[-] allende2001@lemmygrad.ml 3 points 12 hours ago

astrology

Go to r/TrueAnon

Mars within 30 degrees of the lunar node February 4th, 2026 - April 19th, 2026

The only person to ever correctly predict October 7th and Operation True Promise I - III

Oh no

[-] allende2001@lemmygrad.ml 3 points 1 day ago

A bunch of Roblox players (myself included) have been migrating to a different game called Polytoria due to Roblox’s CEO (David Baszucki) fucking up a lot of stuff lately. So many players have been migrating in fact that Polytoria’s servers are slowing and/or crashing, though devs are working to fix it.

https://lemmygrad.ml/post/10595043

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cross-posted from: https://ibbit.at/post/163491

Image by Tanner Boriack.

Early on Saturday, January 3rd, Venezuela was attacked on behalf of oil, mineral, tech, and weapons profiteers in a regime change operation. Since then, the Trump administration has threatened Iran, Greenland, Cuba, Colombia, and Mexico. What unites these threats? The U.S.’s quest for endless resource extraction to power its increasingly deadly global empire. And it’s not slowing down. These resource wars and “operations” are emerging as the AI drive also ramps up. In July, Palantir and the Pentagon signed a 10-year, $10 billion agreement. In April 2025, Palantir won a $30 million contract with ICE — a significant development in their decade-plus-long partnership that we are now seeing play out in their increasingly militarized, unrestrained murders and abductions in Minneapolis and around the country. This increasingly inextricable partnership between AI and the war economy is throwing us into a fast track of climate and environmental chaos that threatens us all.

In August, I learned about an AI program created by the U.S.-armed Israeli military called “Where’s Daddy.” The program is designed to track individuals Israel is targeting in order to kill them at home with their families. In October 2023, the AI war giant Palantir entered into a contract with the Israeli military. Since 2021, the Israeli Occupation Forces have been working with tech companies like Google on AI programs such as Project Nimbus, used to surveil and murder Palestinians. “Where’s Daddy” and other overlapping systems represent the newest phase of this. The program characterizes the families of these alleged combatants as “collateral damage” and is often far from accurate, killing entire families without the “intended targets” even being there. The tech companies developing these programs do not have anyone’s “safety” or “security” in mind; they are solely motivated by profit. This cruelty is no surprise— these companies are the same ones building toxic data centers across the U.S., largely in working-class and Black and Brown communities, in the newest phase of environmental injustice.

We’ve been hearing about AI more and more as it enters the commercial market in increasingly pervasive ways. In particular, much has been reported about AI data centers entering communities and the opposition to them. Many of these fights have been taken up by environmental organizations; it’s estimated that data centers could consume approximately 21% of global energy by 2030. In order to sustain this energy use, data centers need cooling. Mid-sized data centers use as much water as a city of 50,000 people. Meta’s Hyperion data center in Louisiana is projected to use as much water as the entire city of New Orleans. Another Meta center in Cheyenne, Wyoming, is projected to use more power than the state of Wyoming itself.

These centers not only increase electricity bills for communities that can’t afford them, but they also generate significant air, water, and noise pollution. Some centers regularly use diesel “emergency” generators to meet increased demand. Each generator is the size of a railcar, and thousands are littered across data center hotspots like Northern Virginia. As a result, toxic chemicals are seeping into the lungs of residents, causing asthma and long-term illness. Data centers are known to create noise pollution, with constant hums that can lead to hearing loss, anxiety, cardiovascular stress, and a host of other long-term issues. Furthermore, equipment is certain to break down and lead to toxic waste and electronic pollution.

“Critical” minerals are required for the operation of these data centers. The process of obtaining these minerals, supposedly also used for green technology, requires the militarization, destabilization, and total plunder of mineral-rich regions. These minerals are supposedly “critical” for energy transitions, and some have advocated more “sustainable” methods for maintaining data centers through “green” technologies.

The use of these minerals is clear: The Pentagon recently became the largest shareholder in MP Minerals, one of the largest mining companies in the Western Hemisphere. Why? Aluminum for fighter jets. Titanium for missiles. And copper, lithium, cobalt, and many others for data center batteries and semiconductors. The more data centers are built, the more minerals are needed. This process of extraction has murdered millions in the Congo, destroying the soil, water, and forest: one of the largest “lungs” of the planet. It has led to the newest phase of imperialist aggression on Venezuela, a mineral-rich country with the largest oil reserves in the world (oil, of course, is also essential for data centers). Additionally, it has led to the attempted subordination of the Philippines to semiconductor production. The U.S. also seeks to use the archipelago as an “unsinkable aircraft carrier” for the U.S.’s looming war with China, its largest competitor in the AI and mineral race.

These are the impacts we already know to be devastating. But this is also new technology, which means there’s a lot we don’t know and a lot that’s being intentionally hidden. Lack of transparency is the norm in this industry. As data centers rapidly expand and buy up land around the country, the actual companies behind them hide behind non-disclosure agreements. This is not dissimilar to the intentional concealment of the military’s role in global emissions, enacted through U.S. pressure at the third U.N. Climate Change Conference in 1997. Decades later, the issue of militarism is still left out of climate conversations.

The parallel makes sense, considering how the AI industry has fused with the war machine. The U.S. military is one of the most environmentally destructive forces on the planet. In its oil consumption alone, the U.S. military is the world’s largest institutional polluter. The U.S.’s 800+ bases in 80 countries globally are known to regularly leak jet fuel and cancer-causing PFAS chemicals, along with a toxic cocktail of hundreds of other chemicals. While training exercises like RIMPAC in the Asia-Pacific region authorize the deaths of thousands of sea creatures, in environmental sacrifice zones like Camp Lejeune in North Carolina, toxic waste from military facilities has killed infants hours after birth. In bomb testing sites like Vieques, off the coast of mainland Puerto Rico, lung cancer and bronchitis rates have been shown to be 200% higher than on the mainland for men, and 280% for women. And the oil-motivated “war on terror” emitted 1.2 billion metric tons of carbon dioxide from 2001-2017.

Now we are entering a new era of resource wars that will further destroy the planet as the AI race with China accelerates. The relationship between AI and the U.S. military goes beyond the Pentagon’s contracts with Palantir, Meta, and Microsoft: last June, executives Shyam Sankar (Palantir), Andrew Bosworth (Meta), Kevin Well (OpenAI), and Bob McGrew (Thinking Machines Lab, previously OpenAI) were sworn into the U.S. Army as lieutenant colonels. Michael Obadal, executive of the AI-war manufacturing company Anduril, is now the Under Secretary of the U.S. Army, still with hundreds of thousands in Anduril stock. Peter Thiel, co-founder of Palantir, is himself a major funder of Anduril. In June 2025, OpenAI, Google, xAI, and Anthropic entered into $200 million contracts with the Department of War. The more you look at the partnerships between such companies and their executives, the Pentagon, governmental departments, and other entities, the more tangled this military-tech-industrial complex all becomes.

Many organizing groups are rightfully building power against the data centers that literally fuel it all, pushing for increased regulation and transparency. At the same time as Palantir makes new deals with the Pentagon, regulations in sacrifice zones are being thrown out the window. On December 18th, the House of Representatives passed a bill backed by Microsoft, Micron, and OpenAI to fast-track data centers. The bill significantly reduces the number of environmental and financial factors that can be considered in permitting processes. It’s simple. These communities are becoming the Camp Lejeunes of a new age: the new toxic waste dumps in the belly of the beast used to power the war machine. They must be fought against at all costs.

Regulation is crucial. It’s also far from a long-term solution. There is a lot that we don’t know, because a lot is hidden: just how much of these companies are tied up with weapons manufacturers, the Pentagon, and proxies like Israel; the environmental destruction caused by military usage of AI; the specific usage of all of these data centers. But it is obvious that AI is becoming inseparable from war-making, that increased AI means increased war-making, and that increased war-making is resulting in new and increased forms of unfathomable environmental destruction to communities around the world and here within the belly of the beast.

AI has been creeping up our necks. The horrific “Where’s Daddy” program existed long before I heard of it. It seems like these products are popping up in every corner of the market before we can even start discussing them. Their emergence has been intentionally designed to not only conceal their role in environmental destruction, but also their role in the militarism destroying communities from Virginia to Gaza.

No part of this is sustainable — not the war economy, not unending extraction, regardless of how much “green tech” it produces, and not an AI-driven speculative economy. We cannot afford to have splintered conversations either; these AI and tech companies are war profiteers. The new Cold War on China drives this. The genocide in Palestine drives this. The war on Venezuela, Latin America, and the Caribbean drives this. And so our organizing must be unified against the impacts, mechanisms, and causes. Against data centers and the wars that drive them. We need to stop the blood. But we can’t lose sight of why and how the bullets are fired.

The post The War Intervention: AI, Data Centers, and the Environment appeared first on CounterPunch.org.


From CounterPunch.org via this RSS feed

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[-] allende2001@lemmygrad.ml 10 points 1 week ago

Vulnerabilities within western panopticons

October 7th

[-] allende2001@lemmygrad.ml 10 points 2 weeks ago

Unit 731 is still perfectly alive and well.

[-] allende2001@lemmygrad.ml 17 points 2 weeks ago

Unit 731 is still perfectly alive and well.

[-] allende2001@lemmygrad.ml 29 points 3 weeks ago

((God fusion access as a pillar of belt and road. Fusion-Powered Iran. Fusion powered Vietnam. Fusion powered Burkina-faso. Your new 1st-2nd world is countries with fusion and countries without it and the one controlling that isn’t the US lmao. I’m lathing it.))

inshallah-script

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cross-posted from: https://lemmygrad.ml/post/10325385

Archive link: https://archive.ph/PItnG

Links below are also archive links.

An extended collaboration of researchers in China has successfully reduced the response time to grid failures to just 0.1 seconds, compared to hours in other countries.

The collaboration consisted of scientists from academic institutions, power equipment manufacturers, the national power grid, and automation companies, who worked together for over a decade to make this feat possible.

As the world increases its reliance on electricity to meet heating, cooling, and transportation needs, it also needs to build power infrastructure to support this transition. Power is generated from a wide variety of sources, including hydel, solar, nuclear, thermal, and wind, and is supplied through regional and national grids.

The centralized nature of power supply can be a major hurdle in the case of a grid failure. Blackouts that ensue in such a scenario can take hours to recover from.

The risk of grid failure is even higher as more intermittent power sources, such as solar and wind, are added to the grid. In such a scenario, grids need highly efficient recovery systems.

China has been working on this for more than a decade and has now decreased the response time to just a tenth of a second.

What does the tech do?

The effort follows a previous proactive initiative by the state-owned grid company, which used an artificial intelligence system to resume power supply in 3 seconds. This was deployed in 2022.

However, the nature of the grid has been changing over the years, and China needed an even more resilient recovery system.

A team of researchers from research institutes such as Tianjin and Shandong universities, State Grid Beijing Electric Power, NR Electric, an electrical equipment manufacturer and automation company, and Beijing Sifang Automation worked on the project for over a decade.

The technology enables isolation of power grid faults and ensures their restoration within a hundred-millisecond window. Additionally, it solves the problem of identifying micro-current faults at hundred-milliampere levels, the South China Morning Post (SCMP) said in its report.

This enables the system to balance power from unpredictable sources and divert electricity through diverse grids for high-speed protection and restoration.

Why does China need such tech?

Preventing a major blackout or restoring it quickly when it occurs is the motto of every grid. However, it is even more important in China. The Asian country has the largest power grid in the world, generating twice as much energy as the US and supplying it to industries that manufacture for the world.

In 2025, China’s total electricity consumption was projected to exceed 10 trillion kilowatt-hours (kWh), more than the combined consumption of the EU, Russia, Japan, and India in 2024. As its energy demand continues to grow, China is adding multiple energy sources at an accelerated rate.

Interesting Engineering has extensively reported on the commissioning of new nuclear power plants in China. However, it is also aggressively deploying the world’s largest solar and wind energy plants and constructing the world’s largest hydropower project in Tibet.

With multiple sources of energy feeding into the grid, China needs a highly resilient grid that is highly responsive to fluctuations.

The technology used in the power and rail transport sectors is also exported to 12 nations so far and will help China build more intelligent power equipment in the future, the SCMP report added.

61

Archive link: https://archive.ph/PItnG

Links below are also archive links.

An extended collaboration of researchers in China has successfully reduced the response time to grid failures to just 0.1 seconds, compared to hours in other countries.

The collaboration consisted of scientists from academic institutions, power equipment manufacturers, the national power grid, and automation companies, who worked together for over a decade to make this feat possible.

As the world increases its reliance on electricity to meet heating, cooling, and transportation needs, it also needs to build power infrastructure to support this transition. Power is generated from a wide variety of sources, including hydel, solar, nuclear, thermal, and wind, and is supplied through regional and national grids.

The centralized nature of power supply can be a major hurdle in the case of a grid failure. Blackouts that ensue in such a scenario can take hours to recover from.

The risk of grid failure is even higher as more intermittent power sources, such as solar and wind, are added to the grid. In such a scenario, grids need highly efficient recovery systems.

China has been working on this for more than a decade and has now decreased the response time to just a tenth of a second.

What does the tech do?

The effort follows a previous proactive initiative by the state-owned grid company, which used an artificial intelligence system to resume power supply in 3 seconds. This was deployed in 2022.

However, the nature of the grid has been changing over the years, and China needed an even more resilient recovery system.

A team of researchers from research institutes such as Tianjin and Shandong universities, State Grid Beijing Electric Power, NR Electric, an electrical equipment manufacturer and automation company, and Beijing Sifang Automation worked on the project for over a decade.

The technology enables isolation of power grid faults and ensures their restoration within a hundred-millisecond window. Additionally, it solves the problem of identifying micro-current faults at hundred-milliampere levels, the South China Morning Post (SCMP) said in its report.

This enables the system to balance power from unpredictable sources and divert electricity through diverse grids for high-speed protection and restoration.

Why does China need such tech?

Preventing a major blackout or restoring it quickly when it occurs is the motto of every grid. However, it is even more important in China. The Asian country has the largest power grid in the world, generating twice as much energy as the US and supplying it to industries that manufacture for the world.

In 2025, China’s total electricity consumption was projected to exceed 10 trillion kilowatt-hours (kWh), more than the combined consumption of the EU, Russia, Japan, and India in 2024. As its energy demand continues to grow, China is adding multiple energy sources at an accelerated rate.

Interesting Engineering has extensively reported on the commissioning of new nuclear power plants in China. However, it is also aggressively deploying the world’s largest solar and wind energy plants and constructing the world’s largest hydropower project in Tibet.

With multiple sources of energy feeding into the grid, China needs a highly resilient grid that is highly responsive to fluctuations.

The technology used in the power and rail transport sectors is also exported to 12 nations so far and will help China build more intelligent power equipment in the future, the SCMP report added.

[-] allende2001@lemmygrad.ml 12 points 1 month ago

Also I've seen a massive amount of sharing unsubstantiated news, believing unconfirmed reports, and 10 Twitter accounts reposting the exact same video being posted here in this megathread.

[-] allende2001@lemmygrad.ml 23 points 1 month ago

100,000% this.

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submitted 1 month ago* (last edited 1 month ago) by allende2001@lemmygrad.ml to c/funny@lemmygrad.ml
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submitted 1 month ago* (last edited 1 month ago) by allende2001@lemmygrad.ml to c/games@hexbear.net

cross-posted from: https://lemmygrad.ml/post/10131891

About this game

Epic Battle Fantasy 5 is an over-the-top turn-based RPG adventure, full of video game references, juvenile dialogue, and anime fanservice (...and also strategic combat, monster catching, and tons of treasure hunting - if you're into any of those.) The massive Version 2 update adds new bosses, more dungeons, customizable challenge modes, collectable monster cards, and much more!

If you're new to the series, this is a good place to start, and if you've played the other games, there's plenty of new features for you to explore.


Epic Battle Fantasy 5 features...
  • Over 200 different enemies to fight, all with unique abilities and attack patterns.
  • Over 120 usable skills, and more equips than you can try out in a single playthrough.
  • Almost any enemy can be captured like a Pok*mon, and later summoned in battle. (including bosses!)
  • New mechanics also include weather conditions and a cooldown system. (MP is gone!)
  • Set up devastating combos with damage-amplifying status effects. (wet + thunder = massive damage!)
  • 30 hours of gameplay, plus lots of optional dungeons and challenges, which can easily double that.
  • Suitable for both casual and hardcore RPG players, and is safe for all ages, if offensive content is disabled.
Epic Battle Fantasy 5 does NOT feature...
  • Annoying random battles.
  • Limited save points.
  • Depressed protagonists.
  • Points of no return.
3
submitted 1 month ago* (last edited 1 month ago) by allende2001@lemmygrad.ml to c/games@lemmygrad.ml

About this game

Epic Battle Fantasy 5 is an over-the-top turn-based RPG adventure, full of video game references, juvenile dialogue, and anime fanservice (...and also strategic combat, monster catching, and tons of treasure hunting - if you're into any of those.) The massive Version 2 update adds new bosses, more dungeons, customizable challenge modes, collectable monster cards, and much more!

If you're new to the series, this is a good place to start, and if you've played the other games, there's plenty of new features for you to explore.


Epic Battle Fantasy 5 features...
  • Over 200 different enemies to fight, all with unique abilities and attack patterns.
  • Over 120 usable skills, and more equips than you can try out in a single playthrough.
  • Almost any enemy can be captured like a Pok*mon, and later summoned in battle. (including bosses!)
  • New mechanics also include weather conditions and a cooldown system. (MP is gone!)
  • Set up devastating combos with damage-amplifying status effects. (wet + thunder = massive damage!)
  • 30 hours of gameplay, plus lots of optional dungeons and challenges, which can easily double that.
  • Suitable for both casual and hardcore RPG players, and is safe for all ages, if offensive content is disabled.
Epic Battle Fantasy 5 does NOT feature...
  • Annoying random battles.
  • Limited save points.
  • Depressed protagonists.
  • Points of no return.
[-] allende2001@lemmygrad.ml 37 points 1 month ago

https://xcancel.com/FluxMulder/status/2000033806284452284#m:

Unit 731's experimental data is housed at the Fort Detrick military biolabs, home of COVID-19. It was part of a deal to give the US an edge on bioweapons against the Soviets after WW2.

[-] allende2001@lemmygrad.ml 8 points 3 months ago* (last edited 3 months ago)

Not to mention China's export controls on rare earths, forcing foreign firms (especially US scared 2 firms) to obtain approval from the Chinese government in order to obtain even trace amounts of Chinese-origin rare earth materials. [https://inv.nadeko.net/watch?v=eX3WlHcTvF8&t=173]

[-] allende2001@lemmygrad.ml 7 points 4 months ago

I've also seen a massive uptick in 'irony-posting' (I don't have a name for it) reminiscent to what I've seen on

spoilerc/doomer [not linked]

view more: next ›

allende2001

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