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Revolutionizing Observation Technology for Enhanced Insights
Innovating Structural Analysis
Our business is centered upon three elements
1
IP Licensing for Measurement Devices
The creation and licensing of intellectual property focused on principles of design and function of devices for the quantitative measurement of physical phenomena.
2
Prototype Development & Refinement
The reduction of our IP into prototypes, and refinement into beta designs for manufacture and sales.
3
Applied R&D Initiatives
Conducting applied research and development of our IP
Revolutionizing Structural Monitoring Technology
The conceptual spark for the creation of an active optical observer was inspired by a desire to realize a less complex means to gather empirical data of mechanical oscillations.
The vision came from an idea to employ precise distance measurement using projected light. This later morphed into a subsequent concept for concurrent gathering quantitative data of mechanical oscillations at many points on a structure, hence the name ConcurrentData.
We are a passionate team of engineers with most possessing advanced degrees in Applied Mathematics, Computer Science, Embedded Systems Engineering, and/or Physics.
ConcurrentData is a Sub-Chapter S corporation founded in the State of Michigan.
We are privately funded.
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Advanced Structural Analysis Solutions
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ConcurrentData’s Gen-I POD
ConcurrentData‘s POD technology provides compelling value:
The use of a proprietary high-speed chip for the measurement of mechanical oscillations that provides the ability for high-speed imaging.
The proprietary design of the active optical circuit based upon the projection of light onto the surface at a perpendicular intercept angle.
This approach provides:
1024/1 analog to digital data compression from the detector
Observation capability featuring precise measurement of displacement, high bandwidth, and dynamic range - essentially creating a non-contacting 3-axis optical Stethoscope.
CCD’s Gen-I POD design provides for a device having a low mass, a small form factor, and with low power consumption.