AI fairness and Bias are becoming essential across ethical, social, commercial, and legal spheres. Fairness in AI encompasses a range of contexts, including avoiding discrimination based on protected characteristics like race and gender, adhering to fair processes, and ensuring equitable or consistent outcomes depending on the situation. It also involves preventing the exploitation of personal data and maintaining fairness in business practices and marketplaces.

Researchers have suggested several methods to evaluate and address bias in AI systems, but these methods are often improvised and lack a systematic structure for assessing fairness throughout the AI lifecycle. There is no universal process for assessing AI fairness across different fields and organizations. AI fairness is context-dependent, with different machine learning techniques and algorithms requiring distinct approaches based on the specific problem and requirements of each AI system. Biases and their impacts also vary depending on the application and scenario.

The ICO emphasizes the need for a “by design” approach to incorporate fairness into AI development from the start. The aim of Esdha is to provide guidance for organisations to create fair, safe and trustworthy AI systems using “by design” approach through:

 

Moreover, current AI fairness approaches often focus on products, leaving gaps for practitioners involved in services or consulting. Addressing fairness issues in datasets we need to provide effective support for fairness across different organizational and operational contexts including:

 

Perceived Severity of Fairness-Related Harms

Quantifying harms might favour majority groups, overshadowing severe impacts on smaller, marginalized communities.

 

Ease of Data Collection and Mitigation

This approach can perpetuate disparities by neglecting groups facing significant systemic marginalization.

 

Perceived PR or Brand Impacts

Performance disparities with potential for viral attention or reputational harm can be prioritised. Examples included high-profile failures like biased resume screening systems. Focusing on PR and brand risks may sideline actual stakeholder harms, prioritizing optics over substance.

 

Customer or Market Needs

Business imperatives often dictated prioritization, with organizations favouring high-value customers. Market-driven approaches favoured privileged groups, especially in tiered geographic deployments. This reinforces existing social and structural inequities by prioritizing powerful and already privileged groups.

 

Design considerations for embedding Fairness in Requirements, Context, and Purpose

Previous research has highlighted the various dimensions of bias in AI, such as technical, legal, social, and ethical aspects. It also points out the need for fairness regulations in AI across different domains, including for people with disabilities, and establishes the importance of ethical principles in AI fairness. Therefore here are some design considerations for you to get started

Defining Requirements

Contextual Understanding

Purpose Articulation

 

Best practices for addressing fairness

Fairness is inherently interdisciplinary, and achieving it requires collaboration across diverse teams. Consider the following steps:

Building Interdisciplinary Teams

Include professionals with expertise in:

Co-Creation with Stakeholders

Engage end-users, affected communities, and organizational leaders in the development process. Their input can provide valuable insights into fairness concerns and desired outcomes.

 Ongoing Collaboration

Fairness is not a one-time task. Establish processes for continuous engagement and feedback from stakeholders throughout the AI lifecycle.

 

 

Free Resources for AI Fairness Design Considerations

Stakeholder Identification for Machine Learning 

The Solutionism Trap in Machine Learning

 
 
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Limitations and their consequences

Here are some significant limitations and their consequences (Salado & Nilchiani, 2013) for you to address in your design.  

  1. The lack of common frameworks results in the use of classification or taxonomies to identify stakeholders’ roles and responsibilities. 
  2. It may only be feasible to guarantee the inclusion of some relevant stakeholders.
  3. It may not be feasible to verify the accuracy or appropriateness of all stakeholders involved.

These three limitations lead to negative consequences in the development of AI systems: 

  1. (from Limitation 1): Creativity in the stakeholder identification process is constrained by an overreliance on predefined categories, which leads to ” outside-the-box” thinking.
  2. (from Limitation 1): Stakeholder representation must be revised because rigid categorisation excludes broader behavioural diversity.
  3. (from Limitation 2): Requirements are incomplete as not all relevant stakeholders are identified or analysed.
  4. (from Limitation 3): Requirements are inaccurate because they are derived from stakeholders who may need to be more appropriate or relevant.

 

Sources

DRCF, https://www.drcf.org.uk/publications/blogs/fairness-in-ai-a-view-from-the-drcf/

Madaio, M.A., Stark, L., Wortman Vaughan, J. and Wallach, H., 2020, April. Co-designing checklists to understand organizational challenges and opportunities around fairness in AI. In Proceedings of the 2020 CHI conference on human factors in computing systems (pp. 1-14).

Madaio, M., Egede, L., Subramonyam, H., Wortman Vaughan, J. and Wallach, H., 2022. Assessing the fairness of ai systems: Ai practitioners’ processes, challenges, and needs for support. Proceedings of the ACM on Human-Computer Interaction, 6(CSCW1), pp.1-26.

Agarwal, A. and Agarwal, H., 2024. A seven-layer model with checklists for standardising fairness assessment throughout the AI lifecycle. AI and Ethics, 4(2), pp.299-314.

 

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