including:
  • Privacy impact analysis: this type of analysis assesses the effects of technology on the privacy of individuals and their personal information. It considers the risks of monitoring and tracking, the consequences of possible data breaches and the security measures needed to protect users' privacy.
  • Social impact assessment: this type of analysis evaluates the effects of technology on society and the economy in general, considering impacts on unemployment, social equality, access to education and health, quality of life and environmental sustainability.
  • Ethical impact assessment: This type of analysis assesses the effects of technology on society's morals and values, considering impacts on social justice, accountability, transparency, human dignity and individual freedom.
  • Life cycle analysis: This type of analysis assesses the environmental impacts of technology throughout its life cycle, from production to use and end of life.
Ethical impact assessment of technologies therefore requires a multidisciplinary evaluation involving technology experts, ethics experts, legal experts, environmental experts and other stakeholders.
Responsible Research & Innovation
We love discovering and staying on top of new research to continuously advance our knowledge and to transform it into responsible innovation, taking into account effects and potential impacts on ethics, privacy and data protection. We help national and international partners to handle ethical, legal and cybersecurity concerns on both the research process and the project outcomes, through the legal support for the involvement of human beings in the research activity, the analysis of the national and regional legal framework applicable to the implementing technology and the recommendations for the secure and compliant development of technology. We are a multidisciplinary team that promotes the inclusion of legal and ethical concerns in the design of the technology, researching and producing new knowledge and best practices towards making a conscious and transparent adoption of technology.