Prism: AI
Leveraging cutting-edge AI technology for real-time, high-precision inspections. From object detection to Moiré pattern recognition, PRISM AI revolutionizes vehicle inspections across industries.
AI
At the core of PRISM’s suite of inspection solutions is its multi-pronged AI technology, designed to provide highly accurate vehicle damage detection and real-time analysis. From object detection to reflectometry and pattern recognition, PRISM’s AI engine ensures the highest level of inspection precision across diverse operational environments, transforming the way industries conduct vehicle inspections
A Comprehensive AI Approach to Handle
Every Aspect of Vehicle Inspections
Prism’s AI technology uses a multi-pronged approach to tackle the complexities of vehicle inspections across multiple industries. Whether the goal is to detect manufacturing defects, identify transportation-related damages, or automate inspection processes, Prism’s AI adapts to each scenario with precision and speed.
Integrated AI Algorithms
Continuously learning from thousands of images, Prism’s AI recognizes various types of damages, from minor scratches to large dents, across different types of vehicles.
Real-Time Feedback
The AI engine processes inspection data instantly, providing immediate damage detection results to minimize delays in operations.
Tailored to Multiple Use Cases
Whether in assembly lines or logistics hubs, Prism’s AI is flexible, capable of adjusting inspection criteria for specific environments and industry requirements.
A Comprehensive AI Approach to Handle
Every Aspect of Vehicle Inspections
The Prism AI engine utilizes object detection technology to identify vehicles and detect damages automatically. By recognizing VINs, vehicle models, and specific damage areas, Prism ensures full visibility into the condition of every inspected vehicle.
VIN Detection
Reads and identifies vehicle VINs automatically for accurate vehicle tracking and inventory management.
Model and Make Recognition
Automatically recognizes vehicle models, allowing for customized inspection criteria based on specific car types.
Damage Mapping
AI-based object detection pinpoints areas of concern, such as dents or cracks, mapping them onto a 3D model for easy identification.
Reflectometry: Precision in Detecting Surface-Level Defects
Prism AI integrates reflectometry, a technology designed to detect fine surface defects that are often missed by standard imaging techniques. Reflectometry analyzes how light reflects off vehicle surfaces to detect imperfections such as scratches, swirl marks, and paint inconsistencies
Enhanced Surface Detection
Reflectometry captures fine surface-level defects, improving quality assurance in both new and pre-owned vehicle inspections
High Accuracy
Delivers highly accurate data that identifies even minor surface damages, providing more comprehensive damage reporting.
Infrared and Reflective Imaging for Underbody and Complex Damage Detection
In addition to standard imaging, Prism uses reflective and infrared imaging to inspect hard-to-reach areas, such as a vehicle’s underbody. These technologies allow Prism to provide a comprehensive inspection of areas prone to rust, wear, and hidden damages.
Underbody Imaging
Reflectometry captures fine surface-level defects, improving quality assurance in both new and pre-owned vehicle inspections
Comprehensive View
Combines traditional and infrared imaging to provide a full view of the vehicle, ensuring no area is overlooked during inspection
Pushing the Boundaries of Vehicle Inspections with AI-Powered Innovations
PRISM is committed to continuously evolving its AI technology to meet industry demands. By leveraging machine learning, computer vision, and advanced imaging technologies, PRISM provides solutions that adapt to new inspection challenges and customer requirements
Underbody Imaging
Reflectometry captures fine surface-level defects, improving quality assurance in both new and pre-owned vehicle inspections
Underbody Imaging
Reflectometry captures fine surface-level defects, improving quality assurance in both new and pre-owned vehicle inspections
Comprehensive View
Combines traditional and infrared imaging to provide a full view of the vehicle, ensuring no area is overlooked during inspection
Next-Gen AI Algorithms
Enhancing detection algorithms to improve accuracy in diverse conditions, including low light, harsh weather, and high-speed operations.
Expanded AI Capabilities
Adding additional layers of intelligence for predictive maintenance, including wear and tear forecasting based on real-time inspection data.
AI and Autonomous Vehicle Inspections
Developing AI tools to support the autonomous inspection of electric and autonomous vehicles, preparing for the future of transportation.
Collaborative AI Development
Partnerships with leading automotive and AI research organizations to push forward industry-specific solutions
Enhanced Imaging Techniques
Continued development of new imaging technologies like hyperspectral imaging and improved pattern recognition for more detailed inspections
PRISM’s Vision for the Future: Innovation and Continuous Improvement
PRISM is constantly pushing the boundaries of AI technology with an active R&D program focused on delivering cutting-edge solutions for the vehicle inspection industry. Our roadmap includes enhancements in machine learning, deeper AI capabilities, and new imaging technologies that will continue to drive innovation and improve operational efficiency.
Using Moiré Pattern Technology to Detect Structural Anomalies
PRISM AI incorporates Moiré pattern technology to detect structural inconsistencies that may not be visible to the naked eye. This technique creates interference patterns to identify anomalies in a vehicle’s body, ensuring vehicles pass through structural integrity checks.
Detects Structural Issues
From subtle warping to minor dents, Moiré patterns highlight any discrepancies in the vehicle’s structure
High-Resolution Analysis
Provides high-resolution pattern analysis, enabling the detection of even minute variations that indicate potential damage