Corporate AI solutions

We automatically generate draft responses to labor protection lawsuits based on the client's account, presented evidence, and the received lawsuit. Our solution reduces processes that traditionally take hours to just minutes, achieving a reduction of more than 80% in total process time, allowing legal teams to focus on strategy and review instead of initial drafting.

Intelligent system that verifies consistency between administrative documents, medical reports, exams and other medical records to detect and anticipate administrative problems in the health sector. Identifies discrepancies, inconsistencies and possible errors before they become major problems, optimizing administrative management and reducing operational risks.

Converts complex and structured documents into manageable formats like Word, preserving with great precision the original structure, tables, formats and hierarchies. Ideal for legal, technical or administrative documents that require maintaining their original format for subsequent processing and analysis.

Specialized virtual automata trained with your company's internal knowledge for customer service or internal use. They provide precise and contextualized answers based on policies, procedures and organizational knowledge bases, improving efficiency in service and internal support.

Specialized virtual automata in legal matters, trained with relevant regulatory frameworks and jurisprudence. Capable of answering complex legal queries, providing regulatory references and assisting in legal research, accelerating the work of legal teams and improving accuracy in responses.

System that continuously monitors relevant information sources (changes in laws, official gazette publications, regulations, etc.) to create and maintain living, always-updated knowledge bases. Ensures your organization is always up to date with regulatory and normative changes that affect your operation.

Advanced computer vision systems that enable automated and precise evaluation of movements and postures through advanced visual analysis techniques. Our solution uses deep learning algorithms to process visual information in real-time, providing objective analysis and quantitative metrics that support clinical decision-making and improve accuracy in the evaluation of biomechanical and functional parameters.