Invention Reference Number
Oak Ridge National Laboratory (ORNL) has developed CHAMP, a configurable and portable low-power edge computing architecture designed for computer vision and biometric applications. This system addresses the challenge of rapidly adapting to changing mission requirements in the field by allowing quick reconfiguration without extensive technical expertise. By enabling real-time analysis of complex data streams, CHAMP supports faster decision-making and operational flexibility for national security and related domains.
Description
CHAMP is a modular system that combines configurable hardware and software into a compact package optimized for computer vision and biometric processing. The platform uses a building-block approach that allows users to visually construct processing pipelines, reconfiguring them in minutes to meet evolving operational needs. Specialized processing modules can be quickly swapped or chained together to execute different perception tasks such as detection, tracking, or recognition. Multiple CHAMP units can also be linked to distribute computing loads across networks of devices, ensuring scalability for large data sets. The system’s adaptability makes it particularly well-suited for field operations where mission objectives may shift unexpectedly. Whether deployed for real-time surveillance, biometric authentication, or rapid data triage, CHAMP provides a flexible foundation for secure and efficient machine perception without requiring specialized programming knowledge.
Benefits
- Rapid reconfiguration for evolving mission needs
- Portable and scalable for field operations
- Enables faster, more efficient data analysis
Applications and Industries
- National security and defense
- Law enforcement and border protection
- Field-based biometric and identity verification
- Real-time surveillance and monitoring
Contact
To learn more about this technology, email partnerships@ornl.gov or call 865-574-1051.
