Before the Petition: A Statute-Aligned Domestic Violence Legal Relief Prediction System in India

Published: 22 May 2026, Last Modified: 22 May 2026ICAIL 2026 Workshop on Artificial Intelligence and Open GovernmentEveryoneRevisionsCC BY 4.0
Keywords: Statute-aligned relief prediction, Domestic violence (PWDVA) analytics, NyayaDeepa legal corpus
TL;DR: An AI system that predicts legal reliefs for domestic violence victims in India—before they go to court—by aligning case details directly with the law.
Abstract: Domestic violence proceedings are among the most urgent civil matters brought before courts in India, yet they remain plagued by delays, limited access to timely legal guidance, and uncertainty around the statutory remedies realistically available to victims. With Sections 18–22 of the Protection of Women from Domestic Violence Act, 2005 (PWDVA) covering protection orders, residence orders, monetary relief, custody orders, and compensation, the absence of early, statutegrounded decision support often forces survivors to navigate filing and settlement choices with incomplete information, thereby amplifying legal risk, cost, and procedural burden. In this paper, we present Before the Petition: A Statute-Aligned Domestic Violence Relief Prediction System in India (IDVRPS), an AI-powered framework designed to assist victims in prelitigation case investment decision-making by predicting statute-aligned relief outcomes and generating legally grounded explanations and prescriptive guidance based on factual case attributes and statutory provisions. We curate and release a comprehensive domestic-violence legal corpus from NyayaDeepa, including a gold-standard curated subset and a retrieval-ready knowledge base (NyayaSmriti) for RAG-based statutory grounding. We develop a RAG-LegalTuned modeling pipeline and evaluate its performance across multiple configurations, benchmarking against four widely used Indian legal AI baselines spanning legal summarization, legal QA and reasoning, fact extraction with judgment prediction, and RAGbased label classification. Our results demonstrate that the LLaMA 3.1–80B Legal-Tuned with RAG configuration significantly outperforms the baselines, achieving ROUGE-1 = 0.512, ROUGE-L = 0.412, BLEU = 0.520, and Accuracy ≈ 81%, with the highest lexical and semantic precision among evaluated variants. IDVRPS offers a transparent, scalable, and reproducible solution to support data-driven legal assistance for domestic violence victims, improve early-stage remedy awareness under PWDVA Sections 18–22, and establish a research-grade benchmark for future statute-aligned legal AI in India.
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Data Release: We authorize the release of our submission and author names to the public in the event of acceptance.
Submission Number: 4
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