DiSCoKit: An Open-Source Toolkit for Deploying Live LLM Experiences in Survey Research

📅 2026-02-11
📈 Citations: 0
Influential: 0
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🤖 AI Summary
This study addresses technical barriers—such as limited access to chat logs and insufficient control over model behavior—that often hinder social science research deploying real-time large language model (LLM) interaction experiments via online survey platforms. To overcome these challenges, the authors propose DiSCoKit, a lightweight, open-source JavaScript toolkit that enables seamless integration of cloud-based LLM APIs (e.g., from Azure) into mainstream survey platforms like Qualtrics. DiSCoKit offers the first embeddable and reproducible framework for LLM-based interactions in the social sciences, supporting automatic conversation logging, fine-grained control over model behavior, and unified experimental data collection. By significantly lowering the technical门槛 for human–AI interaction studies, this toolkit provides a robust infrastructure for conducting large-scale online social experiments with AI agents.

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📝 Abstract
Advancing social-scientific research of human-AI interaction dynamics and outcomes often requires researchers to deliver experiences with live large-language models (LLMs) to participants through online survey platforms. However, technical and practical challenges (from logging chat data to manipulating AI behaviors for experimental designs) often inhibit survey-based deployment of AI stimuli. We developed DiSCoKit--an open-source toolkit for deploying live LLM experiences (e.g., ones based on models delivered through Microsoft Azure portal) through JavaScript-enabled survey platforms (e.g., Qualtrics). This paper introduces that toolkit, explaining its scientific impetus, describes its architecture and operation, as well as its deployment possibilities and limitations.
Problem

Research questions and friction points this paper is trying to address.

large language models
survey research
human-AI interaction
experimental deployment
AI stimuli
Innovation

Methods, ideas, or system contributions that make the work stand out.

DiSCoKit
large language models
survey research
human-AI interaction
open-source toolkit
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Jaime Banks
Jaime Banks
Professor, Syracuse University
Human-Machine CommunicationSocial Robots and AIMorality and MindInteractive Media
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Jon Stromer-Galley
School of Information Studies, Syracuse University
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Samiksha Singh
School of Information Studies, Syracuse University
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Collin Capano
Open Source Program Office, Syracuse University