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Industry Heights and Low-Impact Innovation: Notes from Brock Mountain

ยท 4 min read
Ben Allfree
MeshEnvy Founder

I recently spent some time up on Brock Mountain here in Tonopah, Nevada, for the annual Brock Mountain Users Group Summit. There were about 20 of us in attendance, representing the Department of Energy, the Nevada Department of Transportation, the FAA, and several private infrastructure companies. It was my first time in a room quite like that, and it was incredibly educational.

Communications site on Brock Mountain with towers, dishes, and summit buildings

The Fresh Eyes Auditโ€‹

One of the main activities of the summit was going over site audit sheets. The group has an elegant peer-review system where everyone audits each other's sites. They find it is much easier for a fresh set of eyes to spot problems that the owner might have grown blind to. If you spot a problem, you document it on the sheet, and the site owner has an opportunity to resolve the issue and bring their installation back into compliance.

During our rounds, we found several instances of improper documentation. More importantly, we spotted occasional repair and maintenance items caused by weathering throughout the year. High-altitude peaks take a serious beating from the Nevada elements, and things inevitably degrade over twelve months of exposure.

Switchback access road climbing the Brock Mountain ridgeline

Summit visit during the Brock Mountain Users Group rounds

Mac and Cheese vs. Heavy Industryโ€‹

Seeing these massive, industrial installations really put what we are doing into perspective. These sites are heavy-duty. They have massive diesel generators, heavy steel cabinets, and everything is bolted deeply into the concrete and bedrock. It is serious, heavy-duty industrial engineering.

Dirt road toward Brock Mountain with communications towers on the summit

Concrete shelter, fuel tanks, and lattice towers on the Brock Mountain crest

And then there is us, walking around with little LoRa nodes that are literally the size of a box of macaroni and cheese, deploying them all over the state.

Ours are completely self-contained and require no generators. Our setups are so low impact that they represent a completely different kind of innovation. Every once in a while, a suite of technical breakthroughs coalesces into a really elegant solution for an old problem. Even when all the constituent parts have been around for years, a single new technology, like the LoRa chip, will come along and tie those disparate pieces of technology together. Suddenly, you have a solution with a level of elegance that was previously not achievable.

Monopole tower and equipment shelter on the Brock Mountain site

Respecting the Towersโ€‹

Of course, the use cases are not quite the same. We are not trying to broadcast high-power commercial signals across the basin. But I am still incredibly grateful to learn how this high-end equipment operates.

Antenna arrays and lattice towers on Brock Mountain, seen from ground level

I can definitely appreciate now why you need proper training and certifications to climb these towers. It is not just about the risk of falling or damaging incredibly expensive equipment. Some of those arrays look like things you absolutely do not want to stand in front of while they are transmitting.

Rugged road pass on the climb to Brock Mountain

A huge thanks to the Tonopah BLM and the Brock Mountain Users Group for the invitation. It was a fantastic experience, and it gave me a lot of respect for the giants of infrastructure we share the peaks with.

Evening view of Tonopah from the Brock Mountain ridgeline