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“EXPOSED: IAEA’s MOSAIC – AI Espionage vs. Iran

Funded by the US and powered by #Palantir’s #AI, the International Atomic Energy Agency's (#IAEA) Modernization of Safeguards Information Technology (#MOSAIC) system turned nuclear inspections into predictive surveillance—erasing the line between oversight and military targeting.”

via New Rules on Telegram

@palestine
@israel

t.me/newrulesgeo/609

TelegramNew Rules🚨🇮🇷⚠️ EXPOSED: IAEA’s MOSAIC – AI Espionage vs. Iran Funded by the US and powered by Palantir’s AI, the International Atomic Energy Agency's (IAEA) Modernization of Safeguards Information Technology (MOSAIC) system turned nuclear inspections into predictive surveillance—erasing the line between oversight and military targeting. 📌 Espionage in Disguise The 2015 nuclear deal gave IAEA unchecked access to Iran’s facilities, funneling satellite data, sensors, and documents into MOSAIC’s AI. But leaks revealed: 🔸 Tracked scientists (risk of assassinations) 🔸 Scanned 400M+ digital objects (social media, satellites) 🔸 Justified 60+ snap inspections—later used as war pretexts 💥 Data Weaponized On May 31, the IAEA accused Iran of nuclear activity—12 days before Israel’s attack. IAEA chief Grossi later admitted: ❌ No proof of Iranian nukes Iran suspended cooperation, accusing IAEA of sharing intel with Israel. 🔍 Who Funds MOSAIC? 🔸 $100M+/year from US 🔸 Palantir’s biased AI (notorious for false flags) 🚀 The Real Goal? Was the 2015 deal always a Trojan horse for industrial espionage—feeding intel for assassinations and war? 🇮🇷 Iran Fights Back: 🔸 Removed IAEA cameras 🔸 Banned Grossi from bombed sites 🔸 Exposed IAEA’s "malign intent" ⚠️ Warning: Any nation under IAEA scrutiny risks fabricated evidence for regime change. Subscribe to @NewRulesGeo or follow us on X
#Press#Israel#Iran

Megatrend **#4** - Digital Twins: "With a digital twin, we don't just envision the future; we build it, test it, and perfect it, long before it ever touches the real world." - Futurist Jim Carroll

It's one of the most unappreciated but most powerful megatrends with a huge amount of potential. And you might not know it, but it's already being used all around you.

What's it all about? Think of it this way - it involves the creation of virtual replicas that allow for unprecedented simulation, optimization, and predictive capability, involving things like supply chains, buildings, manufacturing processes, and even surgery. in essence, we can figure things out before committing to doing those things. In that way, we can solve previously impossible problems, by testing and simulating them first.

Imagine being able to test out a big, expensive idea without actually building anything. Or fixing a problem in your factory before it even happens. Sounds like science fiction, right? It's not. It's happening right now, and it's changing how businesses operate.

What exactly Is a digital twin?

Think of it as a super-detailed virtual copy of something real. This "something" could be almost anything: a factory machine, an entire building, a complex supply chain, or even, as the quote suggests, a human organ. This isn't just a static picture, though. This digital replica is constantly updated with data from its real-world counterpart. So, if a machine in your factory starts to heat up, its digital twin knows it too, in real-time.

Digital twin technology is already being used in supply chains, building management and design, manufacturing, and more.

What's next? Advancements with personalized healthcare. Digital twins of human organs could allow doctors to test out different treatments for a patient's specific condition virtually, predicting the best course of action without any risk to the patient. Entire cities could have digital twins, allowing urban planners to simulate the impact of new infrastructure projects, traffic patterns, and even climate change scenarios.

Why does it matter? Because it gives us unprecedented simulation, optimization, and predictive capability. It's like having a crystal ball for your business or your project. By understanding how things will behave before we make big investments or take significant risks.

Oh, and one more thing.

This stuff is not theoretical. My oldest son is a UAV Practice Manager for a major firm and a GIS / geospatial mapping expert. In a proud dad moment, here's an article he just wrote on digital twin technology in the industry in which he works.

**#DigitalTwins** **#Simulation** **#Innovation** **#Technology** **#Optimization** **#Predictive** **#Virtual** **#Manufacturing** **#Healthcare** **#Future**

Original post: jimcarroll.com/2025/06/decodin

Research on prediction algorithm of effluent quality and development of integrated control system for waste-water treatment. #algorithm #predictive #wastewater #wastewatertreatment #ICS nature.com/articles/s41598-025

NatureResearch on prediction algorithm of effluent quality and development of integrated control system for waste-water treatment - Scientific ReportsResearch is implemented to protect the environment from an epidemic of chemical materials that could render living conditions hazardous. In order to efficiently use productivity while maintaining a constant and reliable level of waste quality, severe regulations regarding Waste-Water Treatment and Control Systems (WWTCS) must be adopted to mitigate the serious nature of water pollution and impure performance. Suboptimal treatment efficiency and use of resources are the results of the methods used for WWTCS, which are not highly susceptible to changing impact features and complex biological systems. The present study presented a prediction algorithm and an Integrated Control System (ICS) to address the problems of conventional methods. This research proposes a Deep Learning (DL) for the quality of wastewater prediction that employs a Quantile Regression-Random Forest (QR-RF) meta-learner when combined with Convolutional Neural Networks (CNN), Long Short-Term Memory (LSTM), and Gated Recurrent Units (GRU). The proposed method has been implemented into practice and tested at Asia’s Jiangsu Province Metropolitan Waste-Water Treatment Plant (WWTP). With a Root Mean Absolute Error (RMSE) of 4.76 mg/L for 24-h horizons and a Mean Absolute Error (MAE) of 0.85 mg/L for 1-h predictions, the proposed model outperforms conventional methods in terms of prediction accuracy. The ICS is superior to standard WWTCS by a vital error boundary, minimizing energy consumption by 17% and boosting chemical-based consumption optimization by 24%. With an average removal rate of 94.23% for Chemical Oxygen Demand (COD) compared to 88.76% for standard systems, the findings from experiments exhibited significant performance improvements.

Research on prediction algorithm of effluent quality and development of integrated control system for waste-water treatment. #algorithm #predictive #wastewater #wastewatertreatment #ICS nature.com/articles/s41598-025

NatureResearch on prediction algorithm of effluent quality and development of integrated control system for waste-water treatment - Scientific ReportsResearch is implemented to protect the environment from an epidemic of chemical materials that could render living conditions hazardous. In order to efficiently use productivity while maintaining a constant and reliable level of waste quality, severe regulations regarding Waste-Water Treatment and Control Systems (WWTCS) must be adopted to mitigate the serious nature of water pollution and impure performance. Suboptimal treatment efficiency and use of resources are the results of the methods used for WWTCS, which are not highly susceptible to changing impact features and complex biological systems. The present study presented a prediction algorithm and an Integrated Control System (ICS) to address the problems of conventional methods. This research proposes a Deep Learning (DL) for the quality of wastewater prediction that employs a Quantile Regression-Random Forest (QR-RF) meta-learner when combined with Convolutional Neural Networks (CNN), Long Short-Term Memory (LSTM), and Gated Recurrent Units (GRU). The proposed method has been implemented into practice and tested at Asia’s Jiangsu Province Metropolitan Waste-Water Treatment Plant (WWTP). With a Root Mean Absolute Error (RMSE) of 4.76 mg/L for 24-h horizons and a Mean Absolute Error (MAE) of 0.85 mg/L for 1-h predictions, the proposed model outperforms conventional methods in terms of prediction accuracy. The ICS is superior to standard WWTCS by a vital error boundary, minimizing energy consumption by 17% and boosting chemical-based consumption optimization by 24%. With an average removal rate of 94.23% for Chemical Oxygen Demand (COD) compared to 88.76% for standard systems, the findings from experiments exhibited significant performance improvements.

#Zoomposium with Dr. #Wanja #Wiese: “The #mathematization of #consciousness or can #mind be #simulated?”

I had been aware of Wanja Wiese for some time, as his name has often been mentioned in the context of the application of the #philosophical #concepts of “#predictive #coding/#processing” and the “#free#energy #principle” (#Karl #Friston) in connection with the elucidation of the constitution of consciousness.

More at: philosophies.de/index.php/2024

or: youtu.be/G6_O-QvDvNk

#Zoomposium mit Dr. #Wanja #Wiese: „Die #Mathematisierung des #Bewusstseins oder lässt sich #Geist #simulieren?“

Auf Wanja Wiese war ich schon seit Längerem aufmerksam geworden, da sein Namen häufig im Kontext zur Anwendung der #philosophischen #Konzepte des "#predictive #coding/#processing" und des "#free#energy #principles" (#Karl #Friston) im Zusammenhang zur Aufklärung der Konstitution von Bewusstsein gefallen ist.

Mehr auf: philosophies.de/index.php/2024

oder: youtu.be/G6_O-QvDvNk

#Zoomposium with Dr. #Wanja #Wiese: “The #mathematization of #consciousness or can #mind be #simulated?”

I had been aware of Wanja Wiese for some time, as his name has often been mentioned in the context of the application of the #philosophical #concepts of “#predictive #coding/#processing” and the “#free#energy #principle” (#Karl #Friston) in connection with the elucidation of the constitution of consciousness.

More at: philosophies.de/index.php/2024

or: youtu.be/G6_O-QvDvNk

#Zoomposium mit Dr. #Wanja #Wiese: „Die #Mathematisierung des #Bewusstseins oder lässt sich #Geist simulieren?“

Auf Wanja Wiese war ich schon seit Längerem aufmerksam geworden, da sein Namen häufig im Kontext zur Anwendung der #philosophischen #Konzepte des "#predictive #coding/#processing" und des "#free#energy #principles" (#Karl #Friston) im Zusammenhang zur Aufklärung der Konstitution von Bewusstsein gefallen ist.

Mehr auf: philosophies.de/index.php/2024

oder: youtu.be/G6_O-QvDvNk

with Dr. : “The of or can be ?”

I had been aware of Wanja Wiese for some time, as his name has often been mentioned in the context of the application of the of “ /#processing” and the “#energy ” ( ) in connection with the elucidation of the constitution of consciousness.

More at: philosophies.de/index.php/2024

or: youtu.be/G6_O-QvDvNk

mit Dr. : „Die des oder lässt sich simulieren?“

Auf Wanja Wiese war ich schon seit Längerem aufmerksam geworden, da sein Namen häufig im Kontext zur Anwendung der des " /#processing" und des "#energy " ( ) im Zusammenhang zur Aufklärung der Konstitution von Bewusstsein gefallen ist.

Mehr auf: philosophies.de/index.php/2024

oder: youtu.be/G6_O-QvDvNk