SocialFiVis: A Visual Analytics Sandbox for LLM-Grounded Multi-Agent Simulation in Social Finance

Yi-Fan Cao1 Qing Shi2 Liangwei Wang2 Leo Yu-Ho Lo1 Lin Chen3 Yuzi Han1 Yang Wang4 Kani Chen1
1 HKUST, 2 HKUST(GZ), 3 Northeastern University, 4 HKU
IEEE Transactions on Visualization and Computer Graphics (Proc. IEEE VIS 2026)
SocialFiVis teaser visualization

SocialFiVis lets community operators back-test governance policies and trace macro-level outcomes to the reasoning and actions of individual agents.

Abstract

The emergence of social finance (SocialFi) transforms online communities into complex socio-economic systems. Within these spaces, collective decisions shape a “digital commons” characterized by social capital (e.g., community trust) and financial health (e.g., market liquidity). Governing such hybrid ecosystems is challenging because real-world interventions are costly and irreversible. While counterfactual simulation is essential for exploring alternative governance strategies, existing approaches fail to capture the complex, non-linear interplay between governance rules, individual behaviors, and emergent economic outcomes. To systematically unpack this complexity, we operationalize the Institutional Analysis and Development (IAD) framework as our theoretical foundation, synthesizing prior literature with insights from formative expert interviews. Built on this framework, we present SocialFiVis, an IAD-embedded visual analytics sandbox. It introduces a robust model to quantify the dual-track digital commons, coupled with a two-phase simulation engine. This engine combines LLM-derived personas with a mechanism-guided Perception–Reasoning–Action (PRA) runtime to simulate heterogeneous, context-aware agents empirically grounded in the retained messaging cohort. A hierarchical multi-view interface with interpretable reasoning pathways enables stakeholders to explore counterfactual policies and trace system-level outcomes back to individual behavioral rationales. We validate SocialFiVis through case studies, expert interviews, and a user study. Results demonstrate that SocialFiVis supports fine-grained behavioral attribution and helps explain emergent phenomena such as the structural decoupling of social capital and the resilience of messaging members under localized governance shocks.

Demo Video

BibTeX

@article{cao2026socialfivis,
  title={SocialFiVis: A Visual Analytics Sandbox for LLM-Grounded Multi-Agent Simulation in Social Finance},
  author={Cao, Yi-Fan and Shi, Qing and Wang, Liangwei and Lo, Leo Yu-Ho and Chen, Lin and Han, Yuzi and Wang, Yang and Chen, Kani},
  journal={IEEE Transactions on Visualization and Computer Graphics},
  year={2026},
  url={https://github.com/sqsssq/SocialFiVis}
}