Case Study
Summary
Discover how a $5B+ bioprocessing leader transformed their PLC code management, fortified their disaster recovery, and streamlined operations with Copia Automation. Facing rapid growth and the complexities of managing hundreds of PLCs across numerous sites, this life sciences innovator needed a robust solution to centralize their automation and eliminate the risks associated with outdated or lost code. They turned to Copia to gain control, enhance collaboration, and ensure business continuity. This compelling case study unveils their journey and the tangible benefits achieved through the implementation of Copia's Industrial DevOps Platform.
Discover how a $5B+ bioprocessing leader transformed their PLC code management, fortified their disaster recovery, and streamlined operations with Copia Automation.
Facing rapid growth and the complexities of managing hundreds of PLCs across numerous sites, this life sciences innovator needed a robust solution to centralize their automation and eliminate the risks associated with outdated or lost code. They turned to Copia to gain control, enhance collaboration, and ensure business continuity.
This compelling case study unveils their journey and the tangible benefits achieved through the implementation of Copia's Industrial DevOps Platform.
Don't let outdated code management put your critical operations at risk. Download this insightful case study now and discover how Copia Automation can bring security, scalability, and efficiency to your life sciences automation.
What you'll learn:
- How to Centralize & Secure Your PLC Code: Understand how this company established a single source of truth for all their code, eliminating version confusion and improving accessibility.
- Strategies for Robust Disaster Recovery: Learn how automated backups for Rockwell and Siemens PLCs significantly reduced the risk of costly downtime and ensured swift recovery from potential incidents.
- The ROI of Proactive Risk Management: Explore the tangible cost savings and operational efficiencies gained by minimizing time spent searching for code and ensuring the integrity of critical automation programs.
