How to make AI reliable and transparent
AI is not a neutral technology: it is a mirror of our values, norms, and social choices – what do we, as humans, consider to be important? Using AI is therefore not just a technical decision, but also a legal and ethical one. Those who uncritically embrace technology today take a technical risk while also contributing to systems that can reinforce social inequality, obscurity, or loss of control. Transparency, human oversight, and ethical reflection are necessary building blocks of a future-proof AI policy that builds support, reinforces trust, and keeps risks manageable.
Trustworthy AI
To support organisations in developing trustworthy AI, the European Union is strongly committed to the concept of Trustworthy AI with the AI Act.
This principle is based on three fundamental pillars:
- ethics,
- legality,
- robustness.
In other words, artificial intelligence should not only be powerful, but also safe, transparent, fair and verifiable. To this end, the AI Act has drawn on the Assessment List for Trustworthy Artificial Intelligence (ALTAI) for self-assessment, a tool that guides AI developers and implementers in designing and deploying AI systems that meet these high standards.
Trustworthy AI goes beyond technological requirements; it is also about embedding AI in a framework that respects fundamental European values: human rights, democracy, equality, and the rule of law. The ultimate goal is a legal and social ecosystem in which trust in technology can grow.
This goes beyond aligning technology with existing regulations, such as the GDPR and product safety guidelines, as well as with the new requirements brought about by the AI Act. Whether AI is truly ‘trustworthy’ depends on the choices organisations make: in design, in data use, in transparency, and in how they structurally incorporate human control and social impact into their processes. How consciously and critically is AI used in practice? Legislation alone is not enough if companies continue to treat ethics as a compliance tick box.
In the Ethics Guidelines for Trustworthy AI, the European Commission formulated seven requirements that an AI system must meet to be considered trustworthy. Ensuring trustworthy use of AI is a shared responsibility of both developers and users of the systems.
1. Human agency & oversight
A future-proof AI policy starts by recognising that technology can support humans, but that human oversight remains crucial. Especially in contexts where AI has a direct impact on human lives or fundamental rights, a hybrid approach is indispensable. Limitations such as hallucinations, bias, embedded biases, and a lack of transparency about decision-making processes illustrate the need for human intervention. Full factual reliability of AI cannot be guaranteed today.
Therefore, human involvement is not an optional layer, but a fundamental starting point in the design and application of AI: from the outset, it should be clear where technology stops and where humans make decisions about the purpose, boundaries and control points. In domains such as recruitment and selection, medical diagnosis or credit assessment, explicit human intervention is not a luxury, but an ethical requirement.
How do I ensure human supervision and oversight in an AI system?
- In any AI application, provide clear roles and responsibilities: who gets to decide what and under what conditions?
- Incorporate systems with human control mechanisms, such as human-in-the-loop.
- Invest in the AI literacy of employees, so they can recognise risks and not blindly trust the technology.
2. Technical robustness & safety
AI systems should not only be smart, but also reliable. This means they must be resistant to errors, external influences, and abuse. Robustness goes beyond avoiding bugs: it’s about resilience to unexpected inputs, security against tampering, and control over responses to disturbances.
A reliable AI system recognises its own limits and, if necessary, can be temporarily stopped or adjusted, either automatically or under human supervision. This creates a controlled, safe interaction between humans and machines, even in emergency situations.
Organisations that incorporate this properly not only strengthen their technological reliability, but also the trust of employees, customers, and society.
How do I make my AI system robust and safe?
- Make sure a formal risk and impact analysis has been carried out before implementation, so you know whether the system falls under a high-risk category and what precautions are needed.
- Establish logging and auditing mechanisms so that decisions made by the AI system can be checked retrospectively, which is essential for transparency and accountability.
3. Privacy & data governance
Privacy is not a side effect, but a core value. It is linked to fundamental rights such as autonomy and the right to a private life. Privacy in AI means more than protecting personal data from abuse or data breaches. It requires structural respect for the control that individuals should retain over their data, even when that data is processed through complex algorithms.
Embed privacy in the design phase, not afterwards: with clear agreements, technical safeguards and transparent processes.
How do I manage and protect data in an AI system?
- Only collect strictly necessary data. More data increases risk, not automatically quality.
- During the design phase, consider ways to protect data, anonymise it, or avoid it completely if it is not essential.
- Know what data your organisation gathers, how it is used, who has access and how long it is kept. True data governance means control over the entire data lifecycle.
4. Transparency
Transparency is fundamental for responsible use of algorithmic systems. It is about clarity on how an AI system works, what data it uses, and what logic it applies to make decisions. Transparency does not mean that everything need to be publicly available. It is about targeted, context-specific communication: who needs what information, in what form, and for what purpose?
For employees, this means staying critical, asking questions, and actively contributing to clear communication about how AI works in their organisation. Transparency is not an end goal, but an ongoing process that contributes to responsible and credible technology.
How do you make an AI system transparent?
- Make system documentation (model selection, data sources, and constraints) available and understandable to both technical and non-technical stakeholders.
- Inform users and stakeholders clearly about the role of the AI system in the decision-making process. Make it clear if and how human intervention is possible.
- Actively communicate what the expected accuracy, reliability, and limitations of the system are so that users have realistic expectations.
5. Diversity, non-discriminatory and fair
At all times, AI systems should ensure that no person is disadvantaged due to gender, ethnicity, age, disability, socioeconomic status, or other personal characteristics. While this principle seems obvious, in practice we still often see that this is not always the case. When training data are not representative, minorities are often not represented or are represented incorrectly. This can lead to models that categorise, exclude, or favour people without any explicit malicious intent behind it.
How do I create a fair AI system that is diverse and does not discriminate?
- Systematically check whether training data are representative and whether certain groups are under- or over-represented.
- Have your models co-designed by people from different backgrounds, disciplines and worldviews.
6. Well-being, social and ecological
AI should not be a goal in itself, but it should contribute to the well-being of people and society. Being aware of this is important because the technology carries an ecological and social footprint, ranging from high energy consumption to reinforcing inequality and increasing digital exclusion. Only by consciously choosing social added value over technological hype does AI contribute to society.
Organisations that take this wider impact seriously build better technology, but also a society where technology serves people.
How do I monitor the social and ecological impact of your AI system?
- Assess the social impact of each AI application by asking questions such as: Who benefits? Who loses out? And who is forgotten?
- Make sure AI is also accessible to people with limited digital skills or limited access to technology. Use AI to support people, not replace them.
- Ask yourself if AI is the right solution to your problem. Sometimes it is enough to ask Google the question instead of a GenAI tool.
7. Responsibility or accountability
Whoever uses AI in an organisation bears responsibility for the operation as well as the consequences of the system. Without clarity, risks might shift without anyone really being accountable. It is therefore essential that organisations invest in solid governance frameworks today. Not as a precaution for future legislation, but as a strategic choice to avoid risks, reputation damage, and social resistance.
Outsourcing responsibility to technology is an illusion. At a time when AI influences or even makes decisions, it must remain crystal clear who is morally and legally accountable for it. Only then will technology retain its legitimacy in a just society.
How do I make my AI system accountable?
- Establish clear roles and responsibilities when it comes to liability, use, and supervision of AI systems.
- Build a structure where decisions are traceable, adjustment is possible, and reporting is carried out regularly.
And copyright?
In addition to the ethical principles around AI discussed above, copyright also deserves more attention. Copyright was not yet explicitly included in the official ethical framework for trusted AI, but it is more relevant than ever.
AI is increasingly used to generate texts, images, or other creative content, but who is the creator of that output, and who owns the rights? AI models are typically trained on vast amounts of existing content, such as books, articles, illustrations and music, but often without permission or compensation to the original creators. This is at odds with classical copyright law, which starts precisely from human creativity, individual expression, and legitimate compensation.
For organisations, content agencies and freelancers using AI for commercial assignments, this is of particular relevance. AI output without clear human input is rarely recognised as a protected work. Moreover, similar prompts made by other users can lead to almost identical content. So, anyone who wants to guarantee exclusivity as a creator or client will have to document the creative process as well as prove personal input.
Whatever you put into the AI system also deserves attention. Using copyrighted material as input or examples without permission can lead to legal infringements. Especially for tools that reuse user data to further train their models, caution is needed.
In short, AI is not a creator, but a tool. Those who use it with an eye for ethics, legal underpinnings, and creative responsibility can confidently integrate it into their work processes. But that requires knowledge, conscious choices, and constant alertness in a rapidly evolving legal landscape.
From compliance to responsibility
Ethical and responsible AI use means more than ticking off legal obligations. It is about creating systems that respect both people and society. Organisations that take this seriously not only build sustainable innovation, but also social trust. A value that no algorithm can replace.
References
- Assessment List for Trustworthy Artificial Intelligence (ALTAI) (2020) European Commission
- Leidraad voor redacties – Vlaamse Vereniging voor Journalisten VVJ
- AI in overheids- en socialprofitcommunicatie – Kortom
- C-square, Principles for ethical use of ai in corporate communications, C-square, 2024.
- Charlotte Michils, Auteursrechten in een AI-gedreven wereld, Vlaamse Vereniging van Journalisten, 24 februari 2025.
- Grégory Marchandise, Guidelines on artificial intelligence & communication, UBA, 26 maart 2024,
- Rudy van Belkom, AI heeft geen stekker meer. Over ethiek in het ontwerpproces, Den Haag-Stichting Toekomstbeeld der Techniek (STT), 2020.
- Rudy van Belkom, De computer zegt nee, Den Haag-Stichting Toekomstbeeld der Techniek (STT), 2019.
- Rudy van Belkom, Duikboten zwemmen niet, Den Haag-Stichting Toekomstbeeld der Techniek (STT), 2019.
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Eulaly Vanroelen
Eulaly Vanroelen is a researcher at the Sustainable Business and Digital Innovation expertise centre of the Thomas More University of Applied Sciences' and Arts. Driven by curiosity about the impact of technological innovations on a rapidly evolving society, she studies how these developments can contribute to a more efficient and pleasant working life.
Her expertise lies in translating complex AI technology into accessible and practical applications, especially for content creation and communication. In her current research, she focuses on the use of AI/generative AI for targeted and efficient audience communication, always with an eye for the ethical implications of these technologies.
Eulaly obtained a Master-after-Master in Intellectual Property Rights and ICT Law, with a master thesis on web scrapping on social media platforms. This specialisation led her into the consulting world, where she worked as a Data Protection Officer guiding organisations in a variety of sectors on data protection, cybersecurity, and AI legislation. Driven by her growing interest in the social impact of artificial intelligence, she eventually chose to join Thomas More University of Applied Sciences and Arts. There, she works on innovative solutions that harness digital technology to serve people and society.
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