Challenge: Currently, legal contract review remains an expensive and arduous process.
Approach: They describe a commercial system designed and deployed for contract understanding that enables legal professionals to review contracts.
Outcome: The proposed system is used by a wide range of enterprise users and solves three major challenges.

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SystemT: Declarative Text Understanding for Enterprise (N18-3)

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Challenge: a growing number of enterprise applications are relying on text understanding systems to understand information in unstructured and semi-structured forms.
Approach: They propose a declarative text understanding system that addresses these challenges . they summarize the impact of SystemT on business and education .
Outcome: The system addresses the challenges of enterprise text understanding systems . it has been deployed in a wide range of enterprise applications .
ContractNLI: A Dataset for Document-level Natural Language Inference for Contracts (2021.findings-emnlp)

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Challenge: Contract review is a time-consuming procedure that costs companies millions of dollars each year . linguistic characteristics of contracts, such as negations by exceptions, contribute to the difficulty of this task .
Approach: They propose a document-level natural language inference (NLI) task for contracts . they annotate and release the largest corpus to date consisting of 607 annotated contracts a linguistically rich system is proposed .
Outcome: The proposed system is based on a contract review task that includes 607 annotated contracts.
PAKTON: A Multi-Agent Framework for Question Answering in Long Legal Agreements (2025.emnlp-main)

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Challenge: Contract review is a complex and time-intensive task that typically requires legal expertise.
Approach: a new open-source contract review framework is designed to handle complexities of contract analysis . PAKTON is a retrieval-augmented generation framework with plug-and-play capabilities .
Outcome: The open-source framework outperforms models in predictive accuracy, retrieval performance, explainability, completeness, and grounded justifications.
COMPACT: Building Compliance Paralegals via Clause Graph Reasoning over Contracts (2026.eacl-long)

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Challenge: Existing legal NLP benchmarks focus on single-clause tasks, such as ContractNLI and CUAD.
Approach: They propose a framework that models cross-clause dependencies through structured clause graphs by extracting deontic-temporal entities from clauses and constructs typed relationship graphs capturing definitional dependencies, exception hierarchies, and temporal sequences.
Outcome: The proposed framework extracts deontic-temporal entities from clauses and constructs typed relationship graphs capturing definitional dependencies, exception hierarchies, and temporal sequences.
A Contract Corpus for Recognizing Rights and Obligations (2020.lrec-1)

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Challenge: Understanding the content of a contract is often difficult and costly, especially if the contract is long and complex.
Approach: They describe how they built an annotated corpus of contract documents that can be used to recognize rights and obligations.
Outcome: The proposed system can recognize parties' rights and obligations based on 46 English contracts and 25 Japanese contracts drafted by lawyers.
Generating Clarification Questions for Disambiguating Contracts (2024.lrec-main)

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Challenge: Contractual clauses are obligatory and can detail downstream implementation activities . however, contract ambiguities can be difficult to comprehend and can lead to errors .
Approach: They propose a legal NLP task that generates clarification questions for contracts . they propose generating questions that identify contract ambiguities on a document level .
Outcome: The proposed task generates clarification questions for contracts that detect ambiguities on a document level and can generate an F2 score of 0.87.
Automatic Construction of Enterprise Knowledge Base (2021.emnlp-demo)

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Challenge: Existing knowledge bases are often based on bootstrapping entities from human-curated sources such as Wikipedia.
Approach: They propose to build a knowledge base from enterprise documents with minimal human intervention by using deep learning models and classical machine learning techniques.
Outcome: The proposed system is currently serving as part of a Microsoft 365 service.
Annotation and Classification of Relevant Clauses in Terms-and-Conditions Contracts (2024.lrec-main)

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Challenge: Using Large Language Models (LLMs) as foundational models, we propose a new annotation scheme to classify different types of clauses in Terms-and-Conditions contracts.
Approach: They propose to use a new annotation scheme to classify clauses in Terms-and-Conditions contracts to support legal experts in identifying and assessing problematic issues.
Outcome: The proposed annotation scheme achieves accuracies ranging from .79 to .95 on validation tasks.
ProvBench: A Benchmark of Legal Provision Recommendation for Contract Auto-Reviewing (2025.acl-long)

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Challenge: Contract review is labor-intensive, time-consuming, and costly . a benchmark is proposed to detect potential legal conflicts .
Approach: They propose a benchmark for legal provision recommendation and conflict detection for contract auto-reviewing which aims to recommend the legal provisions related to contract clauses and detect possible legal conflicts.
Outcome: The proposed task recommends legal provisions related to contract clauses and detects legal conflicts.
ACORD: An Expert-Annotated Retrieval Dataset for Legal Contract Drafting (2025.acl-long)

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Challenge: Contract clause retrieval is critical to contract drafting because of its high quality and complexity.
Approach: They propose the first expert-annotated benchmark specifically designed for contract clause retrieval . ACORD focuses on complex contract clauses such as Limitation of Liability, Indemnification, Change of Control .
Outcome: The atticus clause retrieval dataset shows promising results but needs improvement . the benchmark can be used as an IR benchmark for the NLP community .

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