Late in 2018, Viziv Technologies (formerly Texzon) completed a tower off of I-35 near Milford, Texas. With its lattice-style structural supports and bulbous top, it bears a distinct resemblance to Nikola Tesla's Wardenclyffe Tower (or Tesla Tower), an ill-fated power project envisioned by the famous physicist-engineer in the early 20th century. The tower was meant to provide free energy all over Earth using wireless technology, but instead wound up scrapped by creditors after Tesla couldn't pay the mortgage on the property.
Viziv's vision statement, rendered in all-caps on its website, is to "POWER THE PLANET AND BRING LIGHT TO THE WORLD," indicating that its primary goal is indeed power-related, offering up electricity without traditional infrastructure, as part of a partnership with Baylor University. If it's anything like Tesla's system, it could also offer new ways to send signals for radio communications and global positioning systems. And it could bring electricity to the 1.3 billion people worldwide who don't have it and don't have the infrastructure to get it.
According to company literature, the endeavor relies heavily on what are called Zenneck surface waves. These waves, named for Jonathan Zenneck (a 20th century physicist and electrical engineer), are electromagnetic waves that harness Earth's surface as a sort of "waveguide" or conduit for electricity and communications signals, so powerful that they envelop the entire planet without the need for wires.
Unlike so many types of other transmissions, Zenneck waves don't suffer degradation from challenges like solar flares, lightning or even electromagnetic pulses, the kind you might see in the event of, say, a nuclear bomb blast.
Sounds like a fairly straightforward corporate experiment so far, right? Set up power transmitters in one location and then the receivers in another. Tweak the variables a bit and then determine if you can make your theories work in real-world conditions.
The thing is, when it comes to Nikola Tesla's legacy, nothing is simple. His legend is fertile ground not only for real, modern science, but also for conspiracy theories of all kinds.
Down the rabbit hole we go. Let's review:
In 1943, Tesla, a brilliant, possibly mentally-ill scientist died at his hotel. U.S. officials immediately seized the scientist's research, partly in hopes of finding plans for a secret "death ray" particle beam weapon (and of course, also to prevent Axis spies from getting their hands on any useful scientific revelations).
Hundreds of pages of those documents were subsequently classified and went "missing." It wasn't until 2016 that a Freedom of Information Act forced authorities to unveil some of those papers.
It's possible that Tesla's Wardenclyffe Tower had potential applications in some sort of particle ray weapon. Hence, the classified files. Some have even taken to calling the device a "peace ray," a kind of defense system that the war-hating Tesla created to prevent countries from attacking each other – a powerful, invisible "wall of force" that would keep enemies at bay without resorting to the violence of bullets and bombs.
Flash forward to modern times.
Conspiracists pounced on the fact that two of Viziv Technologies' top leaders are ex-military types with histories in ballistic missile defense. This, at a time when the U.S. commander-in-chief is speaking about a space-based missile defense system. Milford, Texas residents wondered about the tower's purpose. “We aren’t really sure. We’re thinking we’re going to walk around with tinfoil on our heads,” resident Lauren Gray told TV station KXXV in October 2018.
Viziv Technologies did not respond to our request for comment on this story, but Michael Taylor, vice president of communications at Viziv had indicated previously that the first rounds of testing involve low-power waves that wouldn't have any negative effects on humans or animals and the company only wants to improve the lives of people in the community and "the world around us."
As of June 2018, the company had planned to conduct tests for perhaps six months to a year and then use those results to reevaluate its future plans for further experiments. As to what sort of plans those might be, we'll just have to wait and see.