A legal professional must often analyze several legal documents in parallel: draft contracts, administrative decisions, amendments, or correspondence. Quickly identifying sensitive clauses, inconsistencies, or deadlines to be respected is essential… but very time-consuming, especially during validation or negotiation periods.
DINA supports legal teams by automating the reading, summarizing, and comparison of documents:
- Identification of key elements: sensitive clauses, legal arguments, contractual or regulatory deadlines
- Automatic generation of an actionable summary: abstract, comparative sheet, table, or decision-making support note
- Cross-referencing with professional knowledge bases such as LexBase, Légifrance, etc.
- Comparison of multiple documents: detection of differences, signaling of omissions or modifications
- Reconciliation of similar or inconsistent elements between several documents (e.g., contradictory clause, missing date)
- Ability to query a chatbot-style interface regarding the entire documentary content in the DMS to find a specific point, a deadline, or to verify consistency between several pieces
Benefits:
- Faster and more structured legal analysis, even for large volumes
- Reduction in time spent on reading
- Increased rigor in verifications, with better control over deadlines and risks
- Legal professionals refocused on interpretation, consulting, and high-value-added arbitration
DINA utilizes NLP models specialized in legal language to automatically extract, compare, and summarize complex content from contracts, decisions, or correspondence. It identifies sensitive clauses, deadlines, legal references, and inconsistencies, then generates actionable deliverables (summaries, comparative tables, synthesis notes) in wiki or office formats. By relying on external databases (LexBase, Légifrance) and a conversational interface connected to the DMS, DINA enables fast and contextualized navigation within documents. The API allows for seamless integration into legal business tools to improve analysis reliability and secure decision-making.