The Night A Mysterious Drone Swarm Descended On Palo Verde Nuclear Power Plant

While the news has been filled with claims that strange unidentified craft with unexplainable capabilities are appearing over highly sensitive U.S. installations and assets as of late, a much less glamorous, more numerous, and arguably far more pressing threat has continued to metastasize in alarming ways—that posed by lower-end and even off-the-shelf drones. Less than a year ago and just days after the stunning drone attacks on Saudi Arabia’s most critical energy production infrastructure deep in the heart of that highly defended country, a bizarre and largely undisclosed incident involving a swarm of drones occurred on successive September evenings in 2019. The location? America’s most powerful nuclear plant, the Palo Verde Nuclear Generation Station situated roughly two dozen miles west of Phoenix, near Tonopah, Arizona. 

In a trove of documents and internal correspondences related to the event, officials from the Nuclear Regulatory Commission (NRC) described the incident as a “drone-a-palooza” and said that it highlighted concerns about the potential for a future “adversarial attack” involving small unmanned aircraft and the need for defenses against them. Even so, the helplessness and even cavalier attitude toward the drone incident as it was unfolding by those that are tasked with securing one of America’s largest and most sensitive nuclear facilities serves as an alarming and glaring example of how neglected and misunderstood this issue is.

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12 Videos Prove Police Use Drones To Ticket And Surveil The Public

Here is a nice compilation of the high-tech police state in action. One can only imagine when this gets combined with facial recognition, health databases, social distancing, contact tracing and all the rest – oh, wait, they’re already doing some of that in these videos.

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A World of ‘Killer Robots’ But Not ‘National Security’

Think of this as an early public sign of the rise of naval robotic warfare, which is finally leaving dystopian futuristic fantasies for actual future battlefields. In the Navy’s version of this altered landscape, large numbers of unmanned vessels (both surface ships and submarines) will roam the world’s oceans, reporting periodically via electronic means to human operators ashore or on designated command ships. They may, however, operate for long periods on their own or in robotic “wolf packs.”

Such a vision has now been embraced by the senior Pentagon leadership, which sees the rapid procurement and deployment of such robotic vessels as the surest way of achieving the Navy’s (and President Trump’s) goal of a fleet of 355 ships at a time of potentially static defense budgets, recurring pandemics, and mounting foreign threats. “I think one of the ways you get [to the 355-ship level] quickly is moving toward lightly manned [vessels], which over time can be unmanned,” Secretary of Defense Mark Esper typically said in February. “We can go with lightly manned ships… You can build them so they’re optionally manned and then, depending on the scenario or the technology, at some point in time they can go unmanned… That would allow us to get our numbers up quickly, and I believe that we can get to 355, if not higher, by 2030.”

To begin to implement such an audacious plan, that very month the Pentagon requested $938 million for the next two fiscal years to procure three prototype large unmanned surface vessels (LUSVs) and another $56 million for the initial development of a medium-sized unmanned surface vessel (MUSV). If such efforts prove successful, the Navy wants another $2.1 billion from 2023 through 2025 to procure seven deployable LUSVs and one prototype MUSV.

Naval officials have, however, revealed little about the design or ultimate functioning of such robot warships. All that service’s 2021 budget request says is that “the unmanned surface vessel (USV) is a reconfigurable, multi-mission vessel designed to provide low cost, high endurance, reconfigurable ships able to accommodate various payloads for unmanned missions and augment the Navy’s manned surface force.”

Based on isolated reports in the military trade press, the most that can be known about such future (and futuristic) ships, is that they will resemble miniature destroyers, perhaps 200 feet long, with no crew quarters but a large array of guided missiles and anti-submarine weapons. Such vessels will also be equipped with sophisticated computer systems enabling them to operate autonomously for long periods of time and – under circumstances yet to be clarified – take offensive action on their own or in coordination with other unmanned vessels.

The future deployment of robot warshipson the high seas raises troubling questions. To what degree, for instance, will they be able to choose targets on their own for attack and annihilation? The Navy has yet to provide an adequate answer to this question, provoking disquiet among arms control and human rights advocates who fear that such ships could “go rogue” and start or escalate a conflict on their own. And that’s obviously a potential problem in a world of recurring pandemics where killer robots could prove the only types of ships the Navy dares deploy in large numbers.

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