Predicting future processes and solving challenges on the industrial floor with AI
A digital twin simulates the processes, facilities, and products on your production floor, enabling real-time data collection and analysis to enhance operational efficiency and reduce costs. By anticipating future scenarios, it transforms data into actionable insights, driving continuous improvement.
Powered by AI, digital twin technology is now an indispensable tool for industrial intelligence, enabling smarter operations and proactive problem-solving. At MakinaRocks, we utilize cutting-edge AI to create hyper-realistic simulations that address complex challenges on the industrial floor, paving the way for a future defined by efficiency and intelligence.
Approach
01
AI-powered multi-step simulations
Implement multi-step simulations of processes, facilities, and products on the production floor using proprietary dynamic models
Create highly realistic simulations by incorporating industrial site data, external conditions, and worker behavior patterns
Predict mid- to long-term state changes, going beyond single-step forecasts to enhance problem-solving in complex industrial environments
02
Predict future states to solve industrial challenges
Leverage AI models to tackle critical industrial challenges, including failure prevention, optimal control, and production schedule optimization
Anticipate future equipment and process conditions to detect critical abnormalities early and enable proactive intervention
Simulate future states under various control scenarios, empowering precise decision-making for optimal control in complex processes
03
Flexible and secure on-premises deployment
Protect sensitive industrial data by managing it directly on-premises, minimizing the risk of data breaches
Maximize real-time performance with minimal network latency, providing instant access to digital twin simulation results
Ensure smooth operations by integrating with existing legacy systems commonly used in industrial environments
Capabilities
AI-powered digital twins with proprietary technology
Harness proprietary dynamic models to create digital twins that accurately simulate facilities, processes, and products.
