AI, robotics, drones, IOT devices and satellites integrated in Chinese agriculture

 

This blog article documents the rapid modernisation of Chinese agriculture through the integration of artificial intelligence and advanced robotics. National policy frameworks and financial investments are driving a shift toward precision farming, which utilises satellites, automated machinery like IOT devices, robots, self driving tractors and drones to enhance food security and sustainability. Beyond broad strategy, specific technological breakthroughs include humanoid robots capable of delicate tasks like tea-picking and AI systems that monitor livestock health and optimise crop yields. This digital transition aims to solve critical industry pressures, such as labour shortages, climate change, and the need for resource efficiency. Ultimately, the reports highlight China’s emergence as a global leader in smart agricultural innovation, positioning AI as a primary engine for rural revitalisation and industrial growth, particularly after the Western strategies have put a political and economic burden on China. The extreme and advanced level of control of the cultivation process is unique in today's world. As a result production levels have soared, while consumers are accurately informed about the vegetations' health by QR codes informing about the vegetation and life stock's history. Building such intricate and integrated systems is extremely complex, but Chinese coders and chip builders have succeeded in establishing it nonetheless, while these systems include the possibility for future improvement. Such an advanced configuration does not exist anywhere else on the planet.

Next to drones and IOT detectors, China uses satellites
to feed AI systems to optimise agricultural cultivation

How is AI helping China achieve its food security goals?

AI is a cornerstone of China's agricultural modernisation strategy, specifically designed to address the challenges of a large population and limited arable land to ensure national food security. By maximising the efficiency of existing farmland, AI allows China to pursue self-sufficiency through precision management, integrated technological innovation and allowing customers to see the important aspects of the entire production process through blockchain. Also China is anticipating the impending demographic decrease of labour forces by automating as many aspects in the industrial sector as possible to keep its production levels on par with the demand.

AI contributes to China's food security goals through the following primary mechanisms:

• Precision Resource Management: AI and big data analytics enable precision farming, which optimises inputs like water, fertiliser, and pesticides to boost yields and reduce waste. For instance, digitised greenhouses in Shouguang use AI-monitored systems to save 40% of water and a 30% reduction of fertiliser, while increasing vegetable production by roughly 5%.

• Mitigating Labour Shortages: As the rural workforce ages and migrates to cities, AI-powered autonomous robots and drones fill the labour gap. Drones are used for precision spraying and seeding, while specialised robots now perform delicate tasks such as picking tea leaves and tapping rubber trees.

• Pest and Disease Control: AI systems, such as the 'Tian-zhi-1' project, combine satellite remote sensing with AI to predict the spread of pests and diseases. This allows for proactive prevention, as demonstrated when the system successfully forecast a rice planthopper outbreak in 2019, thereby safeguarding food supplies.

• Smart Breeding and Genetics: AI-assisted gene editing and big data analysis allow scientists to identify key genes for high-yield, drought-resistant, and disease-resistant crop varieties. Some AI-driven breeding projects have reported speeding up crop development by up to 400%, which is ab absolutely huge increase.

• Vertical Urban Farming: To overcome land constraints, China is pioneering vertical 'plant factories' and 'farm scrapers'. The 51-story Jian Mu Tower in Shenzhen, for example, integrates a vertical hydroponic farm designed to produce enough food to support 40,000 people annually, on a significantly smaller ground area surface.

• Livestock and Aquaculture Monitoring: AI cameras and sensors monitor the health, weight, and behaviour of livestock and fish to prevent disease outbreaks and optimise feeding. This ensures a stable supply of animal protein while reducing economic losses from mass mortality.

These efforts are supported by a robust national policy framework, including the Smart Agriculture Action Plan, which aims for more than 30% of agricultural production increase to be led by information-driven systems by 2026. Infrastructure investments, such as 5G-enabled unmanned farms, provide the high-speed connectivity needed for real-time remote monitoring and automated machine operation. Acknowledging the role of private industry, the government also encourages social capital investment and partnerships with tech giants like Alibaba, JD.com, and Huawei to accelerate these breakthroughs. China works towards an integration of all involved systems and has already succeeded in accomplishing a large part of this strategy. System integration will make faster adequate intervention possible, in which the experience of all growing facilities is incorporated to make the right decisions at the right time.

Information about the 51-story vertical farm in Shenzhen.

The 51-story vertical farm in Shenzhen, known as the Jian Mu Tower, is designed to be the world's first 'farm scraper,' a 218-meter-high building that integrates large-scale urban agriculture directly into its structure. Located on the final available plot in Shenzhen's Central Business District, the tower merges office spaces, a supermarket, and a food court with a vertical hydroponic farm that extends the entire height of the building's façade, which is compliant with the country wide optimalisation of logistic aspects that allows faster and optimised production.

Key features and capabilities of the Jian Mu Tower include:

• Food Production and Sustainability: The tower features 10,000 square meters of space on its façade dedicated to crop cultivation. It is estimated to produce roughly 270,000 kilograms of food per year, which is enough to support the needs of approximately 40,000 people. This design creates a self-sustained food supply chain where crops are grown, protected against pests, disease and bad weather, harvested, sold, and consumed all within the same building.

• AI-Managed Farming: The farm's daily operations, including managing irrigation and nutritional conditions for crops such as salad greens, fruits, and aromatic herbs, are overseen by an AI-supported 'virtual agronomist'.

• Environmental Benefits: Beyond food production, the vertical farm provides solar shading, which reduces indoor solar irradiance and the subsequent need for air conditioning and a greater water supply. The building also utilises a sustainable irrigation system that profits from Shenzhen’s abundant precipitation to water a variety of flora on landscape terraces, including water lilies, ferns, and lychees.

• Design and Symbolism: Designed by Carlo Ratti Associati (CRA), the tower's name is inspired by the mythical 'jian mu tree', which in ancient Chinese folklore connects heaven and earth. Its architectural form mirrors this symbolism, featuring a rectangular base that gradually morphs into a tubular form as it rises.

• Tenant Experience: The tower offers 90,000 square meters of space and integrates double-height gardens into its interior to immerse office workers in a natural setting. Additionally, tenants can use a mobile app to customise the micro-climatic conditions of their specific office spaces.

The project was envisioned for an international competition organised by the Chinese supermarket chain Wumart and involves collaborations with companies like ZERO, which specialises in innovative hydroponic farming systems. So, instead of supplying false information to consumers – as often is the case in Europe and the US, this is the proper way to inform them correctly. This probably stems from the awareness in the Chinese government that its labour force must be healthy and intelligent.

Chinese farmers turn a rocky
mountain into farm land

How does the virtual agronomist manage the crops?

Humanoid robots like Xunxiao navigate the complex and unstructured environments of tea gardens using a sophisticated navigation system based on high-precision 3D fusion technology. This technology allows the robot to create real-time three-dimensional maps of its surroundings, enabling it to identify and negotiate obstacles such as stairs, slopes, and perforated surfaces.

Key technical aspects of its navigation and operation include:

• Precision Positioning: Even in crowded or complex spaces, Xunxiao maintains positioning accuracy within 0.5 centimetres.

• Embodied Intelligence: Developed by the Youibot-XJTU research institute, the robot combines vision-language models with specialised expert systems to determine pest and ailments in an early stage. This allows it to handle the 'long task chains' and flexible operations required in non-structured environments that traditional industrial robots cannot manage.

• Precise Interaction: This navigation and vision system enables the robot to move delicately through gardens, using its robotic arms to select and pluck only the freshest tea buds with surprising precision.

Beyond tea gardens, this advanced navigation and 'embodied intelligence' framework allows the robot to be repurposed for other complex tasks, such as inspecting power equipment or warehouse sorting, without requiring hardware modifications.

An AI controlled driverless tractor
plowing a farm field in China

What other tasks can the Xunxiao robot perform besides tea picking?

The Xunxiao humanoid robot is designed as a versatile 'embodied intelligence' system that can be deployed for various complex assignments beyond tea picking without requiring hardware modifications when switching between tasks.

According to the sources, the Xunxiao robot is capable of performing the following additional functions:

• Power Equipment Inspection: The robot can also be used to inspect infrastructure in the energy sector, that is part of a larger system to balance energy consumption between energy sources in that system.

• Semiconductor Precision Operations: It is capable of handling delicate tasks within the high-tech manufacturing of specialised semiconductors.

• Intelligent Warehouse Sorting: The robot can manage logistical duties such as sorting items in warehouses and determine the time to harvest.

These capabilities are made possible by the robot's combination of vision-language models and specialised expert systems, which allow it to handle 'long task chains' and flexible operations in non-structured environments. Its advanced navigation system also supports these tasks by creating real-time 3D maps and maintaining positioning accuracy within 0.5 centimetres, even in crowded or complex settings.

Fully automated AI controlled
rubber tapping robot in China

How do rubber-tapping robots solve labour shortages in Hainan?

In the southern island province of Hainan, smart rubber-tapping robots solve labour shortages by automating the physically demanding and precise task of harvesting rubber latex. These self-navigating robots are designed to move through plantations independently, identifying individual rubber trees and approaching them with pinpoint accuracy, long before humans detect that intervention is necessary. Once in position, the robot extends its robotic arm to execute a precise cutting motion on the tree trunk to facilitate the flow of rubber.

This technology is a critical component of China's broader agricultural strategy for several reasons:

• Priority Innovation: The Chinese government has officially identified rubber-tapping automation as a major priority for high-quality AI applications in the economic sector.

• Filling the Labour Gap: These robots serve as a sought-after alternative in areas facing significant shortages of skilled manual workers.

• Embodied Intelligence: These systems represent a shift toward 'embodied artificial intelligence', which combines advanced AI models with physical robotic capabilities to handle complex, unstructured tasks that traditional machinery cannot manage.

• Precision and Efficiency: By using high-precision technology, these robots can operate with a level of accuracy that ensures the health of the tree in order to maintain production efficiency.

• Keeping its population healthy, meaning the work force as well as the consumers, that for a large part concerns its domestic market.

• Logistic coherence, making sure as many as possible suppliers are located in China, preferably at the same location as the factories, to cut out the costs of the middle man and imports from abroad.

How do robots accurately identify rubber trees and cut them?

Rubber-tapping robots in China, particularly those deployed in the southern island province of Hainan, achieve accurate and timely identification and determine harvesting time through a combination of autonomous navigation and high-precision mechanical control.

The process works as follows:

• Autonomous Identification and Navigation: These robots are self-navigating systems that move through plantations independently. While the sources do not explicitly detail the internal sensors of the specific rubber-tapping model, they highlight that this new generation of versatile agricultural robots utilises high-precision 3D fusion technology to create real-time three-dimensional maps of complex, unstructured environments. This allows the system operators to approach individual rubber trees and assess with pinpoint accuracy if action should be undertaken.

• Precise Cutting Execution: Once the robot is correctly positioned at the tree, it extends a specialised robotic arm to execute a precise cutting motion on the trunk. This automation is designed to handle the delicate task of facilitating rubber latex flow, a job that traditionally requires skilled manual labour.

• Embodied Artificial Intelligence: These capabilities are part of China’s push into 'embodied intelligence,' which combines vision-language models with specialised expert systems. This technology enables robots to manage 'long task chains'.

• Perform flexible operations in environments that traditional industrial robots find too complex to navigate. This requires complex coding that has not yet been established outside of China.

The development of these robots is a strategic priority; the Chinese government has officially identified rubber-tapping automation as a major goal for high-quality AI applications to solve labour shortages and modernise the economic sector, while elevating production. Controlled cultivation results in water and energy saving, while preventing the spread of pests and ailments.

AI controlled multi level
indoor farming in China

How does AI-assisted gene editing speed up crop development?

AI systems predict the spread of crop pests by integrating multi-source data collection with advanced analytics to create early warning models - detecting leaf and root colours and soil moisture levels. These systems move beyond simple detection to forecast outbreaks based on environmental trends and biological patterns.

According to the sources, the prediction process involves several key technological layers:

1. Data Collection and Remote Sensing

• Satellite and Remote Sensing: Projects such as 'Tian-zhi-1' combine satellite remote sensing with AI to monitor vast areas and predict how pests and diseases will move across regions.

• Drones and High-Resolution Imagery: Drones capture high-resolution horticultural maps and real-time data on pest distribution, providing the visual input necessary for AI models to assess current threats.

• IoT and Ground Sensors: Field-deployed sensors monitor environmental factors that influence pest life cycles, such as temperature, rainfall, soil moisture, and mineral levels.

• Specialised Robotic Monitoring: In regions like Sichuan, autonomous robots inspect fields using black light cameras and built-in AI to flag pests that might not be easily visible to the human naked eye.

2. Analytical Models and Forecasting

• Big Data and Machine Learning: Platforms like JD Farm utilize machine learning and big data analytics to process collected environmental data to continuously guard cultivation efficiency. These systems analyse historical patterns and current trends to forecast crop growth and potential pest outbreaks.

• Integrated Platforms: Systems such as Microsoft's Azure Data Manager for Agriculture or Alibaba's ET Agricultural Brain integrate diverse data—including satellite imagery, weather forecasts, and soil data—into a single model to support intelligent decision-making and predictive alerts.

• 'Virtual Agronomists': In urban vertical farms like the Jian Mu Tower, AI-supported 'virtual agronomists' manage the day-to-day operations, including monitoring for conditions that could lead to pest issues.

3. Early Warning and Proactive Prevention

The primary goal of these systems is to shift from reactive treatment to proactive prevention.

• Outbreak Prediction: In 2019, the "Tian-zhi-1" system successfully predicted an outbreak of rice planthopper in Yunnan Province, allowing farmers to take preventive measures before significant damage occurred.

• Early Alert Systems: Based on AI analysis, farms can deploy early warning systems that alert farmers to impending risks, helping to minimise crop losses and reduce the overall volume of pesticides needed by targeting only high-risk areas.

• Adapting to Shifting Patterns: Research initiatives, such as those by Google's Alphabet X, focus on helping farmers adapt their practices to shifting pest patterns caused by climate change.

Information about the Tian-zhi-1 project.

The Tian-zhi-1 project is a pioneering Chinese initiative that combines satellite remote sensing with artificial intelligence to enhance agricultural monitoring and food security. It is designed to provide high-performance, on-orbit intelligent computing and real-time services, utilising space-based large-scale computing power to analyse agricultural data.

Key features and achievements of the project include:

• Pest and Disease Prediction: The primary application of Tian-zhi-1 is to predict the spread of crop pests and diseases. By analysing satellite data with AI, the system identifies potential outbreaks before they happen, allowing farmers to take proactive, preventive measures rather than simply reacting to damage.

• Success in Yunnan Province: In 2019, the project demonstrated its practical value by successfully forecasting an outbreak of rice planthopper in Yunnan Province. This early warning was instrumental in reducing crop losses and safeguarding the local food supply.

• Technological Sophistication: The project represents a shift toward intelligent remote sensing, where data processing happens on the satellite itself (on-orbit) to provide faster, more actionable insights for farmers and decision-makers.

• Impact on Food Security: By providing a technological 'early warning system,' Tian-zhi-1 helps minimise the environmental and economic impact of pests, contributing to China's broader goal of agricultural modernisation and self-sufficiency.

How does the Tian-zhi-1 project use intelligent remote sensing?

The Tian-zhi-1 project utilises intelligent remote sensing by integrating satellite data with artificial intelligence to predict the spread of crop pests and diseases. This system represents a technological shift toward on-orbit intelligent computing, which allows for high-performance processing directly in space.

Key aspects of how the project uses this technology include:

• Real-Time Actionable Insights: By leveraging space-based, large-scale computing power, the project provides real-time services. Processing data on-orbit rather than sending all raw data to Earth first allows for faster delivery of critical information detection to farmers.

• Proactive Disease and Pest Management: The system moves beyond simple detection to forecast outbreaks before they happen. This capability was demonstrated in 2019 when it successfully predicted a rice planthopper outbreak in Yunnan Province, allowing farmers to implement preventive measures that safeguarded food security.

• Support for Agricultural Modernisation: As part of China's broader policy to integrate AI into various industries, Tian-zhi-1 serves as a foundational example of integrated remote sensing networks used for agricultural monitoring and data-driven decision-making.

By providing this technological 'early warning system,' the project helps minimise environmental and economic impacts while contributing to national food security goals.

Information about JD Farm's AI agricultural practices

JD Farm, an initiative by the e-commerce giant JD Group, leverages big data, the Internet of Things (IoT), and AI to drive the digital transformation of Chinese agriculture. Centred on the philosophy of 'ecological agriculture, healthy dining,' the project focuses on establishing modern agricultural bases through scientific planting, standardised production, and efficient logistics.

JD Farm’s practices are categorised into four primary areas:

1. Precision Farming via Digital Modelling

JD Farm creates a digital model of farmland to manage the entire lifecycle from planting to harvest.

• Remote Sensing: Satellites, drones and IOT detectors capture high-resolution imagery to provide real-time data on crop growth, soil moisture, and pest distribution.

• Soil Monitoring: Sensors monitor temperature, moisture, and nutrient content, providing the scientific basis for accurate fertilisation and irrigation.

• Smart Machinery: This data integrates with intelligent machinery to perform precise planting and variable-rate fertilisation, which maximises resource use and promotes sustainability.

2. Intelligent Management and Forecasting: 

The farm utilises a comprehensive data network to monitor and control crop environments in real time.

• IoT Sensor Networks: Sensors installed in fields collect environmental data such as light, humidity, temperature, and carbon dioxide levels.

• Predictive Analytics: Using machine learning and big data, JD Farm analyses this data to predict pest and disease outbreaks and track growth trends.

• Early Warning & Automation: These systems provide farmers with alerts to take preventive actions. Additionally, intelligent control systems can automatically adjust conditions in greenhouses to optimise production.

3. Efficient Operations and Traceability

JD Farm integrates technology across the entire supply chain to ensure quality and efficiency.

• Blockchain Traceability: Blockchain records information at every stage—planting, processing, and transport—to ensure data transparency and immutability. Consumers can scan QR codes on products to access this full history.

• AI Logistics: JD’s logistics network uses AI algorithms to optimize delivery routes, ensuring products reach consumers quickly while minimising transport losses.

• Market Analysis: Big data is used to analyse market demand, which helps optimise inventory management and production planning.

4. Livestock Monitoring:

Beyond crop production, JD Agriculture (part of JD's broader agricultural efforts) applies AI to animal husbandry.

Chinese customers check
food history with QR code on
the spot in markets and shops

What data can customers see by scanning the QR codes?

AI Cameras: In pig farms, AI-powered cameras monitor animal weight, behaviour, and health and Disease Control: The system automatically alerts staff if abnormal behaviour is detected, allowing for timely medical intervention and preventing the mass spread of disease.

How does blockchain ensure traceability in JD Farm's products?

Blockchain ensures traceability in JD Farm's products by creating a transparent and unalterable record of a product’s journey throughout the entire supply chain, from 'farm to table'.

The system achieves this through the following mechanisms:

• Comprehensive Recording: Blockchain is applied across every stage of the lifecycle, including planting, processing, transportation, and sales. Data is recorded at each step to document the product's history.

• Data Immutability and Transparency: A core feature of blockchain is that it ensures data transparency and immutability. Once information is entered into the system, it cannot be changed or falsified, which guarantees the integrity of the data regarding the product's origin and handling.

• Consumer Access via QR Codes: Consumers can verify this information by scanning QR codes on the product packaging. This allows them to access the full history of the item - such as the specific planting site, the amount of pesticides used, and the conditions during transport - which significantly enhances customer trust in the quality and safety of the food.

By integrating blockchain with other technologies like AI and the Internet of Things (IoT), JD Farm facilitates a more transparent and precise decision-making process for consumers, suppliers, and business partners alike.

How does JD Farm use AI to monitor livestock health and optimise delivery routes?

By scanning QR codes on agricultural products, customers can access detailed traceability and quality data intended to verify food safety and build consumer trust.

According to the sources, the specific data available to consumers includes:

• Origin and Planting Site: Information detailing exactly which farm or planting site the product came from.

• Chemical Usage: Records of how much pesticide was used during the cultivation process.

• Full Production Lifecycle: The ability to trace the entire process from the initial breeding and planting stages through processing and transportation.

• Quality and Maturity Assessments: Data regarding the safety, quality, and maturity of the produce, often verified by machine vision systems.

This system is frequently powered by blockchain technology, which ensures that the recorded information is transparent and cannot be altered, providing a reliable "farm to table" history for the consumer.

The future of Chinese agricultural transformation

What is the Smart Agriculture Action Plan (2024–2028)?

The Smart Agriculture Action Plan (2024–2028) is a strategic initiative introduced in October 2024 by China's Ministry of Agriculture and Rural Affairs (MARA) to modernise the nation's agricultural sector through digital and intelligent technologies,. It serves as a coordinated policy framework designed to leverage existing projects and resources to accelerate the transition from traditional to smart farming.

The plan outlines several key objectives and implementation strategies:

Core Objectives

• Intelligent Transformation: The plan seeks to promote the intelligent transformation of the entire agricultural production chain, moving beyond isolated technologies to integrated, data-driven systems.

• Advanced Robotics and Machinery: A primary focus is advancing the practical application of smart agricultural machinery and agricultural robots. This includes technologies for specialised tasks like orchard weeding, precision crop protection, and livestock management.

• Demonstration Zones: The initiative aims to establish smart agriculture demonstration zones to test and showcase high-efficiency farming models.

Implementation and Support

• Infrastructure and Funding: To improve smart agriculture infrastructure, the plan aims to integrate various funding channels and encourage the participation of social capital.

• Technological Breakthroughs: The plan prioritises accelerating breakthroughs in critical areas, including the development of agricultural sensors, specialised chips, core algorithms, and large-scale AI models.

• Information-Driven Target: Under this broader national strategy, the government expects more than 30% of its agricultural production to be led by information-driven systems by 2026.

This action plan is supported by a network of 34 innovation labs and 35 IT laboratories dedicated to smart agriculture, spearheaded by the Chinese Academy of Sciences to ensure groundbreaking advancements are fostered across various provinces. The Chinese government is well aware of the fact that China's demographic development forces it to keep its population well fed and as healthy as possible to maintain and extend its leading role in the development of a multitude of programs on a global scale. Automated AI control of this major human life prerequisites therefore has a very high priority. Polymaths and specifically engineers are the base of policy makers and implementers, while centralised coordination oversee the big picture to increase efficiency to elevated levels never seen before elsewhere in this world. Lawyers operating in these positions outside of China, waste too much time on planning, regulations and certifications, that slow down the decision making progress dramatically, assuming that they succeed at the risk of grinding to a halt in endless meetings and red tape, before anything substantial can take place.

Russia and China let nature cool AI data centres

 

Cooling AI data centers exceeds the energy requirement of most large cities. Plans are considered to build nuclear power stations to supply their energy. Russia and China have found different solutions than are discussed in the west: Russia has built AI data centres in Siberia and China places them on the bottom of the ocean to cool down the servers. Both ways are very efficient, while cooling the data centres can be achieved at minimal cost. Probably the Russian solution makes servicing and expanding the data centres somewhat less difficult and cheaper, because the data centres can be reached over land, while Siberian temperatures are 40 degrees below zero (in degree Celsius) 9 months of the year. Russia's hydro power generation takes place east of the Ural mountain chain, not too far from where the data centres are placed, so cheap required additional power will not encounter many difficulties.

One of Russia's hundreds of AI data centre in Siberia

However, the Chinese solution to cool data centres relies on the coolness of ocean water all year long. There are even plans under way by the two countries to collaborate in operating efficiently cooled data centres, which would theoretically perfectly fit within the cooperation framework of the BRICS alliance. Russia and China have recently begun to make cross border traffic a lot easier, which will develop in favour of collaboration in many respects. The west is increasingly falling behind in AI development compared to China, after already threatening to lose the chip war, as well as in the quantum computer race. In addition Taiwan's top ranking chip engineers are moving to Shenzhen in increasing numbers, which means that the very top of the computer industry definitely is developing in favour of China, while the west is strangled in numerous meetings, disorderly and costly supply logistics, that consume more money than the extremely structured logistic strategy often (partly) funded by China's government subsidy programs.

How China cools its data centres
Project Overview: China has been deploying innovative underwater data centers to support the growing demands of artificial intelligence for data. Their submerged facilities are designed to store large numbers of servers in sealed, pressurized steel capsules placed on the ocean floor.

Location and Depth: The projects are located in various spots, including off the coast of Hainan and near Shanghai. Depending on the specific site, these modules sit at varying depths, with some reports mentioning approximately 35 to 40 meters (around 115 feet) below the surface.

Technological Goals: The primary driver for placing these data centers underwater is energy efficiency. By utilizing the cold seawater, the system benefits from natural cooling, which significantly reduces the energy consumption typically required by land-based data centers to keep servers from overheating.

Scale and Scope: There are reports of significant deployments, including references to 1,300 tons of AI server infrastructure, with some sources citing even higher figures like 2,000 servers. This is part of a broader trend to leverage sustainable energy sources, such as wind power, to run these facilities. A logical thing to investigate would perhaps be to use energy supplying systems that are driven by ebb and flow, since they could be placed nearby the data centre.

Operational Status: The search results indicate that some of these commercial underwater data centers have already gone live as of May 2026, marking a significant step from experimental concepts to real-world infrastructure at significantly lower energy consumption cost.

China's AI data centre on the ocean floor, powered by wind energy

How Russia cools its AI data centres
One of the advantages of Siberia is its freezing cold and the nearby abundant hydropower is extremely cheap - while permafrost temperatures of minus 40 degrees Celsius are perfectly suited to cool hot computer server equipment. The Kremlin is planning to turn the frozen wastes of its mythical tundra into one of the biggest AI data hubs on the planet and China has already signed up to be a customer.

In the mountain valleys of Siberia, thousands of kilometres from Moscow's main technical centres, a new economy is quietly assembling itself. The region that for a century exported coal, oil and timber is now exporting something less tangible, that is increasing its volume at great pace: sustainable computing power.

Russia has 194 commercial data centres, according to industry data, and until recently 85% of those were stationed in Moscow. Those figures are changing. Siberia and Russia's Far East now account for more than 15% of the national data centre footprint - and the measure is accelerating, driven by a combination of geography, energy economics and geopolitical alignment that is attracting significant Chinese corporate interest.

The fundamental proposition is simple. Cold air cools servers. Siberia has cold air for eight to nine months of the year. Data centres in hot and humid southern China spend significant resources on active cooling systems that consume additional energy and reduce overall power efficiency. In Siberia, nature provides the cooling for free for the majority of the calendar.

One lane inside a Siberian AI data centre

The energy generation oversight
The electricity price advantage is where the Siberian proposition becomes most compelling. In Russia's Far East special economic zones, electricity costs between $0.045 and $0.065 per kilowatt-hour. Russia’s landscape beyond the Ural mountains is crisscrossed by large rivers in which numerous hydropower dams were built in Soviet times to power the so-called mono-city natural resource based habitations, but not a lot of other activity is taking place there.

Eastern China's equivalent cost of electricity is approximately two to two and a half times higher. The consequence for operational economics is significant: running a 10 megawatt server farm costs approximately $475,000 per month in Siberia, compared with over $1.1million per month in Shanghai for an equivalent measure of supply of electrical power.

That gap matters enormously in a business where electricity is the dominant operational cost. Data centres globally are estimated to account for 1 to 5% of total electricity consumption, and as AI workloads have grown more intensive - requiring high-performance computing clusters running continuously for model training. 

The US and European markets are grappling with electricity prices driven upward by the Iran war's disruption to global energy supply and US sabotage of the Nordstream gas pipe, while Siberia's grid is largely fed by large hydroelectric dams that operate completely independently of fossil fuel markets. This has fueled multinational corporations to investigate if Siberia is a low cost locality suitable to build their AI data centres.

Russia freed up an estimated 1.5 to 2 gigawatts of electricity capacity in Siberia and the Far East by cracking down on illegal cryptocurrency mining, which had been consuming between 2.5 and 3 gigawatts - primarily in these regions - before enforcement action was intensified. That freed capacity is now being redirected toward cooling the servers that process the legitimate data centre infrastructure, with cleaner provenance and state support.

Your brain processes your view of reality

 

This article is riddled with links, since it contains quite a complex matter of how humans experience reality and whatever it intends to mean. Reality is a simulation. Physics, neuroscience, and mathematics all point to the same conclusion: you are inside a constructed system, designed to be invisible from within. Matter does not exist until observed. Your brain deletes 99.9% of incoming data before you see anything. Your memories rewrite themselves every time you recall them. The double slit experiment proved particles choose a state only when measured. The quantum eraser proved that removing information is capable of reversing any choice you made. Wheeler's delayed choice experiment proved the present rewrites the past. The Planck length and Planck time reveal a universe with a minimum pixel and a fixed frame rate. The holographic principle proves three-dimensional space is projected from a flat surface. Many physical constants are fine-tuned to tolerances that cannot be explained by chance. Bostrom's simulation argument leaves no fourth option. Hoffman's fitness-beats-truth theorem proves evolution built your perception to hide reality, not reveal it. Gödel's two incompleteness theorems prove no system can fully describe itself from inside. The cage is real. The bars are mathematical. And you were built not to see them.

The brain receives 11 million data and shows us imagery based on only 4 million

The above paragraph is information flooded and difficult to casually digest, but below are some examples that may give you some more insight to what is contained in the previous paragraph. It loosely reflects a part of a Youtube video that contains in its description that there is some sort of a code behind the way in which humans experience 'reality', which completely is NOT what most of us tend to think. It utterly destroys the old saying 'Seeing is believing' beyond repair. That was coined by someone that was unaware of the way the human brain works or by one that actually does, but wants human beings to remain separated from what actually goes on in mankind's skull. Both are assumptions of course, but assumptions may rank among the most dangerous cerebral activities that have the potential to lead to misinterpretations that go on around and inside of us for reasons that may go all the way back to the Gnostic lore of old days. And even those texts have no direct relation to what advanced and fringe have unveiled. So, here we go:

Karl Friston conceived the Predictive Coding perspective while being in the University College London in 2006. Research subjects were shown basket ball players passing the ball and were asked how many passes they gave. Then they were shown the same videos, but in the middle of them a man dressed in a gorilla suit appeared for 9 seconds that beat his chest and then disappeared. None of the test subjects recalled seeing the gorilla. It was as if the brain said: I already know this and erased the gorilla. The brain deletes what it does not consider to be significant and those data are not stored in memory. That literally shapes our opinion about reality, which may significantly differ from what scientists actually measure. On average 11 million signals received y the retina of which 4 million are processed; the brain filters out more than half of the data that enters the brain! The difference is constructed by what the brain expects and what it has got.....

Information on the 'Rubber Hand Illusion', which appears to be the actual topic related to these types of neurological experiments. Here are the key points regarding that phenomenon: What it is: The Rubber Hand Illusion is a classic experiment used in neuroscience to study body ownership. It demonstrates how easily the brain’s perception of the body can be manipulated.

The Procedure: A participant’s real hand is hidden from view while a realistic, fake rubber hand is placed in front of them. The researcher then strokes both the hidden real hand and the visible fake hand simultaneously.

The Brain's Reaction: Because the visual input (seeing the fake hand being touched) matches the tactile sensation (feeling the touch on the real hand), the brain often becomes convinced that the rubber hand is actually part of the person's own body.

Physical Consequences: Some research indicates that this illusion is so potent that it can cause measurable physiological changes, such as a drop in the temperature of the participant's real, hidden hand.

Significance: This experiment serves as a way for scientists to explore the "malleability" of our sense of self and how visual capture works in the human brain.

Following up on this Rubber Hand Illusion, in Denmark a plastic mannequin was shown to an observer. The brain does not distinguish between who a person is and what is shown to him or her. What was done to the mannequin the observer felt and became aware of. The brain makes no distinction. The part - the hand - or - the entire body - the mannequin makes no difference; the brain processes reality and the test person can not distinguish between who (s)he is and what (s)he sees happening to the outside mannequin subject, that undergoes imposed actions to a subject separate from the observer. The brain does not only process what we see, but also influences our feelings and as a result our decisions. 'Seeing is believing' depends on how and for what reason the brain processes reality before passing it on to our awareness and hence affecting what we perceive and decide.

In an fMRI scan research conducted by John-Dylan Hayne in which it was measured that the prefrontal motor cortex prepared actions a varying period of time of up to 15 seconds (!) before the actions were carried out by the research subject. The fact was prepared long before the action was taken, leading to the question who or what did in fact made the choice? Supposedly the brain decides when to act or not. The latter can delay or put off the motion, which means humans have the capacity to veto a brain induced action. The brain always processes data to make a decision, but the veto is an option that people have. This thin sliver of intervention is our only option to block the preparatory processing of the brain. The intervention however, is generated by the brain as well - the brain telling the brain to stop filtering and processing..... So, to arrive at the decision to veto, people have to make use of their brain as well, regardless if the decision to veto was triggered by a logical reasoning or by an intuition driven impulse.

Benjamin Libet made the subjects  jump off a virtual 30 metre elevation to find out if they were able to say how long they felt an experience lasted. In their fear induced fall that lasted 3 seconds, the test subjects recalled the event lasted 8 seconds as if time slowed down in the density of the moment of overwhelming fear. But those merely were their feelings, because time did not slow down. What they felt during the research has caused them to recall that it took more time than the event actually did. So, the time we feel, is not the amount of time it took for an event to end. The brain can assign a much longer (or shorter) time to experienced events or even completely erase them, including the length of time for them to occur, from memory. What is left is our processed recollection stored in our brain of what it tells us that took place and how long events lasted, that probably will affect our decision making process.

I will leave it at this, since there are a shedload of experiments that show that what humans think that happened, is an image processed and filtered by the brain, in which events are increased or decreased in time or erased from memory. In addition the information that is contained in the links on this page require enough of the reader's time to absorb. But remember, what you think you see, is not what you must have seen when no processing or filtering has taken place most of the time. The brain processing filter is able to alter or remove whatever data it thinks is necessary for our consciousness. Reality is as fluent as linear / cyclical time is and for that matter every parameter known in physics. We can only be absolutely certain of the fact that nothing is certain, not just as a result of the human brain's activity, but also because of the endless fluency of the quantum field that includes every extreme possibility and everything in between them to an extent that lies far beyond the scope of human beings to understand.

Gasification of coal is good for the environment

While the UK, Germany, France and the US are busy waging wars and threatening to start new wars, with money they do not have, critical minerals and energy that they lack or do not have at all, under command of wonky political leaders that have a funny farm compliant negative IQ. Meanwhile, China seems to have an infinite source of innovative ideas, the capability to rapidly transform those ideas into a high paced production, with  the brain power required to propel advancement, funds and energy that they actually have. Since the US and Israel attacked Iran without warning, murdering its leaders, scientists and innocent school girls, China continues to unsettle the world with never before considered solutions to resolve problems that have obstructed progress, because no one in the west bothered to do something about their flaws and increasingly decreasing possibility to speed up ways to tackle their existing shortcomings. In the final paragraph of my previous blog I mentioned Chinese innovations that actually improve structures and applications with which the world has struggled for a continuously extending time in spite of the fact that changing circumstances make them more necessary than ever every day. This reflects a global development that should worry every person that has more than two properly functioning brain cells, but so far the affluent psychopaths in charge have not encountered opposition against their self destructive plans, that should keep any sane person awake at night.

Products besides hydrogen that are derived from the gasification process to be used for other products

Coal commonly is infamously notorious for causing severe environmental pollution, but the energy source still is widely used, predominantly in the global south. Treating coal in a never before seen was, may result in environmental benefits and results in energy production that suits the demand of energy of manufacturing facilities. In a process that is called gasification coal in which coal is treated with oxygen and steam. Inside the gasification chamber the temperature is so high, that a plasma is generated. The oxygen in this extremely hot chemical reaction with coal, recombines with carbon and produces carbon monoxide and heat and also a little carbon dioxide. In addition the enormous heat also triggers an other chemical reaction with coal in which hydrogen is produced. This gasification results in what is called syngas (short for synthetic gas), that consist of carbon monoxide, methane, carbon dioxide, inert nitrogen and hydrogen, while it also produces a glass like slag substance that contains the impurities contained in coal. Slag is a byproduct of gasification that is safely removed - it basically consists of little rocks that can be used to build roads. Gasification is an enigmatic fusion of chemical and alchemical (the unseen transformation of base elements into pure, usable substances) processes in which syngas is produced, from which the coal's impurities are turned into the reusable slag waste matter. Syngas is a remarkably, composed chemical gas that produces substances that can also be used to make products that are shown in the image above this paragraph by applying further treatment. The carbon components that used to pollute the environment when simply burning coal in the old fashion way, do not enter the environment in the gasification process. When the separated carbon dioxide is pumped in oil wells, extracting oil becomes a lot less difficult while increasing the yield. The concealed philosophical essence underlaying the clear surface results of gasification, is that the currently considered useless waste from landfills could become a source of energy instead of just smelling bad and contributing to environmental pollution, because coal is not the only material that gasification can transform into useful substances to create energy and products.

Recombining atoms when plasma cools down, resulting in syngas

The hydrogen produced can be used to generate electricity to lighten, warm or cool residences, office facilities manufacturing buildings and public places, besides providing electricity to power appliances. Gasification also produces gasoline and diesel to power vehicles that move both on and above the earth's surface. In addition plastics, clothes and fertilizer can be produced from substances that gasification enables. This slew of distinguished products that can be derived from syngas making it a diverse and valuable source. And while offering these possibilities the environment is not polluted by using the formerly harmful coal. It means that treating substances that have been polluting the environment in a different, more elevated reasoned way of production, can achieve things that were never before considered. This probably is the long overlooked treatment that sprung from an innovative mindset and a consequent in depth research. It speaks volumes that this discovery was made in China and not in the west, that merely boasts being superior to China's science, while producing an decreasingly less significant number of innovations. The stubborn, misplaced western hubris, that is not founded on serious research, undoubtedly is the precursor for the west's intellectual bankruptcy. This most likely hints at a failing university curriculum that does not adequately prepare for real jobs in industry and research departments. And the Chinese are not even done yet with their revolution of finding new and improved ways of development and production. So, strap your safety belts tight, because there is a lot more to come from the east that will blow rigid conservative thinking out of the water, because the Chinese have revolutionised the nature of revolution - like carbonization and gasification - by looking at how natural processes take place, that obviously is not a result of western intellectual prowess, that incapacitates innovation and advanced manufacturing progress.

China's ultra fast residence and traffic related building methods

 

In recent years China has developed efficient systems to build residences at an unprecedented ultra high speed, not just ordinary houses with one or two stacked levels, but also high rising, multi story sky scraper buildings. Although there are two primary types of ultra fast construction offered in this article, outside of them there are other Chinese methods of building residences, office facilities, hotels, theatres, stadiums and other types of architecture like bridges, tunnels, train stations and airports etc. that the Chinese build in far less time than anywhere else in the world. I feature a number of such projects on this page, quite randomly here, just to give a glimpse of Chinese speed architecture. The two most remarkable speed construction methods that the Chinese apply are distinguished systems to build at a high velocity:

1. Modules are built in a factory and assembled in a different location
2. Houses are built by 3D printing.

The Chinese government has limited the buildings' height because of safety precautions. The buildings all are equipped with electrical- and water supply, plumbing provisions, TV- and Internet connections. All that the new tenants or buyers have to do, is furnish their residences. Building at such a high pace significantly lowers the rent and purchase prices, while occupants do not have to register in excruciating lengthy waiting lists, in which they before their houses are delivered. In all aspects, the types of construction have many advantages over traditional ways of building.

Incredible Chinese speed build architecture

In Changsha, the capital of the Hunan province, a 57 story, completely equipped building was constructed in just 19 days by using the modular building system in which 3 completed stories were added every day. Apart from this incredibly fast construction, this system also significantly reduces environmental pollution, because close to no polluting cement is used in the process in the building location. Before starting the building process, Broad Sustainable Building spent about four and a half months manufacturing the modules, within its factory, that are the 2,736 modules that would be fitted on site. And although, it was not a building erected from scratch in less than a few days or weeks, but rather a quick assembly of ready-made pieces that took months to produce. In spite of that, this construction method is much faster and less costly than the traditional way of building, that is among the lengthiest construction processes, while being an environmentally unfriendly method, while the modularly building system has safety precautions built in, that have the possibility to rapidly improve on what was learned on the foundation of previous building experiences. That means that every new project can be better than the previously built ones by incorporating more efficient safety measures, like earthquake and severe storm resistance. But building, also in the Hunan province, can even be achieved in a still shorter time. The Chinese company built a 10 story appartement facility in just 28 hours and 45 minutes..... Compare that to the very slow and polluting building practices, that have a low pace of improving itself (if at all), that are being practiced in the commercially operating west.

Fang Yuanhui Dolphin Plaza

After the devastating Sichuan earthquake in 2008, the Chinese entrepreneur Zhang Yue, owner of an airconditioning manufacturing company, created the modular construction method from prefabricated modules, that are stacked, resembling complicated Lego blocks, to build entire residential facilities. His company, the Broad Sustainable Building (BSB), constructed the above mentioned residences in absolute record time with a system that is capable of improving itself, basically without end. In potential, it is the solution to gradually resolve the widespread housing shortage, provided that corrupt political systems do not stubbornly persist in continuing their useless, ineffective way of governing, ignoring urgent public demand and persisting in the environmental polluting construction methods. While western corporations tend to stick to what was developed decades or even loger ago, to save costs, the Chinese are continuously busy improving themselves, housing 20,000 people at an average of 250 dollars per month rent per unit, while the project contains shops, schools, offices, a subway entrance and swimming pools. This basically is a difficult to ignore harbinger of losing the west's once gained dominance on the global stage for good, since they will only improve if the costs are low or non existing, leaving many people that are looking for proper housing to reside for decades on viscous, long, waiting lists, thereby risking to become too old to comply with conditions to meet the standards for proper housing, because their children have left the house, as is occurring too often.

The world's largest residential building in Hangzhou, housing
20,000 people with an average rent of 250 dollar per month

The property of modular construction allows to quickly build residences that are shaped unlike traditional ways of building. Many types of construction (within certain limits of course) can basically be prepared in the plants'design bureaus, without the usual hassle that in traditional ways of building is unavoidable. It saves time and results in improvements. For example, when curved building (when viewed from above) or buildings with an overhang above roads, parks or waterways are the most efficient and fastest way of construction, such methods can be prepared in the factory before the construction of modules takes off. In other words, the modular way of building is more flexible at less costs than traditional ways of construction. Because modular building can be tailored to distinguished situations or demands with less effort and costs than adjusting building shapes in the traditional way of construction. It means that following projects include improvements based on the construction of previous ones.

Chinese Macao bridge vs US San Francisco Oakland Bay bridge construction times

A brief, but precise oversight why China performs basically anything with greater speed than the west, which is explained in this video. Nine out of the ten most high leaders in China are engineers that understand projects, while western leaders need consultancies to advice them and lawyers to tailor every aspect pf processes to gain licenses and prevent juridical obstructions. In the US the majority of political leaders are lawyers, in the UK they are lawyers and economists that have no engineering background, which requires them to consult specialists to explain project details and financial budgets to them. In addition China builds supply plants close to the production facilities or in house of those facilities, which means they do not have to wait weeks for advice and parts to arrive. The Chinese do not work harder than westerners - their organisational structure simply is more effective, which results in effective logistics and keeps costs lower. The supply of specialised machinery is centrally directed and structured to furnish all necessary equipment on time for every project. Chinese universities deliver 750,000 engineers every year and focus their classes on how recent projects are carried out. This means that graduates have all the necessary knowledge when they end up in planning and production positions. China leads the world in 37 out of 44 of the world's most critical technical developments, the US only leads in 7 of them in 2026; in a few years China's advantage will tilt more in a direction that increasingly favours their efforts, because their education is directly influenced by information gained from recent projects, that are taught to students. So, lawyers are undeniably outperformed by engineers and an educational system that makes a great effort to remain up to date and applying the acquired knowledge to real world projects in as little time as possible.

China built 20,000 houses in 72 hours in South-Africa

And then there are housing construction projects that are built with 3D printing. In 2024 China built 20,000 houses in South-Africa in just 72 hours. This reveals how fast can be built by using 3D printing techniques to construct residences. It almost sounds incredible but the webpage mentioned above explains how the Chinese accomplished this astonishing result. African workers can now replace their improvised, instable Shanty town homes with well constructed houses close to immediately. The enormous potential of this innovative construction method has been proven to be more than efficient with the extremely rapid completion of this project. The article on this page to which the link leads, is just a tiny collection of examples indicating what the Chinese approach towards the handling of construction projects already is today. And the Chinese have managed to astound the world in the past decade with accomplishing technically revolutionary and innovative construction methods, to which there still is no end. Besides spectacular building projects, China has leapt ahead of the rest of the world in other kinds of projects as well -  the big Chinese cities are all monitored and regulated by advanced AI systems, that include power distribution and traffic regulation automatically. Also the production and innovation of projects advance at an incredible pace, such as solar- and wind energy creation, battery development, high paced computer electronics progress, AI- and quantum computer development, EV production, swiftly advancing thorium based nuclear plant energy production experiments, robotised lunar construction building to explore and mine the moon, reducing extremely difficult desert space, enormous new water ways to supply the dry northern part of China, medical innovations, complex infrastructure speed building trajectories, faster than jet airplanes 1000 kilometres per hour maglev trains and stunning improvements in many more industrial fields. I fear the near future will offer an abundance of projects, that will be worth presenting - if so, I may write articles about them in this blog.

Carbonization replaces all fossil fuel

 

Chinese scientists and engineers have found a new way to produce energy - carbon dioxide - from air (DAC - Direct Air Capture technology), that can be used to produce a kerosine like type of liquid and its relative solution diesel, that leaves no harmful waste gasses when used. Its sources are water and air only. The carbon dioxide energy is used to produce green hydrogen, for which the energy necessary for production is powered for a large part or completely by solar panels and wind energy, meaning that the entire production process is completely clean, because it only produces water as a 'waste' product. To achieve production air is brought down to a temperature of minus 194 degree Celsius, causing air to transform into a liquid. When it is heated up again, its volume increases to an incredible 750 times the volume of the aforementioned produced liquid. The expanded gas can be used to drive turbines, that leads to environmentally clean electricity production, because does not require any sort of fossil fuel.

Carbonization

This electricity generated process is used to separate the atoms hydrogen and oxygen that are contained in water with the produced electric, using only solar and wind power to produce green hydrogen. Hydrogen is known to be difficult and expensive to transport, but when mixed with ammonia the transport problem is entirely solved. Hydrogen is excellently suited to replace kerosine and diesel, while it leaves no harmful waste gasses. Jet engine powered airplanes have already been tested this produced green hydrogen without trouble, so that the atmosphere is not polluted while supplying energy to ground based, airborne and aquatic vehicles.

China expects to domestically commercialise this environment friendly energy by 2027 and start exporting it by 2030. As a result the countries' industries can  become entirely oil independent in a relatively very short period. It will change the entire energy situation of the world and the atmosphere will suffer significantly less from toxic waste exhaust gasses. Because solar and wind power can partly or completely be used for the hydrogen production, the atmosphere will greatly benefit from this Chinese invention. Basically any type of earth ground surface travelling vehicles, airplanes and ships will be able to use hydrogen as a propellant, which is the best news the environment has had since it started using fossil fuel or coal to power travelling motion and manufacturing facilities. It is a magnificent way to bridge much of the transition period in which stationary fusion reactors will operate commercially in a safe and productive way. After that long awaited new way of energy production has been accomplished, non stationary engines will continue to use green hydrogen. It will be necessary to build an extensive number of hydrogen supply service networks all over the planet to supply the gas to non stationary vehicles, but the bonus of this way of energy production is more than worth the effort. 

So, if the mentally deranged western politicians and the callous money movers of the world have not destroyed the planet by waging wars, before commercial use of the carbonization process is established, the air we breathe will gradually become much cleaner than it has been for a very long time, thanks to the Chinese brilliance leading up to this invention. The countries that will be not so pleased with the introduction of cleanly manufactured hydrogen, are the globe's oil producers as well as the corporations that process and distribute it. Their political leverage and huge profits of this new invention will melt like snow in a heatwave, which may have contributed to the deeper lying incentive behind this invention, besides China wanting to be oil and coal independent. But the bonkers political clown show, the ruthless arms industry and the secretively Ponzi Scheme operating financial power structure, must be kept in check before the operational state of effective production of green hydrogen and consequently transportation logistics has been reached. Of course these well informed influential oil producers are also deeply aware of the consequences of this game changing development, but it must not lead to a war between the US, oil producers against China, that probably will kill the planet and all life on it.

The US empire and Europe are in the morgue

Recent developments have shown that the formerly hegemonic US empire has inflicted detrimental measures on itself, that it will not survive. The boastingly announced and implemented tariffs all have ferociously backfired. Trump’s visit to China has caused him to return to the US entirely emptyhanded, which has only been veiled by the masterful Chinese diplomatic language that they used. The economic war between the US and Canada is slowly but surely turning into the advantage for the latter, because Trump merely expresses empty, but boastful rhetoric while Canadian president Carney is responding in a calm and adequate way, while swiftly taking effective measures against the poorly prepared and astoundingly misplaced American arrogance. In addition the hilarious EU parliament fruitcakes are engagedly paving the way for complete self destruction with an unsurpassed, but difficult to comprehend devotion for sane people.

Chinese flag

The Iran war that the US and Israel started, is disastrous for the instigators, for the US allies and the world as a whole on an economic level, while animosity between other potential adversaries has become extremely dangerous; the insane and evil political clown show in European that rivals the US measure of total mental incompetence, has recently announced that in 2029 or 2030 Europe will start a war with Russia, while it absolutely lacks the money and military force to even kick a dent in a warm package of butter, its economy is on the verge of collapse, its energy supply has been decimated by its 0wn strategy and the resistance of the common European people against that war is increasing every minute. Outside of that Russia has been told to wait patiently until Europe indicates that it has accumulated enough funds and arms to wage a proper war against them..... 

While this ridiculous stance has been expressed, the. UK's premier Keir Starmer has been booted out of office, since his deluge of deceit and utterly oppressive way of governing has given the opposition and the British people more than enough reason to rid themselves of the lying goof. Even king Charles has expressed a rather unusual sigh of relief about Starmer's resignation. French dictator Macron leadership is less solid than a handful of dry sand cast in a raging storm, while German chancellor of Merz is busy digging a grave for himself and his psychopathic politics that is deeper than the Atlantic Ocean's 10.5 kilometres deep Mariana Trench, has persuaded the German voters to kick him out of office by the end of the year elections. Does such a situation feel like a well considered preparation to push Europe into a yet an other war with Russia to anyone?

Meanwhile the unavoidable thought obtrudes itself in the minds of common people why completely brain-dead leadership is rampaging to destroy the scarce good that is left in the world to structurally wage wars, destroy the commoners basic means to live and survive, while even far worse disasters are eagerly waiting to take place as a result of their bonkers leadership. Current rulers appear to be involved in a global concerted effort to whack everything that is good and / or makes existence bearable or survivable. The US once was a safe place to live, protected by two oceans on both sides of the union, allowing it to expand its power by building over 200 military centres all over the world (700 according to professor Richard Wolff in an interview with political analyst professor Glenn Diesen), which allowed the US to forcefully impose its will on countries that did not comply with its rules based order, that was impelled by overt and covert wars to instigate regime change with military force and economic strangulation tactics.

The corrupt political European nutters maintained their affluence (for the rich) by plundering what was left of their suffocating colonial rampage of third world countries, that had eroded significantly in the past decades. Nevertheless, they continued to believe that they still were a global force to be reckoned with, while their power structure crumbled towards non-existence. At the same time outside of the western hemisphere the multipolar BRICS+ alliance was formed, by Brasil, Russia, India, China and South-Africa, that currently controls more than 50% of global trade while the western G7 has collapsed after Trump’s illegal expulsion of Canada, that it will regret more and sooner than words are capable to express. Canada will shut down electrical energy supply to the US and turn off the oil tap, which will be disastrous for the US northern states, in doing so end the US automobile and truck industry by cutting off Canadian vehicle parts supply for which the car production must cross the US Canadian border several times to complete the products, while Canada swiftly reached trade agreements with China and Australia and to a lesser extent with the political European funny farm to replace its economic and military contracts with the US, that the US cancelled.

The global Chinese Belt and Road Initiative corridors

And while the US and Europe are industriously digging their own graves by implementing insane measures across all fields that matter to their economy and waning global power ranking, China has shifted its trade focus from the west to the Asean countries, while they have rapidly created a mutually profitable Belt and Road Initiative corridor that covers a major part of the world, including large parts of the Global South. China builds infrastructure, sea ports, airports, bridges, energy supply plants and more in lesser developed countries and by the way also in Turkey and Southeast Asian countries, while it does not interfere with their political strategy, it just helps to boost their economies, which is the BRICS+ multipolar principle. It of course also creates economic relations that are beneficial to China’s economy, from which ultra fast Chinese innovation and rapid academic progress, that is caused by 10 Chinese universities populating the global academic education ranks (again) according to professor Richard Wolff, who also stated the once renown US MIT (Michigan Institue of Technology) only is in 14th place..... 

Contrary to the centrally ruled Russian mode of government, the Chinese maintain a hybrid - 50 / 50 percent private and government economic structure, that is supervised and often sponsored by the Chinese communist / socialist party. This is the recipe for China's incredibly fast developing industrial and economic progress. The country wide comprehensive and compact logistic supply lines also make it possible to produce at a higher pace, that keeps manufacturing costs low. The Chinese military of course also profits from this strategy, which has led to China become the most powerful global power, that contrary to the US global military strategy only has one military outpost in Djibouti.China's ground forces currently are decreasing, but it works hard to create an army of advanced robots carrying guns and missiles to replenish the reduction of their infantry. It has also built completely unmanned facilities in which China is building many more missiles than any effective human working force could ever accomplish.

All the aspects mentioned in this article indicate that while the west is in rapid decline the BRICS+ alliance expands at great speed allowing China to rigorously shift the world’s power centres away from the previous western dominance, especially since the international trade currency - the US dollar - is in an increasingly steep decline after Iran has shown the entire world that the US and Israeli military powers no longer are untouchable and western economies agonizingly suffer from energy and fertilizer shortage caused by their stridently incompetent political, economic, financial and military structures. Following the unimaginably stupid western strategies in all aforementioned fields, the relocation of world power will shift in a dramatic way, should this world survive the villainous crisis that the witless, nefarious and arrogant western politics has caused.

Rare (particularly in the US) earth minerals

The crux of the matter described above, is that Trump is ordered by his 13 Zionist sponsors, that bought his way into the White House, to obey their buddy Satanyahu, excuse me, Netanyahu, and do whatever it is that he is orders the US to do, no questions asked. That will be difficult because China has put an embargo on exporting rare earth minerals to the US for which all the processing facilities are inside China as well. As a result the depleted US missile stockpile has dried up and can not be updated by the slow production, because it lacks rare earth minerals. The automobile industry will go bankrupt, while transportation by car will become unaffordable for the average person. The poorest, deceived American people are taxed to the edge of starvation, as is the rest of the world that suffers Iran's rightfully selective blockade of the Straight of Hormuz by which the asylum ready European political dimwits will be struck most and consequently the entire European population, that is blocked from energy, rare earth materials and fertilizers, which probably will lead to a famine, since Russia has barred the small part of the Belt and Road Initiative corridor that transverses Russian territory, so that no goods and energy will arrive in Europe. Also the plundered countries of the Global South will be driven to the brink of extinction because of the absolutely insane policies of egotistical western politicians. The ugly face of the satanic 'elite' shows in their utterly iniquitous and unimaginably stupid strategy.

Wishing you all the best, enough water, food and reliable, caring friends in the impending abominable times that unfortunately await us in the near future.