- Autonomous Operation as a Service
- Integrated Toolchains and Collaborative Engineering
- Concept Development
- Predictive Maintenance
- Model Generation
- Remote Control
Robot-X Data Space
Use cases
Shared services
Data ecosystem Description
The Robot-X Data Space connects robotic asset providers, component developers, solution builders, solution installers, and end customers to efficiently exchange data among each other. It ensures secure and reliable data transfer to allow:
- Collaborative Engineering: Exchange of standardized engineering data allowing automized provision and processing, and thus, speeding up development phases from requirements engineering over joint conceptualizing and designing up to virtual commissioning.
- Digital Services: Support of robotic operations with remote services to optimize or extend robotic behavior, such as anomaly detection, retraining of AI algorithms, software upgrades, or predictive maintenance.
- Collaborative Engineering: Exchange of standardized engineering data allowing automized provision and processing, and thus, speeding up development phases from requirements engineering over joint conceptualizing and designing up to virtual commissioning.
- Digital Services: Support of robotic operations with remote services to optimize or extend robotic behavior, such as anomaly detection, retraining of AI algorithms, software upgrades, or predictive maintenance.
Industry:
Aerospace & Defense, Automated Manufacturing, Automotive, Electronics & Electrical, Machinery & Equipment, Shipbuilding
Region:
DACH
Autonomous Operation as a Service
Challenge:
- Seek assistance to optimize, maintain, repair, or extend your robotic system.
Goal:
- Providing an interface to remotely connect to your robotic system in order to check the state, provide updates, or control it.
Solution Approach:
- User controls who and when remote access is possible.
- Secure connection to avoid access of third parties.
- Reliable and fast connection for large data transfer.
Benefit for user:
- Quick response and minimal down time
- Quick add-on of functionality
- Seek assistance to optimize, maintain, repair, or extend your robotic system.
Goal:
- Providing an interface to remotely connect to your robotic system in order to check the state, provide updates, or control it.
Solution Approach:
- User controls who and when remote access is possible.
- Secure connection to avoid access of third parties.
- Reliable and fast connection for large data transfer.
Benefit for user:
- Quick response and minimal down time
- Quick add-on of functionality
Integrated Toolchains and Collaborative Engineering
Challenge
- Need for improved engineering collaboration for seamlessly integrated and interoperable engineering tool chains.
Goal:
- Standardized engineering tool integration & solutions for engineering automation
Solution approach:
- Data continuity in the whole supply chain based on standards
- Data continuity in the customer- supplier-relationship based on standards
- Seamless integration of data in ERP, PLM, CAx, and simulation models for virtual commissioning
Benefit for user:
- Increase productivity by automated data exchanges
- Increase output by shorter engineering times
- Need for improved engineering collaboration for seamlessly integrated and interoperable engineering tool chains.
Goal:
- Standardized engineering tool integration & solutions for engineering automation
Solution approach:
- Data continuity in the whole supply chain based on standards
- Data continuity in the customer- supplier-relationship based on standards
- Seamless integration of data in ERP, PLM, CAx, and simulation models for virtual commissioning
Benefit for user:
- Increase productivity by automated data exchanges
- Increase output by shorter engineering times
Services
Requirements
Problem space description on form of requirements.
Concept Development
Turning requirements into feasible system models.
Services
Requirements
Problem space description on form of requirements.
Predictive Maintenance
Analyze robot data to estimate performance degradation and to eventually react on it.
Model Generation
Provide control or simulation model from CAD data.
Remote Control
Controlling a robotic system from remote.