



To enhance compliance and reduce incidents, a tech leader collaborated with Aligned Automation to replace manual document summarization with a GenAI-driven system. This shift addressed challenges like frequent regulatory updates and manual errors, using a web-based application that features data lakes, web scraping, and LLaMA-2 for document summarization. The result was a 60% reduction in incidents, 12x faster updates, and 10% legal savings, maintaining competitiveness and customer trust.
The global tech leader, specializing in IT and electronics, must provide regional regulatory and compliance documentation for each product. The regulatory compliance team is responsible for managing legal compliance for fair use laws across various states and needs to stay updated with evolving regulations.
A global technology leader was struggling to keep pace with rapidly evolving regulatory requirements across multiple regions.
Compliance teams relied on manual processes to review, interpret, and summarize complex legal documents, creating delays, inconsistencies, and increased risk of oversight.
As regulatory updates became more frequent and documents more complex, the organization faced growing pressure to maintain accuracy while accelerating response times.
Aligned Automation developed a GenAI-powered compliance intelligence platform that automates the ingestion, analysis, and summarization of regulatory content.
The web-based application continuously collects data from external sources, processes large volumes of legal and regulatory documents, and generates concise, actionable summaries for compliance teams.
By centralizing data and embedding AI-driven automation, the solution ensures that teams stay up to date with minimal manual effort.
Key capabilities included:
Compliance shifted from a reactive, manual process to a proactive, intelligence-driven function.
Teams can now monitor regulatory changes in near real time, quickly understand their impact, and act with confidence, reducing risk while significantly improving operational efficiency.

