AI and Algorithms’ Invisible Hand on Our Finances

Artificial Intelligence's role in financial decision-making raises concerns over biases and data transparency.

Companies are increasingly relying on algorithms and artificial intelligence to make critical decisions about financial products, employment applications, and insurance premiums. These tools, when designed fairly, have the potential to reduce human biases in decision-making, enabling broader access to credit and opportunities. However, when flawed, they risk causing significant harm. Decisions made by AI systems can often be opaque, leaving consumers without understanding the data or factors that contributed to the decision.

There is significant concern over the black-box nature of AI systems used in financial decisions. Consumer advocates warn of biases in AI models, where data used can be unrepresentative or inaccurate, skewing outcomes negatively for certain demographic groups. The potential for such biases is particularly worrisome in contexts such as lending and insurance, where proxies like zip codes may inadvertently discriminate based on race or economic status.

Amid these challenges, there is a call for regulatory frameworks to ensure transparency and fairness in AI-driven decision processes. Proposals include mandatory disclosures when AI is involved in key decisions, company accountability in explaining decisions, and routine bias testing of AI models. The European Union’s AI Act serves as a benchmark, with advocates urging the U.S. to adopt similar regulations to protect consumers and ensure AI’s responsible use.

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Mit researchers propose self distillation fine tuning to add skills to large language models without forgetting

Researchers at MIT, the Improbable artificial intelligence lab and ETH Zurich have introduced self distillation fine tuning, a method that lets large language models gain new enterprise skills while preserving prior capabilities. The approach uses a model’s own in context learning as a teacher, avoiding explicit reward functions and reducing catastrophic forgetting.

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