Agentic Automation for Life Sciences

Customer story
Customer story
Features
Use Cases

Innovating faster and operating smarter with agentic automation

Leaders in life sciences—in pharma, medical devices, and healthcare—are bringing products to market faster and leaving supply chain complexities, regulatory burdens, and data bottlenecks behind with agentic process automation.

Merck saves 150k hours a year with agentic automation

Merck Life Science simplified handling global compliance requirements with agentic automation for enormous time savings, near-zero errors, and better tracking and response times.

150K

Hours saved per year

business processes automated

complex SAP systems automated

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Boston Scientific speeds core processes with agentic automation

Applying agentic automation delivers 100% accurate handling of medical data for Boston Scientific, improving customer care.

50+

processes automated

$240k

annual cost savings

errors

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The benefits of agentic automation—yours to discover

Get more work done

Automate processes and integrate systems—from operations to drug discovery—for flexible capacity on demand.

Increase quality. Cut risk.

Improve quality and accuracy to reduce risk and costs. Apply error-free automation in complaint handling, pharmacovigilance (PV), and adverse events (AE).

Respond in real time

Use global data volume for real-time analysis and decision-making with AI and enable responding to emerging situations for higher quality of care.

Adapt supply chains

Automation buffers volume surges to ensure supply of key drugs and medical supplies for business continuity

Accelerate and invigorate compliance

Fast-track clinical trials, regulatory updates, and reporting by automating data collection, collation, and audit.

Focus on competitive innovation

Free up high-value resources, from lab to market, and eliminate time wasted on manual digital tasks.

Have you seen what agentic automation can do in life science?

Powering science at the speed of AI

Complete all the paperwork that slows down drug development, find the right patients for clinical trials, and make sense of confusing regulations. The result? Work that used to take years, done in months, or even weeks. New treatments reach patients faster, at lower cost. And scientists can focus on the creative thinking that leads to breakthroughs.

Research and discovery

Literature review and knowledge synthesis
Hypothesis generation and experimental design
Lab notebook analysis and experiment planning
Molecular design and drug candidate screening
Protein structure prediction and analysis
Genomic data interpretation and variant analysis

Regulatory affairs

Regulatory monitoring and impact analysis
Submission document preparation and review
Compliance gap analysis and remediation planning
Regulatory correspondence management
Label management and update tracking
Global regulatory requirement harmonization

Clinical trials

Patient recruitment and matching
Protocol design and optimization
Real-time safety monitoring and adverse event detection
Adaptive trial design management
Regulatory document preparation and submission
Site performance monitoring and optimization

Manufacturing and production

Quality control
Yield prediction and improvement
Equipment monitoring and predictive maintenance
Supply chain management and logistics
Batch release decisions and documentation
Contamination detection and root cause analysis

Data management and analysis

Multi-omics data integration and analysis
Biomarker discovery and validation
Image analysis (microscopy, histology, radiology)
Electronic health record mining and patient stratification
Real-world evidence generation and analysis
Regulatory compliance monitoring and reporting

Pharmacovigilance and safety

Adverse event signal detection and prioritization
Literature monitoring for safety signals
Risk management planning and execution
Safety report generation and submission
Benefit-risk assessment automation
Post-marketing surveillance