IoT-based environmental monitoring (EIoT) systems usually bring most value to medium/longer term projects.
The upfront capital cost of sensors, gateways and system design and install have prevented the use of remote environmental monitoring systems in the past.
Staff at the University of Queensland have deployed a low cost turbidity sensor commonly used in washing machines to accurately measure sediment loads in recent events.
Topics:IoT water quality system engineering,Remote Water Quality Monitoring,Environmental data mining,Hydrology & Hydrography,Meteorology,EIoT
Water quality monitoring is carried out for a number of reasons. Businesses with environmental licences are required to monitor discharges to water or in the receiving environments to demonstrate compliance with licence conditions. Government departments and research organisations monitor water to understand how activities in a catchment affect water quality. To inform water quality models, to detect trends in water quality or events.
Topics:Water monitoring,remote monitoring system engineering,IoT water quality system engineering,Remote Water Quality Monitoring,Environmental Alerts,Environmental Internet of Things,Acquaculture
Company size and reputation provide a strategic business edge (economies of scale, of marketing costs through proven branding, etc.) And yet, the business world graveyard is crammed with large, respected, oft-beloved companies who failed to innovate. In fact, 88% of the Fortune 500 companies that qualified in 1955 do not anymore, or ceased to exist.
Topics:IoT News & Insights,Managing 3rd party remote monitoring networks,3rd party integrators environmental networks,IoT Industry & Partners Ecosystem,Environmental Internet of Things,EIoT
IoT-connected devices are expected to reach the 20 billion mark by 2020. Remote sensor networks can already track an astonishing, growing range of data sets, given sufficient internet infrastructure.
Topics:IoT everywhere,IoT nano-satellites,Environmental monitoring satellites
The sad pictures of over a million native fish carcasses, floating along the Darling River in NSW, recently brought water quality into focus. Local residents found dead Murray Cod over 50 years old, a grim indication of the historical significance of the disaster.
Topics:Water monitoring,Hydrology & Hydrography,Environmental Alerts,Ecological disasters,Acquaculture,Mass fish kills
What to consider when designing water monitoring systems?
In our previous blog we focused on how IoT is revolutionising contemporary water monitoring. Here we will look at the solutions. The best IoT based water monitoring should allow for these 3 essential capabilities and key criteria:
Topics:IoT environmental platform,Water monitoring,remote monitoring system engineering
Ensuring a sufficient supply of quality water has become one of the biggest challenges facing humanity.
Topics:IoT environmental platform,Water monitoring
The views expressed are that of the author and are not those of Turbid. The author was previously a director and co-founder of Turbid but is now CEO of eagle.io. Originally published Aug. 2018. Updated Jan. 2019.
Topics:Environmental monitoring software,Environmental data visualisation,Environmental software UX
Sometimes, an account administrator needs to set-up notification subscriptions on behalf of a new user. When sharing a workspace using the standard method, this isn’t possible.
Topics:Environmental software UX,How to,Remote monitoring alerts and notifications