Ukrainian Drones Hit Oil Refinery, Chemical Plant 1500km Deep Into Russia

Despite fresh warnings from President Vladimir Putin issued the day prior at the Valdai summit in Sochi, Ukrainian drones have once again targeted two major industrial facilities deep inside Russia overnight – an oil refinery in the Orenburg region and a chemical plant in the Perm region – regional officials announced Friday.

The Orsknefteorgsintez oil refinery was struck and suffered damage in the first attack, which lies near the border with Kazakhstan. Videos circulating on social media showed a drone crashing within the refinery grounds, followed by thick black smoke rising above the site.

Regional Governor Yevgeny Solntsev stated that no one was injured and claimed that operations at the refinery were not disrupted, however.

Orsknefteorgsintez is one of Russia’s top oil refineries, with a capacity of 6.6 million tons per year and producing around 30 petroleum products including gasoline, diesel, jet fuel, and bitumen, regional reports say.

In Perm, the Azot chemical plant was also attacked, resulting in a disruption of operations there, after eyewitnesses widely reported two loud blasts. At least three drones may have been involved in the strike. Azot is part of billionaire Dmitry Mazepin’s Uralchem holding.

The plant reportedly manufactures products such as ammonium nitrate, nitric acid, sodium nitrate, and urea – and is also said to be Russia’s only producer of higher aliphatic amines and crystalline sodium nitrite.

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ICEBlock: Apple removes ICE tracking app following Bondi’s request

Apple removed ICEBlock, which is an app for anonymously reporting sightings of Immigration and Customs Enforcement (ICE) agents, from the App Store on Thursday, according to reports.

The move comes after U.S. Attorney General Pam Bondi urged Apple to take down the tracking app a day prior.

We reached out to Apple today demanding they remove the ICEBlock app from their App Store — and Apple did so,” Bondi said in a statement obtained by Fox Business News. “ICEBlock is designed to put ICE agents at risk just for doing their jobs, and violence against law enforcement is an intolerable red line that cannot be crossed. This Department of Justice will continue making every effort to protect our brave federal law enforcement officers, who risk their lives every day to keep Americans safe.”

Business Insider confirmed Apple said it also removed “similar apps” from the App Store.

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Chinese ‘golf carts’ repurposed as remote-controlled battlefield robots by Russia 

Russian forces have converted Chinese-made all-terrain vehicles (ATVs) into remotely operated battlefield platforms. The 36th Guards Combined Arms Army of Vostok carried out this experiment, converting the Desertcross 1000-3 utility vehicles into remote-controlled battlefield systems.

The adapted systems were reported in early October 2024, with operations occurring on the frontlines of the war in Ukraine. The vehicles have been designed to reduce troop exposure by automating dangerous roles like laying fiber-optic communication cables.

The vehicles are modified using commercially available components and 3D-printed parts, enabling troops to control them remotely and minimize the risk of casualties from artillery, drones, or small-arms fire.

A safety concern

Signal troops are highly vulnerable at the front while establishing communication lines. The modified ATVs aim to mitigate this risk by helping lay fiber-optic cable through remote control. It can lay up to five kilometers of cable across varied terrain.

By deploying modified Desertcross platforms, the Russian military aims to maintain secure network connectivity while reducing frontline exposure and logistical bottlenecks.

From golf carts to battlefields

Built in China, the Dessertcross 1000-3 was never intended for war. It was positioned as a recreational off-roader and commercial utility vehicle. Manufactured by Shangdong Odes Industry, it features a 72-horsepower gasoline engine, a 50-liter fuel tank, a 916 kg mass, and a cargo capacity of around 300 kilograms.

According to Russian reports, the country purchased thousands of dessert crosses in 2023. Their affordability, availability, and adaptability have made them a cost-effective option for a military struggling to balance cost with operational necessity.

In practice, the vehicles are already being used not only for logistical roles but also during assault operations on Ukrainian positions.

According to some defense reports, some of these ATVs have been fitted with weapons like PKM machine guns, NSV or Kord heavy machine guns, and AGS-17 grenade launchers.

In some cases, units have also added anti-drone gear such as nets or cages to protect against aerial attacks.

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“Smart Dust Is Already Everywhere”: Microscopic Spy Sensors Track Your Location While Tech Companies Hide The Surveillance Revolution Forever

The concept of “smart dust” might sound like something from a science fiction tale, but it’s gradually becoming an integral part of modern technology. Originating as a theoretical proposal for the Defense Advanced Research Projects Agency (DARPA), smart dust has evolved into a promising tool for various industries. From environmental monitoring to intelligence gathering, these microscopic sensors offer a wide range of applications. As they continue to develop, the potential to revolutionize data collection and interaction with our environments becomes increasingly apparent. This article delves into the origins, current developments, and future implications of smart dust technology.

The Science Fiction Origins of Smart Dust

The idea of smart dust can trace its roots back to a 1963 science fiction story by Polish writer Stanisław Lem. In “The Invincible,” Lem envisioned a world where tiny, autonomous nanobots roamed the atmosphere of a distant planet. These microscopic entities, although individually weak, could form powerful swarms capable of complex behaviors. While the story’s bots operated through basic instincts, the narrative explored the tension between human intelligence and automaton logic. Lem’s narrative serves as a fascinating precursor to the smart dust technology we see today, highlighting the thin line between fiction and scientific innovation.

While Lem’s nanobots were purely fictional, they set the stage for real-world technological advancements. In the decades following Lem’s story, researchers began exploring the potential of creating tiny, wireless sensors capable of collecting and transmitting data. These early efforts laid the groundwork for what we now call smart dust. Initially conceptualized as a military technology, smart dust was meant to gather intelligence in a discreet and efficient manner. Over time, its potential applications have expanded dramatically.

From Concept to Reality: The Evolution of Smart Dust

Smart dust technology has come a long way since its inception. What started as a theoretical concept has become a tangible tool for data collection and environmental monitoring. Early prototypes, like the “MICA” platform developed by Crossbow Technology, Inc. and the “Spec” sensors from UC Berkeley, demonstrated the feasibility of creating tiny sensors capable of measuring environmental variables. These devices, measuring only a few millimeters, could record changes in humidity, light, and temperature, providing valuable data for various scientific and industrial applications.

In recent years, the capabilities of smart dust have expanded significantly. Advances in microengineering have enabled the development of sensors that are nearly invisible to the naked eye, with some measuring as small as 0.02 cubic millimeters. These tiny devices can now detect sound and are being adapted to analyze the chemical composition of the air. The ability to deploy these sensors in swarms offers the potential for comprehensive environmental monitoring and data collection on an unprecedented scale.

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French Navy Seizes Russian “Shadow-Fleet” Vessel Suspected of Launching Mystery Drones Into NATO Airspace

French naval forces intercepted and detained two crew members aboard the oil tanker Boracay—a vessel long suspected of being part of Russia’s so-called “shadow fleet” and now under fresh scrutiny for possible links to the recent wave of mystery drone incursions into NATO airspace. 

The arrests of the two crew members from the Boracay, a vessel long suspected of being part of Russia’s shadow fleet, represent a significant development. This is one of the strongest indications yet that Russia may be orchestrating the drone incursions recently reported in NATO airspace, underscoring the far-reaching logistical networks behind these aerial disruptions.

The arrests come on the heels of a sweeping wave of mystery drone incursions targeting sensitive sites across NATO countries over the past week. These incursions, which involve unidentified drones flying over military installations and critical infrastructure, have caused significant disruptions. Denmark has borne the brunt, with flights forcing the temporary closure of major hubs including Copenhagen, Oslo, Aalborg, and Billund airports. Since September 22, Sweden, Finland, Lithuania, France, and Germany have also reported drones operating near military installations and critical infrastructure. 

Taken together, the incidents suggest a coordinated effort to probe Europe’s defenses, intensifying questions about who is directing the flights and how they are being launched.

According to reports, the French military first boarded the Boracay on September 27, ordering the tanker to anchor off Saint-Nazaire. French prosecutor Stéphane Kellenberger told Agence France-Presse (AFP) that two crew members—who identified themselves as the ship’s captain and first mate—were taken into custody for “failure to justify the nationality of the vessel” and “refusal to cooperate.”

Citing military and intelligence sources, several Danish media outlets reported that the French raid was ultimately prompted by suspicions that the Boracay had been used as a launch platform for the recent mystery drone incursions in NATO airspace. 

Shipping records indicate that the Boracay departed from Primorsk, Russia, on September 20, officially bound for India. Its route took it through the North Sea and past Danish and German waters, as the mystery drone incursions were first being reported, from September 22 to 25. 

During that same period, maritime trackers also logged two other Russian commercial vessels—the Oslo Carrier 3 and Astrol-1—alongside the Russian Ropucha-class landing ship Aleksandr Shabalin operating in waters off Denmark.

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OpenAI Readies TikTok-Style App Powered Only By AI Videos

OpenAI is preparing a standalone social app powered by its Sora 2 video model, according to Wired. The app “closely resembles” TikTok with a vertical video feed and swipe-to-scroll, but only features AI-generated clips — users can’t upload from their camera roll.

Wired reported that Sora 2 will generate clips of 10 seconds or less inside the app, though limits outside the app are unclear. TikTok, which started with a 15-second cap, now allows 10-minute uploads. The app will also offer identity verification, letting Sora 2 use a person’s likeness in generated videos. Others can tag or remix that likeness, but OpenAI will notify users whenever it’s used — even if the video isn’t posted.

Wired adds the software will refuse some videos due to copyright, but protections may be weak. The Wall Street Journal reports rights holders must opt out to keep their content from appearing in Sora 2’s outputs.

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Google’s New Developer ID Rule Could Harm F-Droid, Says Open-Source Advocate

Google’s latest move to tighten control over the Android ecosystem is being met with sharp resistance from the open-source community.

Marc Prud’hommeaux, a member of the F-Droid board, has warned that the company’s proposal to require identity verification for all Android developers would effectively dismantle F-Droid.

He confirmed that the project is seeking regulatory review of the plan and urged both developers and users to press their governments to act before the policy takes effect.

Under the proposal, Android devices certified by Google would only accept apps registered by verified developers, even when sideloaded from outside the Play Store.

The rollout is set to begin next year. Google maintains that this system is needed to combat malware, claiming sideloaded apps carry “over 50 times more malware” than those obtained through its official marketplace.

According to the company, forcing developers to verify their identities would introduce accountability and shield users from fraud.

F-Droid operates on very different principles. The non-profit distributes only open-source software and has no user accounts, a design choice meant to prevent surveillance of its community.

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Why Were There Russian Drones Over Poland?

On September 10, at least 19 Russian drones entered Polish airspace. Polish F-16’s and Dutch F-35’s were scrambled with the assistance of Italian early warning AWACS aircraft and German Patriot systems. Four of the Russian drones were shot down in the first time missiles have been fired by NATO forces since the war in Ukraine began.

Polish President Donald Tusk said that “a line has been crossed” and that the “situation brings us the closest we have been to open conflict since World War Two”. Poland then invoked NATO’s Article 4, meaning that NATO leaders will meet to discuss the response. The violation of Poland’s airspace triggered a unified call for stronger European defense measures, with the defense ministers of Britain, France, Germany and Italy calling the Russian violation an unacceptable provocation. Ukrainian President Volodymyr Zelensky called for a strong reaction form Ukraine’s partners.

But the bellicose response bellies the far more uncertain reality that Westen intelligence does not even know if the Russian drones entered Polish airspace deliberately or accidentally.

The Russian Ministry of Defense says that, that night, they employed high-precision weapons and drones to strike “defense industry enterprises.” It added that “there were no intentions to engage targets on the territory of Poland.”

Several European leaders have said that the missiles were either an attack on Poland or an effort by Russia to probe Western air defenses and observe and measure the NATO response. The Russian statement is inconsistent with the first but, possibly, consistent with the second.

But there are three arguments against the claim that make it an unlikely explanation. The first is that, despite constant claims, there is absolutely nothing in the historical record that suggests that Russia is planning attacks on any European country outside Ukraine. The second is that Russia is winning the war and has nothing to gain at this point in drawing NATO into the fight. And the third is that the record of Putin’s statements make it clear that Russia went to war, in large part, to prevent Ukraine from joining NATO and to prevent the situation in Ukraine triggering a Russia-NATO war. It makes little sense that Russia would go to war in Ukraine to prevent a war with NATO only to use the war in Ukraine to cause a war with NATO.

Adding to the evidence against the drones being a Russian attack is that no targets were hit in Poland. It was originally widely reported that the roof of a house had been destroyed by an unidentified object, originally believed to be debris from a drone shot down by Polish air defense. However, it seems now to have been determined that the house was destroyed by an AIM-120 advanced medium-range air-to-air missile fired by a Polish F-16 fighter that experienced a guidance system malfunction. And, importantly, Polish Prime Minister Donald Tusk says that none of the drones were armed with warheads. “There is currently no evidence,” Tusk says, “that any of these drones posed a direct threat. So far, none have been identified as combat drones capable of detonating or causing harm.”

A second explanation has also been offered that the drone launch was not an attack on a European country but a warning to Europe delivered by drones against any plans for European forces in Ukraine. Though a credible interpretation, Poland would make an odd target. Though a leading supporter of Ukraine, Poland is one of the European countries that have made it clear that they will not be sending troops to Ukraine.

A third explanation, advanced by more than one analyst, based on unconfirmed photographs of some of the drones and unconfirmed stories that Ukraine was collecting downed Russian drones to innovatively reuse them, is that this was a false flag operation and that the drones were fired by Ukraine in an attempt to elicit a stronger NATO role in the war. In November 2023, despite analysis that found that a missile that had landed in Poland was fired, not by Russia, but by Ukrainian air defense systems firing at Russian missiles, Zelensky  called the missile strike a “Russian attack on collective security in the Euro-Atlantic,” alluding to NATO’s Article five. This explanation lacks sufficient evidence to be selected.

A fourth explanation that, despite public dismissals, is not being dismissed privately by Western intelligence is that the drones, targeted by routine Ukrainian GPS interference, wandered blindly into Polish airspace by accident. As U.S. President Donald Trump said, it “could have been a mistake.”

Generally speaking, there are two ways to electronically interfere with drones’ GPS to defend against them. Jamming is when another signal is transmitted on the same frequency, blinding the drone. More sophisticated and effective is spoofing, where a fake signal pretends to be the real signal but has slightly different information, making the drone think it is in a different position.

Polish authorities have insisted that the large number of Russian drones that entered their airspace rule out GPS interference: “When one or two drones does it, it is possible that it was a technical malfunction. In this case, there were 19 breaches and it simply defies imagination that that could be accidental.”

But that’s not true. Experts say that GPS interference can be general and not aimed at a specific drone, affecting all drones in that area. Alexander Hill, Professor in Military History at the University of Calgary told me that “drone jamming can be focused or otherwise, so could impact one or many drones over a given area depending on the type of jamming.”

CNN reports that senior U.S. officials and outside analysts say that “because the drones are often programmed in bulk and in attacks of this size, it’s logical that 19 or 20 might encounter Ukrainian electronic war defenses and respond identically.”

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Woke college says top AI position is only open to ‘disabled women and gender equity-seeking persons’

woke Canadian college will not hire men or or able-bodied women for its new federally funded $100,000 paying tenured-track artificial intelligence position.

Dalhousie University in Halifax, Canada, announced that their AI research chair opening is designated for individuals who self-identify as women with a disability or gender equity-seeking persons with a disability.

The posting does not explain what a gender equity-seeking person is, but it is believed to be someone who promotes fairness in the treatment of individuals based on their gender identity or expression.

The new hire will join the staff as an assistant or associate professor and supervise graduate students.

The posting described the job’s responsibilities:

‘They will propose an innovative and original program of research that seeks to develop artificial intelligence-based interventions for deployment in healthcare, especially,’ the listing then explained the areas of healthcare they would be researching.

Dalhousie explained that they are committed to ‘achieving inclusive excellence through continually championing equity, diversity, inclusion, and accessibility,’ in the About the Opportunity section. 

They encourage, ‘Indigenous Peoples of Turtle Island, persons of Black/African descent, and members of other racialized groups, persons identifying as members of 2SLGBTQIA+ communities, and all candidates who would contribute to the diversity of our community,’ to apply.

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NATO members say they’re confident, mostly coordinated on how to deal with Russian drone threats

If Russia again encroaches in NATO-member airspace, officials say they now have set expectations about how that nation will respond—and the list includes options from tracking the Russian aircraft to shooting them down.

Over the past week, NATO leaders have been working to bring more “coherence [and] synchronization across all of the air policing activities,” one senior military official told Defense One Saturday at the NATO military committee meeting here. However,  NATO members still have to work through issues around specific authorities and rules of engagement, the official said. “Some countries have some legal limits. Some countries have some administrative limits that they must get political approval for. But it’s all being smoothed out.”

Escalating Russian incursions have led to a variety of actions just this month, from shootdowns of Russian drones over Poland on September 10 to a NATO-led escort of fighter jets out of Estonia a little more than a week later. And top officials of NATO countries have promised swift responses. Poland, for instance, has said it will shoot down drones with or without NATO permission.

Adm. Giuseppe Cavo Dragone, chair of the NATO military committee, said the rules of engagement for how NATO members respond vary tremendously by the threat level of each incident, such as whether the drones or jets are known to be armed. The determination may come down to the pilot or reach all the way up to the NATO Supreme Allied Commander Europe. Rules of engagement are a “tool that can evolve as far as the threat is changing,” he said.

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