How To Handshake: The OT Networking Series
Sep 22, 2026 · 45 min · 10 segments
For the last episode of Season 1, Ryan's playing Producer so Ping and Co-Host John Attala (Optigo's Chief Growth Officer) can show off some interesting situations where OptigoVN dropped an "ah ha!"…
Ping YaoHost
John AtalaGuest
Gulab KarnaniGuest
Tristanne WhithamGuest
Ryan LaFlammeHost
Before we jump into optical vision networks, I think the best story I'll tell you, and I don't have files I can share here on the screen, but we have a large campus.

customer and, um, this large campus was experiencing, um, a lot of different issues, but in particular, uh, their schedule overwrites were not always taken.

And it was one of those lost in the noise, you know, going on vacation, uh, or holiday, um, the operator will issue an override to change the temperature settings, um, for the entire campus.

Um, They were using our product and they were able to pinpoint there was one controller that happened to be a bridge between two sides of the campus.

It was meant to bridge the two sides of campus, but it was meant to be used fairly rarely, right? It wasn't meant to transfer a lot of data.

And unfortunately, when they were moving points, they were forgetting that depending on which server you put it on, it might be reaching across this controller.

And our product was able to pinpoint to them where the source was, where it was going to, and being able to see the bottleneck in between, allowing them to reallocate that point to the server on the right side of the campus.

But really, the most important thing was that in the end, the schedule overrides were working.

So significant amount of energy saved because it was actually reaching the temperature that was intended.

And what it was, was simply a bottleneck created by one router that was not meant to work that way.

we move on, I have a little bit of context on that story from before Wasn't there something about the number of hours and dollars spent troubleshooting that over time? Like, didn't they quantify that to some extent? And it was a pretty high number of wasted time before ultimately our product helped them find it.

Before we jump into optical vision networks, I think the best story I'll tell you, and I don't have files I can share here on the screen, but we have a large campus.

customer and, um, this large campus was experiencing, um, a lot of different issues, but in particular, uh, their schedule overwrites were not always taken.

And it was one of those lost in the noise, you know, going on vacation, uh, or holiday, um, the operator will issue an override to change the temperature settings, um, for the entire campus.

Um, They were using our product and they were able to pinpoint there was one controller that happened to be a bridge between two sides of the campus.

It was meant to bridge the two sides of campus, but it was meant to be used fairly rarely, right? It wasn't meant to transfer a lot of data.

And unfortunately, when they were moving points, they were forgetting that depending on which server you put it on, it might be reaching across this controller.

And our product was able to pinpoint to them where the source was, where it was going to, and being able to see the bottleneck in between, allowing them to reallocate that point to the server on the right side of the campus.

But really, the most important thing was that in the end, the schedule overrides were working.

So significant amount of energy saved because it was actually reaching the temperature that was intended.

And what it was, was simply a bottleneck created by one router that was not meant to work that way.

we move on, I have a little bit of context on that story from before Wasn't there something about the number of hours and dollars spent troubleshooting that over time? Like, didn't they quantify that to some extent? And it was a pretty high number of wasted time before ultimately our product helped them find it.
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