scientist researching in laboratory with tablet

Open, flexible, and integrated solution

CGI’s process control system (PROCOS) is a user-friendly, easily integrated tool designed specifically for the pharmaceutical and life sciences industries. Our comprehensive solution helps manage and optimize manufacturing processes, ensuring high system reliability and minimizing risk through its industry acceptance, openness, and long-term support. It does so by offering:

  • Batch management: Manage and control batch production in one integrated system.
  • Continuity: Protect investments through backward compatibility with process engineering data.
  • Flexibility: Tailor the system to specific needs while maintaining product integrity.
  • Independency: Benefit from optimum usage of available hardware and software standards with a strong emphasis on functionality.
  • Efficiency: Ease of use ensures high productivity for process engineers.
  • Open and future-proof: Seamless integration to other systems including planning, administration, and maintenance.

his diagram highlights eight benefits of PROCOS: future-proof system, powerful batch management, advanced alarm management, open and standardized features, easy integration, robust operations, modular framework and distributed architecture.

PROCOS technology coverage in ISA-95 label

Key features and benefits

Open-ended architecture
  • Tailored functionality based on specific needs
  • Exact and phased investment approach
  • Co-existence with available solutions

Graphical user interface

  • Object-oriented interface adaptable to individual needs
  • Ensured productivity with user friendly interface
Modular
  • Flexible system configuration to match user requirements
  • Free distribution of software modules to multiple workstations
Scalable and flexible
  • Built on standard platforms that use widely recognized communication protocols
  • Seamless integration to different third-party products
  • Reduced lifecycle costs
  • Low dependency of specific suppliers
Reliable and robust
  • Proven technology ensures high system reliability
  • Distributed architecture segregates impact of unit failure
  • Minimized risk through wide industry acceptance, openness, and long-term support
researchers working in laboratory