As part of a continued expansion into North America, Rezatec has now partnered with Matchpoint Inc. to bring innovative applications of satellite data analytics to the water industry in North America. Rezatec and Matchpoint aim to help water companies in the southern … Continue Reading
pipeline leak prediction
Rezatec announced today the launch process for a new set of geospatial data analytics to improve the resilience of the world’s cities to changing environmental, economic and social pressures.
The Rezatec resilience service delivers data analytics via a web-based portal to infrastructure and urban asset managers providing mission critical insights to support highly-targeted improvements and mitigating actions against subsidence, flooding, climate change and human-related urban landscape changes.
There is an escalating global need for cities to become more resilient to fast-changing human and natural environmental pressures. In tandem, there is also a growing availability of satellite-derived earth observation data that allows the hyper-detailed mapping, monitoring and analysis of the natural landscapes and the built environment. … Continue Reading
Pioneering British business uses satellite data analytics to provide pipeline asset risk solution in Australia
Rezatec, a fast-growing and pioneering UK-based geospatial data analytics company, is reaching new global markets, commencing an innovative project with Australian water and sewerage utility, Unitywater. This project aims to bring water-saving analysis and insight across the globe to help Unitywater reduce water loss, improve operational efficiency and reduce below ground asset management costs. Unitywater provides water supply and sewerage services to customers in Moreton Bay, Noosa and Sunshine Coast areas, located on the east coast of Australia, just north of Brisbane, Queensland. Its priority is to provide a fast-growing customer base with a high quality, safe and reliable water supply and sewerage service that is economically and environmentally sustainable. … Continue Reading