The 🧵 thread covers The Internet of Things (IoT) and The Internet of Bodies (IoB). It archives how these technologies transform identity and daily life.
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Card #01: 🛜 The Internet Of Things (IoT)
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Card #02: 👥 The Internet of Bodies (IoB)
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Card #03: 👤🛜 The Fourth Industrial Revolution: The Internet of Bodies
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The Internet of Bodies (IoB) connects the human body to a network. It links wearable, ingestible, or implantable devices to the internet to collect health metrics, track biometrics, alter bodily functions, and to underst
The Internet of Bodies (IoB) connects the human body to a network. It links wearable, ingestible, or implantable devices to the internet to collect health metrics, track biometrics, alter bodily functions, and to understand & influence human actions.
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Card #04: 🫀🧠 Graphene Sensors For Human Health Monitoring
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Graphene is revolutionizing human health monitoring by enabling real-time, non-invasive, and ultra-sensitive diagnostics. Its exceptional electrical conductivity, flexibility, and biocompatibility allow it to interface seamlessly with the human body. In theory these sensors attach to all sorts of things such as: your 🫁 lungs, your 🫀 heart, your vocal chords, even your optic nerves, and neurons in the human 🧠 brain. These graphene-sensors form a sort of organic sensor mesh inside the body. Radio frequency modulation stimulates and senses the changes in these materials and AI decodes and maps the read data. This includes mapping things such as: breathing patterns, heart rates, vocal vibration to speech, and even mapping visual optics and thoughts.
Graphene is revolutionizing human health monitoring by enabling real-time, non-invasive, and ultra-sensitive diagnostics. Its exceptional electrical conductivity, flexibility, and biocompatibility allow it to interface seamlessly with the human body.
In theory these sensors attach to all sorts of things such as: your 🫁 lungs, your 🫀 heart, your vocal chords, even your optic nerves, and neurons in the human 🧠 brain.
These graphene-sensors form a sort of organic sensor mesh inside the body. Radio frequency modulation stimulates and senses the changes in these materials and AI decodes and maps the read data. This includes mapping things such as: breathing patterns, heart rates, vocal vibration to speech, and even mapping visual optics and thoughts.
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Card #05: 👤👁️ Under The Skin Biometric Surveillance
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There is a paradigm shift in surveillance 👁️ technologies, moving from 'external monitoring' to 'internal biometric tracking'. Yuval Noah Harari asserts that the 🦠 COVID-19 pandemic has normalized the collection of under-the-skin data, including body 🌡️ temperature, blood 🩸 pressure, and heart 🫀 rate, which could be used to assess health conditions and even emotional responses. This is a historic transformation in surveillance capabilities, enabling unprecedented insights into individuals' physiological states. This shift allows for more intrusive monitoring than ever before, suggesting that the implications of these advancements includes the potential erosion of concepts like free will and personal privacy. 📍 It's noted that COVID-19's role in legitimizing total biometric surveillance, noting its acceptance even in democratic societies that previously resisted mass surveillance systems. 📍 Other types of under the skin surveillance include 'Graphene Sensors For Human Health Moni
There is a paradigm shift in surveillance 👁️ technologies, moving from 'external monitoring' to 'internal biometric tracking'.
Yuval Noah Harari asserts that the 🦠 COVID-19 pandemic has normalized the collection of under-the-skin data, including body 🌡️ temperature, blood 🩸 pressure, and heart 🫀 rate, which could be used to assess health conditions and even emotional responses.
This is a historic transformation in surveillance capabilities, enabling unprecedented insights into individuals' physiological states. This shift allows for more intrusive monitoring than ever before, suggesting that the implications of these advancements includes the potential erosion of concepts like free will and personal privacy.
📍 It's noted that COVID-19's role in legitimizing total biometric surveillance, noting its acceptance even in democratic societies that previously resisted mass surveillance systems.
📍 Other types of under the skin surveillance include 'Graphene Sensors For Human Health Monitoring'.
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Card #06: ⚠️ SMART City Dangers
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Boris Johnson, the now resigned Prime Minister of the United Kingdom, explains how advances in surveillance technologies & sensors can lead to a digital panopticon. (Vid A.) These concerns are further echoed in concepts
Boris Johnson, the now resigned Prime Minister of the United Kingdom, explains how advances in surveillance technologies & sensors can lead to a digital panopticon. (Vid A.)
These concerns are further echoed in concepts that involve 15-minute cities, digital ID, social-credit, and carbon scoring utilizing these technologies.
His father, Stanley Johnson, has spoken of population control and authored the fictional thriller 'The Virus'. (Vid B. & Fig A.)
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Card #07: 👥 The Digital Duplicate & Digital Clone
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A digital duplicate (or "digital twin") is a virtual replica of a physical object, person, or system. It continuously syncs with real-world data using AI and IoT sensors to mirror actions, predict outcomes, and automate
A digital duplicate (or "digital twin") is a virtual replica of a physical object, person, or system.
It continuously syncs with real-world data using AI and IoT sensors to mirror actions, predict outcomes, and automate tasks. Uses range from corporate supply chain mapping to personal AI avatars.
📍 It is a digital duplicate that replicates you. Answers questions like you. Represents you.
📍 AI algorithms analyze the Internet of Bodies for predictive policing.
🚨 Digital duplicate 'predictive policing' is the use of artificial intelligence to create virtual copies of cities and individuals. These models run millions of simulations to guess when and where crimes will happen. Police use these predictions to direct patrols and catch suspects before a crime occurs.
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Card #08: ℹ️ Microsoft Patent 2020/06/06/06
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✔️ The patent describes a way of measuring human body activity data. (See Graphene, Under The Skin Surveillance, and Wi-Fi Surveillance) ✔️ It describes the ability to detect when a task is completed (using this body act
✔️ The patent describes a way of measuring human body activity data. (See Graphene, Under The Skin Surveillance, and Wi-Fi Surveillance)
✔️ It describes the ability to detect when a task is completed (using this body activity data) and rewarding the user with cryptocurreny upon completion. (See The New Financial Sytem, Carbon Scoring, and Social Credit Systems)
❓ Why patent number 06/06/06?
Does this relate to carbon and carbon nanotubes because of their molecular structure?
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Card #09: ⚫️ SMART Dust
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“It’s like intelligent evil dust scattered everywhere, like confetti in everything” - Julian Assange
“It’s like intelligent evil dust scattered everywhere, like confetti in everything” - Julian Assange
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Card #10: 💭 Using Graphene To Decode Thoughts & Speech
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The attachments discuss neural interfaces using graphene to decode speech-related brain 🧠 activity. The idea involves recording motor cortex signals related to articulation and speech, then decoding these signals to send to a speech synthesizer. Graphene is highlighted for its ability to conformably cover the brain's surface while offering a high signal-to-noise ratio, allowing for precise reading of small neural signals.
The attachments discuss neural interfaces using graphene to decode speech-related brain 🧠 activity.
The idea involves recording motor cortex signals related to articulation and speech, then decoding these signals to send to a speech synthesizer.
Graphene is highlighted for its ability to conformably cover the brain's surface while offering a high signal-to-noise ratio, allowing for precise reading of small neural signals.
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Card #11: 🫀Graphene Sensors For Human Health Monitoring
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These revolutionary graphene-based sensors are used for a variety of applications within the body. In theory they attach to all sorts of things such as: your lungs, your heart, your vocal chords, even your optic nerves, and neurons in the human brain. These graphene-sensors form a sort of organic sensor mesh inside the body. Radio frequency modulation senses the changes in these materials and AI decoding maps the read data. This includes mapping things such as: breathing patterns, heart rates, vocal vibration to speech, and even mapping visual optics and thoughts. Studies also involve stimulating these materials with radio frequencies for a variety of applications.
These revolutionary graphene-based sensors are used for a variety of applications within the body.
In theory they attach to all sorts of things such as: your lungs, your heart, your vocal chords, even your optic nerves, and neurons in the human brain.
These graphene-sensors form a sort of organic sensor mesh inside the body. Radio frequency modulation senses the changes in these materials and AI decoding maps the read data. This includes mapping things such as: breathing patterns, heart rates, vocal vibration to speech, and even mapping visual optics and thoughts.
Studies also involve stimulating these materials with radio frequencies for a variety of applications.
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Card #12: 🛜⚫️ The 6G Network & Graphene
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6G enables deeper penetration into individuals' skin and more pervasive monitoring than older technologies. 📍 'Graphene' is widely considered a foundational material for '6G networks'. Because it operates exceptionally well at sub-terahertz (THz) frequencies, graphene is utilized to build highly energy-efficient signal receivers, reconfigurable intelligent surfaces, and ultra-fast, tunable 6G antennas. A representative from the World Economic Forum (WEF) states that around 2030, the rollout of 6G will likely make smartphones as we know them obsolete. Instead, many technological interfaces may be built directly into 👤 human bodies, implying a significant integration of technology with biology. 🤖🧬
6G enables deeper penetration into individuals' skin and more pervasive monitoring than older technologies.
📍 'Graphene' is widely considered a foundational material for '6G networks'. Because it operates exceptionally well at sub-terahertz (THz) frequencies, graphene is utilized to build highly energy-efficient signal receivers, reconfigurable intelligent surfaces, and ultra-fast, tunable 6G antennas.
A representative from the World Economic Forum (WEF) states that around 2030, the rollout of 6G will likely make smartphones as we know them obsolete. Instead, many technological interfaces may be built directly into 👤 human bodies, implying a significant integration of technology with biology. 🤖🧬
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Card #13: 🔌👥 Connected Colony
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Card #14: 🧠🤖 Klaus Schwab: Chip Implants
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Klaus Schwab discusses the potential future of biotech implants. He suggests that within the next ten years, chips will first be implanted in clothing as wearables before being integrated into human 🧠 brains or other body parts. The goal, he explains, is to achieve direct communication between the brain and the digital world, creating a fusion of physical, digital, and biological realms. Schwab describes a scenario where technology becomes so seamless that actions like making calls happen naturally without consciously reaching for a device. Additionally, he references Mark Zuckerberg's prediction about having a personalized robot assistant by the end of the year, likening it to having a butler or servant but emphasizing that this AI-driven assistant would function as an intellectual partner rather than just a manual laborer.
Klaus Schwab discusses the potential future of biotech implants. He suggests that within the next ten years, chips will first be implanted in clothing as wearables before being integrated into human 🧠 brains or other body parts.
The goal, he explains, is to achieve direct communication between the brain and the digital world, creating a fusion of physical, digital, and biological realms. Schwab describes a scenario where technology becomes so seamless that actions like making calls happen naturally without consciously reaching for a device.
Additionally, he references Mark Zuckerberg's prediction about having a personalized robot assistant by the end of the year, likening it to having a butler or servant but emphasizing that this AI-driven assistant would function as an intellectual partner rather than just a manual laborer.
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