Category: Biotechnology

The latest in Biotechnology developments in the UK and globally.

  • DOES YOUR AI PASS THE EUROPEAN COMMISSION RISK-ASSESSMENT FRAMEWORK?

    DOES YOUR AI PASS THE EUROPEAN COMMISSION RISK-ASSESSMENT FRAMEWORK?

    THE EUROPEAN COMMISSION RISK-ASSESSMENT – SAFEGUARDING KEY HUMAN RIGHTS AND FREEDOMS.

    The European commission has delivered a new framework for trustworthy Artificial Intelligence (AI) that can be accessed online. The new Risk-Assessment Framework importantly puts a practical spin on the Commissions earlier previously published guidelines . This brief covers the main aspects of the European Commission’s framework, outlining its key features whilst also bringing in some analysis from recent developments.

    In developing the new Risk-Assessment Framework, the European Commission have emphasised the importance of observing an AI’s overall impact on core human rights. The main elements of the Risk-Assessment framework explores this further by covering core rights, such as those relating to non-discrimination, protection of personal data and freedom of expression.

    The main areas covered by the new Risk-Assessment framework include:

    (A) Human Agency and oversight
    (B) Technical Robustness and Safety
    (C) Privacy and Data Governance
    (D) Transparency
    (E) Diversity
    (F) Societal and Environmental well being

    (G) Accountability

    EXAMINING THE EUROPEAN COMMISSION FRAMEWORK

    (B) Human Agency and oversight

    This part of the Risk-Assessment Framework covers whether the system might create over-reliance in users, or illegitimately manipulate users’ behaviour. Whilst AI won’t be capable of making ‘human’ errors, it will however still be fallible to both manufacturing and design errors, as well as ‘machine errors’, fuelled by the algorithmic system itself. This presents clear problems in areas where AI, might be used to substitute human agency in its entirety. An example of this being, stage 5-6 of self-driving cars, where the AI algorithm is said to have complete control without driver interference (for more information see SAEs 5 Stages of Automation and our previous post on self-driving car fundamentals).

    (A) Technical Robustness and Safety

    This covers the subject of security, including resilience to cyber-attacks, general safety as well as the potentially devastating effects of inaccuracy and unreliability.

    (C) Privacy and Data Governance

    This aspect questions the impact of the AI system on the rights to privacy, the right to physical, mental or moral integrity and the right to data protection, and what mechanisms are in place to minimise potential harm and deal with concerns. 

    (C) Transparency

    This covers the traceability of decisions and how, why and where data has been used. An issue with this aspect arises when looking at self-driving car “Black-boxes”, which generate specialist outputs or decisions that cannot readily be explained to users.

    (D) Diversity, Non-discrimination and fairness (AI ETHICS)

    This part of the Risk-Assessment Framework is particularly concerned with the AI designers of today, who have been spearheading recent developments. Recent events have highlighted the importance of avoiding discrimination of all forms more than ever and even more so in the context of algorithmic bias. This was recently highlighted in a recent Ted talk by the president of the Law Society ‘The Future is Biased’ , Christina Blacklwas.

    AI systems should avoid unfair bias and its important that designers not only have a diverse end user in mind, but as an employment group, are also adequately represented by a diverse class of people. Ultimately, the end system should be fair regardless of age, gender, race or other characteristics.

    (E) Societal and Environmental well being

    Naturally, as with the development of any new complex system designed to help humanity, any potential and actual adverse impacts to society and the environment should be limited, as far as possible. More-so, as we are so inextricably linked to both. Whilst its true, that initially adoption of AI in many instances has the potential to impact large areas of employment, leading to job-losses as a result of large-scale automation. This is a foreseeable result that should be accounted for in governmental contingency plans with ready measures to counter any negative effects. Ultimately and most importantly, the overall benefits to society, should outweigh any negative impact predicted to arise.

    (F) Accountability

    Last, but most importantly, its going to be crucial that any AI system developed going forwards has a system of accountability for when unjust or unfair outcomes do occur. This should also ensure an adequate system of redress. In the UK for example, this can thankfully be seen with the ‘Automated and Electric Vehicles Act 2018’ which provides the system of redress for self-driving cars under a single insurance scheme. For more details, see Driverless cars Insurance laws receive Royal assent

    Conclusion

    Now that we have a checklist and Risk-Assessment framework put in place for assessing the suitability of present and future AI systems, what remains to be seen is how developers and employers of AI systems will choose to implement its philosophy going forwards. Nonetheless, it’s certain that the principles are a great first step that works towards helping end users benefit from AI equally, without being exposed to unnecessary risk.

    Stay tuned for more great content


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    This article reflects an earlier stage of Europe’s AI governance debate. Compare those ideas with today’s questions about delegated authority in our Autonomy and AI research hub, and investigate decision authority in the interactive Autonomy Atlas.

  • The ‘Notre-Dame tipping point’ – A study of key events in Biotechnology, what it means to be alive and whether things will actually ever be the same once the ‘fire’ has passed

    The ‘Notre-Dame tipping point’ – A study of key events in Biotechnology, what it means to be alive and whether things will actually ever be the same once the ‘fire’ has passed

    Introduction

    In a world grappling with cancer, climate change, and societal inequities, biotechnology is pushing the boundaries of what we consider life. Recent breakthroughs at Cornell University and Yale University have sparked both excitement and profound ethical concerns.

    Cornell’s Self-Reproducing Machines: A New Form of Life?

    Researchers at Cornell have engineered robots capable of reproducing, consuming resources, and evolving. These DNA-based machines challenge our understanding of life and raise questions about the potential rights of artificial entities. Are we on the verge of creating a new form of life? According to Cornell researchers, these biomachines exhibit lifelike properties such as metabolism, growth, and decay, positioning them at the forefront of synthetic life research​ (HotHardware)​.

    Yale’s Reanimated Pig Brains: Challenging the Definition of Death

    At Yale, scientists have restored cellular activity in pig brains hours after death. Although these brains did not achieve full consciousness, this achievement blurs the line between life and death, raising profound ethical and legal questions about the potential for human brain revival and the rights of individuals who undergo such procedures. This study highlights the need for careful consideration of the implications of reanimating neural tissues​ (IJMR)​.

    Legal and Ethical Implications: Navigating Uncharted Territory

    The implications of these biotechnological advancements are vast and complex. Could a revived human brain regain consciousness and legal personhood? How do we prevent misuse of this technology? Current international laws and ethical guidelines offer limited guidance, necessitating urgent discussions about the future of human experimentation and the potential creation of artificial life​ (EMB Blogs)​​ (Braden Kelley)​.

    Adapting Biotechnology Law for the Future

    The rapid pace of biotechnological innovation demands a legal framework that can keep up. Regulations must be carefully crafted to address ethical concerns without stifling scientific progress. As biotechnology evolves, it is essential to develop robust policies that balance innovation with ethical responsibility, ensuring that new technologies are integrated into society safely and transparently​ (DMS Blog)​​ (IJMR)​.

    Conclusion

    As biotechnology races forward, we must grapple with fundamental questions about the nature of life, death, and consciousness. The breakthroughs at Cornell and Yale offer a glimpse into a future where the boundaries of life are redefined. It is crucial to engage in thoughtful discussions now to ensure these technologies are developed and used ethically and responsibly.

    For further details on these breakthroughs, you can read more about Cornell’s lifelike biomachines here and Yale’s reanimated pig brains here.