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References (8)
[3]
Argumentative Large Language Models for Explainable and Contestable Claim Verification
Founder's Pitch
"ArgLLM-App is an interactive web tool enabling explainable decision-making with argumentative reasoning over large language models."
Commercial Viability Breakdown
0-10 scaleHigh Potential
1/4 signals
Quick Build
3/4 signals
Series A Potential
4/4 signals
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Why It Matters
This research provides a platform to make AI decision-making transparent and contestable, catering to industries where decision explainability and user trust are paramount, such as legal tech, finance, or policy-making.
Product Angle
To productize ArgLLM-App, focus on sectors like legal, insurance, or any decision-heavy field by offering a service to assess and improve decision transparency and validity. Develop APIs to integrate with existing workflow management tools.
Disruption
This solution could replace traditional decision-making support tools by providing a more interactive and transparent approach to understanding AI-driven decisions, which are often seen as black-box models today.
Product Opportunity
The market for AI explainability solutions is growing, as industries like law, finance, and compliance need transparent decision-making tools. Companies in these fields value verified AI outputs and will invest in systems that enhance this.
Use Case Idea
LegalTech companies could use ArgLLM-App to automate the evaluation of legal cases by generating defensible argument trees, enabling lawyers to explore case strengths and weaknesses interactively.
Science
The system uses Large Language Models (LLMs) to create argumentation frameworks (QBAFs) that visually display interconnected arguments, providing explanations for AI decisions. Users can interact with this framework, adjust confidence scores, and add new arguments, enabling the system to refine its decision processes based on human input.
Method & Eval
The system was tested as a web-based application demonstrating the creation and modification of argumentation frameworks. Human users can interact with it through a chat interface and visual modifications.
Caveats
The system's usability might still be limited by the complexity of QBAFs for average users. Also, reliance on LLMs from a single provider presents possible limitations in adaptability and transparency.
Author Intelligence
Adam Dejl
Imperial College London
adam.dejl18@imperial.ac.uk
Deniz Gorur
Imperial College London
d.gorur22@imperial.ac.uk
Francesca Toni
Imperial College London
ft@imperial.ac.uk