Utilis developed a unique and patented technology to deliver data used system surveys and for leak detection in urban potable water networks, using airborne mounted sensors. The analysis is based on a primary algorithm that detects underground leaks through the analysis of micro spectral satellite imagery. The presentation will cover the technology, market situation, Utilis value proposition and review several case studies.
Our Presenter: James has spent over 30+ years driving disruptive innovation into new markets. In all cases he has studied and reviewed each element of an ecosystem to best understand how to employee new technologies into traditional workflow and improved efficiencies, while providing value to customers. In both start-ups and Fortune 50 companies, James’ key mission is market adoption and to achieve a deeper foothold into new markets. In the case of Utilis, he has mapped the water utility market and associated ecosystem to ensure the disruptive innovation for spacial remote sensing is imbedded in workflow for system maintenance and leak detection services. Water systems are seeing significant benefits by employing Utilis' innovative and cost-effective approach to surveying and fixing leaks within their systems.
Our Presenter: James has spent over 30+ years driving disruptive innovation into new markets. In all cases he has studied and reviewed each element of an ecosystem to best understand how to employee new technologies into traditional workflow and improved efficiencies, while providing value to customers. In both start-ups and Fortune 50 companies, James’ key mission is market adoption and to achieve a deeper foothold into new markets. In the case of Utilis, he has mapped the water utility market and associated ecosystem to ensure the disruptive innovation for spacial remote sensing is imbedded in workflow for system maintenance and leak detection services. Water systems are seeing significant benefits by employing Utilis' innovative and cost-effective approach to surveying and fixing leaks within their systems.