Help Track Encounters with Facilities Embedded in Sidewalk & Pavement By Charles Folashade Jr Nevada’s excavation work relies on solid data. Now you can play a vital role in improving safety across the state. The Embedded Facilities Form captures critical information whenever shallow utilities in sidewalks, streets, or other paved surfaces are discovered or damaged. This documentation equips us to understand when, how, and why these incidents occur. Ultimately, this helps champion more effective preventive strategies. Who Should Use the Form ✅Excavators encountering unexpected shallow utilities ✅Locators marking facilities during pre-dig inspections ✅Facility owners identifying damage in the course of repair or maintenance Why It Matters Every anonymous submission helps fill key gaps in our understanding. Whether it's a fiber conduit, a shallow gas line, or another embedded utility, tracking these encounters strengthens our ability to safeguard people, projects, and infrastructure statewide. The Task Force Behind It The Facilities Embedded in Sidewalks Task Force, a temporary collaboration between the NRCGA and NUCA, is guiding this effort. The task force aims to achieve consensus between excavators and utility operators on how to address these embedded facilities, and will dissolve once a working solution is in place. Submissions Are Anonymous and Open to All We encourage everyone—on all sides of the excavation process—to participate. Your input is confidential, straightforward, and impact-driven. Submit an encounter here: https://lnkd.in/dDtSrHZh
Nevada Task Force Seeks Data on Embedded Facilities
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Built to Code. Engineered for Reality. From seismic-rated structures to arc-flash protection, a code-compliant HazLoc switchrack is more than a checklist—it's engineered safety. At Spike Electric, we don't just meet IEEE and UL standards—we build every rack to thrive in the real-world conditions you operate in. Read more about this: https://lnkd.in/enWhiutD
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Pinpointing leaks accurately can save significant time and resources. This involves using sonar equipment to listen for the specific gurgling sounds produced by a mixture of air and water being fed through isolated lines. The frequency jumps on PDA remotes, allowing professionals to confidently identify the exact location of the leak. It's a testament to the power of precise technology in addressing complex problems. #leakdetection #sonartechnology #watermanagement #innovation #engineering
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Thank you for sharing! You’ve done an excellent job highlighting the nuanced challenge of identifying engineering workstation traffic in passive monitoring or after-the-fact analysis. I really like how you break down the different fidelity levels — from ports and protocols to function codes and contextual byte analysis — because it shows a clear understanding that not all methods are created equal. To add a few insights: understanding function-level behavior is indeed the gold standard for confidence. In OT environments, the same port may carry very different intents depending on the device, so correlating traffic with specific control actions (like logic uploads or PLC writes) is essential for accuracy. Also, layering multiple passive data sources—such as combining SPAN/tap captures with log data from engineering workstations or historians—can dramatically improve detection reliability. Another factor is temporal context: engineering workstation activity is often scheduled (maintenance windows, batch uploads, configuration changes), so time correlation can help distinguish legitimate activity from anomalies. Finally, maintaining an up-to-date mapping of device roles, expected protocols, and function codes becomes critical as systems evolve. Overall, your points reinforce that successful OT traffic analysis is about combining technical signals with operational context, not relying on a single indicator. This approach significantly reduces false positives while giving a clear view of workstation-to-PLC interactions.
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