Was It Lightning, or Was It the Equipment?

When a critical facility or remote communication site goes down, the first problem is obvious: something failed. The harder problem is figuring out why. 

A remote site may lose a radio, transmitter, control panel, power supply, alarm system, or network device with no clear explanation. The team responds, but the root cause is not immediately known. Then the finger-pointing begins. 

Equipment manufacturers may be quick to blame lightning damage. Service teams may suspect power quality. Facility owners may question whether the lightning protection system performed correctly. Meanwhile, the site still needs to be restored, the failed equipment needs to be evaluated, and the actual cause of the disruption needs to be identified. 

Without strike data, everyone is guessing. 

A lightning strike can occur at a remote facility without anyone seeing it. There may be no witness, no obvious burn mark, and no visible structural damage. Yet when sensitive electronics fail, lightning often becomes the default explanation because it is difficult to disprove. 

That uncertainty slows everything down. If the facility was struck, the response should include a targeted inspection of the lightning protection system, grounding system, surge protection devices, and connected equipment. If the facility was not struck, the investigation should quickly move toward other causes: equipment defect, installation issue, utility disturbance, power supply problem, communication fault, or environmental exposure. 

Knowing whether a lightning strike occurred can change the entire troubleshooting path. 

That is where StrikeSense™ becomes invaluable. 

StrikeSense™ is Lyncole’s smart lightning strike detection product. It monitors electrical activity in the down conductors of a lightning protection and grounding system where the Smart Lightning Logger is installed (StrikeSense™ PDF). When a strike is recorded, the system captures current, polarity, date, and time (StrikeSense™ PDF). 

For remote communication sites, that certainty is especially important. These sites are often unmanned, distributed, and difficult to inspect quickly. A disruption may not be discovered until alarms come in, service quality drops, or customers report a problem. By that point, the owner needs facts, not theories. 

StrikeSense™ provides those facts. 

The system uses IoT communication to deliver real-time strike data, daily heartbeat signals, equipment status updates, self-diagnostics, battery-life monitoring, and updates (StrikeSense™ PDF). Data is transmitted to the cloud, processed, and delivered through the Lyncole Smart Monitor Portal so users can assess urgency, support inspections, make repairs earlier, and analyze incidents more thoroughly (StrikeSense™ PDF). 

In practice, StrikeSense™ helps answer one critical question: 

“Was this site actually struck by lightning?” 

If the answer is yes, the maintenance team can prioritize a post-strike inspection and review the failure in the context of a confirmed lightning event. If the answer is no, the owner has a stronger basis to challenge a lightning-damage assumption and focus on other likely causes. Either way, the investigation becomes faster and more evidence-based. 

StrikeSense™ is also part of VFC’s broader LightningLink™ smart lightning protection system. VFC describes LightningLink™ as combining the Lyncole GRM 2500™ Ground Resistance Monitor, StrikeSense™ Lightning Detector, and the Lyncole Smart Monitor Portal to deliver real-time data to facility teams (VFC Smart Protection). The system monitors grounding integrity, detects lightning strikes, provides monthly status updates and inspection reminders, and is offered with no monthly or annual fees after installation (VFC Smart Protection). 

That last point matters. For organizations managing multiple remote sites, monthly fees can become a barrier to adoption. StrikeSense™ provides lightning strike certainty, remote visibility, and event history with a low system cost and no recurring subscription burden. 

A critical facility should not have to wonder whether it was struck. A communication site should not have to accept lightning damage as the default explanation without evidence. 

With StrikeSense™, facility owners can know whether a lightning strike was recorded, when it happened, and how to respond.