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It's hard to describe our time at the MetTel Innovation Summit without resorting to some very overused words. Inspired, transformative, cutting-edge, insightful...   So, instead, we'll say this: It was easily one of the best events we've attended. Listening to top end speakers (including an astronaut) discussing emerging technologies - the opportunity, and the peril, was inspiring (ahh, it crept in).   We're excited to join the MetTel ecosystem and continue pushing the boundaries of innovation together.

Armaghan Cheema and Stelios Trikoulis have braved the cold of Goulburn for the LGNSW Water Management Conference this week. Some great conversations on level monitoring technology and how it can best assist councils to manage their water networks. Pop past and say hi if you're also in town - or some more info on level monitoring can be found here https://lnkd.in/gYy3x7Qe Local Government NSW

We heard 'wine' in this customer conversation and were in.   Measuring salinity levels of irrigation water supply is incredibly important for vineyard operators - understanding when it's safe to use on the vines can mean the world of difference in yields come harvest time. Without testing the salinity, crops could inadvertently be burnt and damaged.   At Max & Me, a vineyard in the Barossa wine region, our Captis devices have been paired with a water quality probe to capture and report back on the salinity levels, providing Phil Lehmann with the data he needs to make irrigation decisions.     These trials are thanks to the incredible work being done by Barossa Improved Grazing Group and the Future Drought Fund to help farmers and agriculture businesses find new technology to help drought-proof their operations. #waterquality #watermanagement #iot

As we all know by now, battery longevity is crucial for IoT deployments, and one key factor is the frequency of readings and transmissions.   Say it again for the people down the back: data resolution transmission frequency = battery life.   It’s a simple but often overlooked factor in IoT deployments. Each action, whether it’s a data read or transmitting that data back to the cloud, uses energy, creating a linear relationship: more frequent readings and transmissions result in shorter battery life. As an example: transmit once a day, and the battery lasts around 10 years. Transmit twice a day, and it lasts about 6.5 years, and so on. While various factors can influence this, it’s a simple guide; work harder = deplete faster.   Balancing the need for data with the need for longer-lasting devices is tricky. Initially, customer trials often aim to capture as much data in the shortest time possible. However, we find that almost all customers who move on to larger scale deployments significantly reduce their data transmissions to increase life expectancy.   The relationship between readings/transmissions and battery life is further impacted when we consider the power needed by sensors. Sensors require power for a period of time before providing an accurate reading, known as wake time. The longer the wake time, the more battery drain occurs. Additionally, the power consumption of each sensor varies, further influencing overall battery life ... and you may have multiple sensors connected to one device.   It’s incredibly important to help our customers understand this balance right from the start. By determining the right amount of readings and transmissions per day that satisfies data needs while considering sensor power requirements and business case timelines, we can significantly reduce maintenance costs and improve system reliability. #batterytechnology #IoT #

Micro-climate monitoring goes by many names - you've probably heard wifi or wireless weather stations being thrown around - but regardless of what you call them there is no arguing that they're hot property right now. So it might be time to catch up on how they work and why they're changing the game. In this video, you'll discover the various parameters micro-climate solutions can monitor, the methods they use to collect and transmit data, and the diverse range of industries and professionals benefiting from these technologies. #weatherstations #microclimate #environmentalmonitoring

Over 2 million workers globally are at risk of silicosis due to silica dust exposure. So it's great to see Trolex's AIR XS Silica Monitor has been further validated, offering continuous real-time accurate readings of respirable crystalline silica (RCS) levels. And, even better, our Captis devices seamlessly connect to the sensor, automating readings and enabling remote monitoring of silica or dust levels. This integration means you can respond instantly to dangerous RCS levels and provide the best safety measures for your workforce. Get in touch with us here if you are interested in learning more. https://lnkd.in/gDbh2tbm #airquality #silica #dustmonitoring

Get a quick look at the Captis S2 and radar level sensor before the cover goes back on. Here the Captis S2 will capture data every 15 minutes and transmit that data once a day, except for when it needs to send an alarm due to rising water levels. This data will paint a picture of water flow and levels within the network, alerting when there may be a potential blockage and allowing for predictive maintenance. Built to last this solution has been tested beyond IP68 ratings. It can survive week-long submersions, repel the cockroaches and rats that are going to have a nibble, and both devices are equipped with a long-lasting battery that will ensure no one has to check on them again for a very long time. Learn more about our water level solutions here https://lnkd.in/gYy3x7Qe #wastewater #sewermonitoring #iot

Battery life is the #1 concern for many companies installing remote monitoring devices. And look, we get it. Your business case falls apart if you need to send truck rolls to replace batteries on 10,000 devices every few years. Those who consider the long-term cost benefits of "set and forget" devices reap the rewards. Check out the most advanced battery technology in IoT today below. #batterytechnology #IoT #battery

We headed down to Victoria last week to install a sewer level solution for a local council. While radar level sensors are currently stealing the spotlight, this council chose float switches over radar sensors. Why? Because, although float switches may not get the headlines, they are reliable, cost-effective (often a third of the price of radar sensors), and incredibly simple to install – making them an economical and viable way for councils to begin testing this essential technology. Float switches have been around forever and have proven their worth time and again – whether it’s in a shallow pit or a deep riser, as shown in these install pics. While radar sensors excel in variable conditions and provide pinpoint accuracy, there are times when a simple solution like a float switch is just what you need. No need to overcomplicate things. This is a great example of why more and more councils are turning to sewer level monitoring – because the business case simply stacks up. https://lnkd.in/gYy3x7Qe #wastewatermonitoring #IoT #councils

A whopping 25% of OT devices on customer networks are using unsupported operating systems. Just like Windows, if your operating system is no longer supported, it isn't getting critical security updates, making it susceptible to cyberattacks. Using newer firmware ensures your devices receive the latest security patches, significantly reducing vulnerabilities. But here's a frightening stat: over 50% of devices use old firmware, exposing them to more than 10 CVEs (known vulnerabilities), even though updated firmware has been available for over a decade. Another scary fact: 78% of devices in industrial control networks are vulnerable to CVEs. Of these, 46% are vulnerable due to unsupported firmware, and 32% haven't been patched by customers. Imagine if your IT department made you operate on Windows XP. That's the nightmare that is many legacy OT systems. So what can you do about it for your network? ✅ Understand your IoT/OT devices and prioritize based on their risk to your enterprise if compromised ✅ Remove unnecessary internet connections, close open ports and restrict remote access through secure VPN services ✅ Regularly apply patches, change default passwords and modify default SSH ports ✅ Work closely with your vendor to ensure their cybersecurity measures are robust and up-to-date Protecting your network starts with proactive measures to secure vulnerable devices. Stay ahead of evolving threats and safeguard your operations effectively. #Cybersecurity #IoTSecurity #OTSecurity