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What is Praxis?
Praxis provides a comprehensive AI Operating System (OS) tailored for the manufacturing industry. This OS is designed to streamline operations, enhance efficiency, and reduce common challenges such as supplier delays and unplanned downtimes. It leverages advanced technologies, including Industrial Data Connectors, Advanced Digital Twin capabilities, and Agent-based Automations, to provide a robust foundation for digital manufacturing transformation.
The system integrates seamlessly with existing infrastructure, converting equipment hierarchies into digital twins and enabling swift data linkage across machines. Praxis's copilot, Max.e, automates crucial tasks, including generating predictive work orders and managing supplier communications, further optimizing the manufacturing process.
Features
- Industrial Data Connectors: Ingest manufacturing data from day one with a curated list of data connectors.
- Advanced Digital Twin: Converts existing equipment hierarchy into a digital twin for quick data linking across machines.
- Agent-based Automations: Utilizes copilot Max.e to automate tasks like generating predictive work orders.
- Procurement Strategy: Automates inventory management, order compliance, custom forecasting, and supplier risk mitigation.
- Demand Forecasting: Employs real-time demand forecasting to update required part quantities.
- AI-Generated supplier Outreach: Max.e manages suppliers to ensure on-time part delivery.
- Production Planning: One-click generation of efficient production schedules via a customizable optimization engine.
- Fine tuned to your Plant: Prioritizes optimization goals unique to individual plants.
- Dynamic Rescheduling Notice: Max.e constantly prepares updated sequences for unplanned machine failures.
- Predictive Maintenance: Predicts machine downtimes using advanced AI/ML.
- Live and Historical Analysis: Enables modeling on historical trends and real-time predictions to identify root causes of downtimes.
- Predictive Work Orders: Integrates with CMMS to push predictive work orders.
Use Cases
- Eliminating part shortages through automated inventory management.
- Optimizing order sequencing for efficient production schedules.
- Upgrading machine reliability by predicting and preventing downtimes.
- Improving supplier management and ensuring on-time part delivery.
- Enabling data-driven production planning.
- Reducing operational inefficiencies.
- Mitigating supplier risks.
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