Erallo Technologies is a research and development company, developing and delivering systems that integrate enabling communications technologies with leading edge microelectronics, sensors and micro-processors - to form powerful, automated sensor networks and systems. The blending of sensors with embedded processors and advanced processing algorithms opens a world of innovative monitoring solutions and opportunities for security and government, for industry and business, and for environment and health care.
Erallo Technologies is a Solutions Company specializing in sensor networks and embedded systems for critical monitoring needs, like structural health monitoring of metals and composites, specialized materials with embedded sensors, and security monitoring. The firms solutions provide unique sensor-based embedded processing and automated remote monitoring capabilities for real-time detection, surveillance, and reporting to meet the demands of defense and industry applications. Systems we develop use specialized algorithms for remote data acquisition; real-time embedded processing like on-board data filtering and multi-sensor data fusion (MSDF); and statistical analysis and modeling.
The expertise of the principals in wireless technologies, real-time, high-performance systems and fault tolerant telecom systems makes Erallo uniquely qualified to develop reliable and effective, real-time sensor based monitoring solutions.
Today Erallo specializes in smart sensor solutions and embedded systems for critical monitoring needs, like structural health monitoring of metals and composites, specialized materials with embedded sensors, and sensor-based energy harvesting. Our solutions provide unique sensor-based embedded processing and automated remote monitoring capabilities for real-time detection, surveillance, and reporting to meet the demands of defense and industry applications. Systems we develop use specialized algorithms for remote data acquisition; real-time embedded processing like on-board data filtering and multi-sensor data fusion (MSDF); and statistical analysis and modeling; including innovative algorithms, like estimating the remaining life of a structure.
