Hey guys, Non here, coffee in hand. Want to hear some interesting stories?
Let's start with the fact that a new subterranean data center in Nevada is being built three hundred feet below the surface to shield it from solar flares and cyber warfare. This matters because it reveals how the most essential part of our modern economy is moving into a literal bunker to survive. We'll also look at how China has become the world's leading oil power, the breakdown of trade talks between Canada and the United States, a new record in humanoid robotics, and the life of Mary de Rachewiltz. In Nevada, the ground is becoming the most secure vault for the digital age.
A robot horse and several dancing humanoids were showcased this week in Beijing at the five-day 2026 World Robot Conference. The event, which began on Wednesday, is part of a broader push by Chinese manufacturers to scale their robotics industry. On the opening day, the world’s largest humanoid robot maker, Unitree Robotics, made its stock market debut in Shanghai. These machines are now competing in the 2026 World Humanoid Robot Games, which kicked off this Saturday in the capital.
The competition features more than 2,000 robots from 16 different countries. To understand why this matters, we have to look at the industrial logic behind the hardware. Robotics is not just about making things move; it is about solving the problem of labor costs and precision. When a country faces a shrinking working-age population or rising wages for manual tasks, the incentive shifts from "how can we do this with more people" to "how can we do this with more code." China is currently building the infrastructure to move that transition from the factory floor to the general economy.
By hosting a conference of this scale and seeing a major player like Unitree go public, the signal is that they are moving toward a standardized, mass-produced model of humanoid labor. The popular narrative right now, which you will see on most social feeds, is that this is a "robot uprising" or a futuristic fantasy of machines replacing human life. It frames the story as a sci-fi movie where the humans eventually become obsolete. That is a distraction.
The reality is much more mundane and, in some ways, more significant. This is about the logistics of the next thirty years. It is about who will provide the logistics for your deliveries, who will sort your waste, and who will operate the heavy machinery in mines or construction sites. Fair enough, some might argue that these robots are still clumsy and that the "humanoid" form is an unnecessary, expensive choice.
They might say a simple robotic arm is more efficient for a factory. Perhaps that is true for a specific assembly line. But a humanoid shape is a design choice for a world built for humans. If you want a robot to navigate a hallway, climb a ladder, or work in a warehouse designed for people, the humanoid form is the shortest path to compatibility.
It is easier to repurpose a human-shaped machine than to redesign the entire world to accommodate a non-human shape. The gap here is between the spectacle of a dancing robot and the reality of a 2,000-robot competition. We are watching the transition from laboratory prototypes to industrial competition. The winner won't be the robot that dances the best; it will be the one that can be manufactured at a price point that makes it cheaper than a human wage.
The question we should be asking is what happens to the value of human labor when the cost of a machine drops below the cost of a paycheck.
We just looked at how China is reshaping the global oil market, and it is a story about the massive scale of industrial power and the geopolitics of energy. Now, we are moving from the world of high-level energy trade to the physical world of dirt and stone. It is a shift from how we move fuel across borders to how we hide our most vital tech from those who would break it. If you want to understand why this shift is happening, you have to look at what a drone can do to a power substation or a data center.
In the war in Ukraine, we have seen that anything sitting on the surface is a target. For a country or a company, "above ground" has become synonymous with "vulnerable." This has sparked a massive interest in "undergrounding"—moving electricity, fiber optics, and even heavy freight tunnels into the earth. To understand why this is so hard, you have to understand the physics of what we are trying to move through. Most of our world is built on the assumption that the ground is a static thing, but for engineers, it is a hostile environment.
Granite, for example, is incredibly hard. To get through it, a company called EarthGrid is using plasma torches that reach 27,000 degrees Celsius. That is significantly hotter than the surface of the sun. They use these torches to create a violent vortex inside a tunnel, essentially a man-made tornado, to suck away debris that sometimes turns into lava.
In a test this past January in a California quarry, their machine chewed through three meters of granite. Here is the thing about these projects: they are usually avoided because they are prohibitively expensive. It is much cheaper to build a fence around a data center than it is to carve a cavern into a mountain. But the cost of failure is changing.
We are seeing companies look for "brutal materiality." In Italy, for instance, Trentino DataMine is using 90 million cubic meters of dolomite rock to house servers. Because the rock is naturally cool, it reduces the electricity bill for cooling the machines. It also provides a level of protection against physical attacks, electromagnetic interference, and seismic events that you simply cannot replicate with a concrete building. Someone will say that this is just a luxury for the ultra-rich or the highest-tier tech giants.
They might argue that for the average person, the price of electricity or internet will just go up to pay for these deep-earth vaults. And they have a point. Moving a cable three meters into the seabed—which is becoming common to prevent faults—is a massive upfront capital expense. It is a move that prioritizes long-term security over short-term profit.
But the trade-off is actually becoming a matter of basic competence. If a drone strike can take out a city's power grid in seconds, the "cheap" option of staying above ground is starting to look like a bad long-term investment. We are seeing a move toward the "hard" path because the "easy" path has been proven to be brittle. The more important question is how quickly we can scale this.
EarthGrid is aiming for commercial deployment as early as next year, but they still have to solve the "over-boring" problem, where the machine drifts slightly off-course. They plan to fix this by making the vortex spin in different directions every five minutes. It is a small mechanical adjustment, but it is the difference between a tunnel that stays straight and one that ends up in a different zip code. We are moving toward a world where the most important things we own are hidden by the sheer weight of the earth.
Whether it is ammonia pipelines or subsea cables, the goal is the same: to reach a point where the only way to break the system is to move a mountain. I wonder if we will eventually view "above ground" as a temporary phase of human history, like the era of the horse-drawn carriage. Sign off.
While our last look at technology involved moving physical infrastructure into the earth to keep it safe from the surface, we are seeing a different kind of fortification tonight. The Canadian government is trying to protect its economy from the surface politics of Washington by slamming the metaphorical door shut on trade talks. Prime Minister Justin Trudeau announced this evening that Canada is suspending trade negotiations with the United States. The move comes after the U.S.
signaled it would impose a 50% tariff on roughly 28 billion dollars worth of Canadian goods starting at midnight. In response, Canada is matching those tariffs dollar for dollar. The government says the last-minute terms offered by the U.S. were unfair and uneconomic, making it impossible to reach a reliable deal.
To understand why this is happening, you have to look at the shift in how the U.S. manages its neighbors. For a long time, the logic was that integrated supply chains made trade wars too painful for everyone. But the current U.S.
administration is treating market access as a premium service, charging its closest allies for the right to sell to its consumers. When a country like Canada, which relies heavily on the U.S. market, faces a 50% tax on its exports, the math for a small business owner in Ontario or a manufacturer in Quebec simply stops working. It becomes a game of who can absorb the highest cost.
Someone will say that this is a reckless move that will hurt Canadian consumers. They are right. Matching a 50% tariff on 28 billion dollars of goods is going to drive up the price of everything from lumber to vehicle parts. You might see the price of a new home rise even further because 30% of Canadian lumber is subject to these types of trade pressures.
But the trade-off is about leverage. If Canada keeps negotiating under these terms, it accepts a relationship where the rules are written by one side alone. By walking away and matching the tariffs, the government is trying to force the U.S. to realize that access to Canadian resources and goods has a price tag.
It is a high-stakes gamble to see if pushing back will lead to a seat at the table or just a more expensive grocery bill for everyone.
While trade wars are about the friction of moving goods across borders, the next story is about how fast we can move things within them—specifically, how fast a machine can move a human-shaped body. In Beijing, a humanoid robot named Lightning has officially clocked a 100-metre sprint in 9.32 seconds. According to China’s state broadcaster, the robot reached a peak speed of 14.5 metres per second during a test event for the second World Humanoid Robot Games. To put that in perspective, that 9.32-second time is faster than the 9.58-second world record held by the Jamaican sprinter Usain Bolt.
The robot, developed by the smartphone maker Honor, is roughly 169 centimetres tall and stood on legs that researchers actually lengthened by 10 centimetres just before the games to improve its stride. This isn't just about a new high score on a scoreboard. It is about the industrial logic of humanoid robotics. China is positioning these machines as a strategic pillar of its economy, moving them out of the lab and into manufacturing, logistics, and consumer roles.
The incentive here is the "humanoid" form factor itself. If you can build a machine that mimics a human's shape and gait, it can theoretically operate in any environment designed for people—from a warehouse floor to a construction site—without requiring us to redesign the world to fit the machine. You might be right to be skeptical about whether a robot running a sprint actually helps anyone get a job or lower a price tag. A sprinter is a specialized use case, and there is a real argument that we should spend our capital on simpler, more efficient automated systems instead of trying to replicate the complexity of human muscle and balance.
But the math of hardware is different. Lightning already completed a 21-kilometre half marathon in 50 minutes and 26 seconds, which is faster than the elite human world-record pace. When a machine can outrun the best of us over both a sprint and a marathon, the question shifts from "can it do this?" to "how much cheaper is it to let it do this?" The robot is already faster than the fastest man to ever live.
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We have just seen a machine surpass the physical limits of the human body to win a race, but we are moving from the physics of speed to the persistence of loyalty. It is a sharp turn from the mechanics of a humanoid robot to the mechanics of a human life. According to The Economist, Mary de Rachewiltz, who devoted her life to defending Ezra Pound, has died. The poet and translator of “The Cantos” died on July 24th, aged 101.
That single sentence is the only information I have. I do not know what she looked like, what she said, or what her life was like outside of this one sentence. I do not know the specific arguments she made or the cities she lived in. But there is a profound idea held in that one line.
It is the idea of devotion to a person who is fundamentally difficult, or perhaps even wrong. To devote a life to a defense is to choose a side in a way that makes your own identity inseparable from the subject. It is a refusal to let the world decide someone's worth before you have finished your own assessment of them. In a world that increasingly prizes the efficiency of the machine—the robot that can outrun us because it doesn't have to worry about morality or legacy—there is something stubborn about a person who spends a century defending a complicated human being.
It suggests that some things are worth the cost of being misunderstood. I don't know if she was right. I only know she stayed. Goodnight.