Jennifer Bittinger, Co-Founder and President A large clinical trial may require thousands of patient narratives; each built from dense clinical data and ultimately subject to regulatory review. Speed helps, but not if it comes at the expense of accuracy or traceability.
Narrativa has been building around that tension since 2015. As its technology evolved from natural language processing and machine learning to large language models and AI agents, its principle stayed fixed: AI-generated documentation should never become a black box.
Its answer is to pair AI agents with knowledge graphs. The agents coordinate the workflow, plan what needs to be written and generate the content. The knowledge graph grounds that content in validated facts, relationships and provenance. Together, they give Narrativa a controlled foundation for applying AI to clinical and regulatory writing.
“We do not want the unknown. We want everything to be known,” says Jennifer Bittinger, co-founder and president.
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It’s not replacing humans. It's actually giving them more time to do things that they really need to oversee.
That controlled workflow has already moved beyond experimentation. Utilizing the Narrativa Navigator AI Solutions, including the CSR and Protocol Atlas, Narratives Pathway, TLF and Dataset Voyager and Redaction Scout, clients have automatically generated regulatory documentation for more than 100 clinical trials and have been included in submissions accepted by regulators, including the FDA and EMA. The company reports increasing overall data accuracy in those submitted documents, while client audits have further supported its GxP-ready approach.
Moving Medical Writers to Higher-Value Work
Patient safety and efficacy narratives show what that foundation changes for medical-writing teams. Each narrative summarizes what happened to an individual patient during a trial, including adverse events or serious adverse events that regulators need to evaluate. Narrativa generates the first draft from the clinical data, allowing medical writers to spend more time reviewing the output, performing quality control and applying clinical judgment.
“It’s not replacing the human. It’s actually giving them more time to do things that they really need to oversee,” says Bittinger.
For one large global pharmaceutical sponsor, Narrativa reports more than 75 percent time savings in patient-narrative generation, a 50 percent productivity gain and 43 percent cost savings. The medical-writing team could take on more studies while focusing on complex work. Narrativa also extends automation to clinical study reports, tables, listings and figures, along with SDTM and ADaM dataset programming and validation.
Scaling the Workflow around the Organization
Narrativa can operate as a private instance inside a client’s Azure, AWS or Google cloud environment, allowing patient data and proprietary information to remain within the client firewall. Audit trails, document versioning, traceability and provenance help the platform meet GxP and broader regulatory expectations, while Narrativa follows ISO 42001 principles for responsible AI and maintains SOC 2 compliance.
For larger organizations, implementation typically takes one to three months. Narrativa focuses first on getting teams onto the platform, supported by hands-on training through its AI Confidence Training Program. Once in production, the company can add integrations with data repositories and document management systems, allowing information to flow continuously into document generation rather than through disconnected steps.
A SaaS version planned for October 2026 will extend access to smaller biotechs, pharmaceutical sponsors and CROs that may lack large IT infrastructures.
Narrativa’s progression from early AI models to agentic workflows reflects a principle that has remained consistent since 2015: new AI capabilities become valuable in life sciences when they can operate within the rigor-regulated work demands. That foundation underpins its recognition as Life Sciences Review’s Top Agentic AI Platform for Life Sciences 2026.


