1. Increased Productivity: Unified systems enable continuous mass production 24/7, improving productivity and reducing assembly times.

2. Improved Quality: By eliminating human error through adaptive control and monitoring, these systems improve the quality and consistency of products.

3. Greater Consistency: Machines and computers work at a constant and continuous pace, providing longer duration, stability, and solidity when managed with an automation system.

4. Flexibility: Implementing a new task in a traditional production chain involves hours or days of user training. However, with an automated system, reprogramming a robot or machine is a simple and fast process that provides greater flexibility in the production process.

5. More Precise Information: Automation of data collection improves accuracy and reduces costs.

6. Shorter Engineering and Design Cycles: The fast pace of technological change and increasing market competition are driving the need for faster engineering and design cycles.

7. Asset Reliability and Availability: Increasingly complex industrial processes must be more reliable, available, and easily maintainable to minimize downtime and improve efficiency.

8. Operational Efficiency: The challenge to remain profitable requires optimizing production processes, energy consumption, and the utilization of resources to reduce costs and improve the bottom line.

9. Agile Management and Decision-Making Support: Real-time monitoring and control supply the advanced data analytics and visualization tools to support real-time insights into the performance of industrial processes.

10. Energy Efficiency: Optimizing energy consumption and using more renewable energy sources is needed to reduce energy costs and improve the bottom line.