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We are focusing on the benefits of high-speed internet for remote islands and communities. Internet connectivity can be a life changer, allowing access to education and opportunities. With the internet, you can learn anything, even from top universities like MIT. It also enables remote villages to sell goods and services globally, bringing prosperity to rural areas.

The transcript asserts that the Moderna technology used in COVID shots is described in a 248-page patent filed in 2020, which lists several embodiments or variations of the technology. It states that although it is unknown which embodiment each batch used, several different batch numbers were deployed, and some were far deadlier than others. According to the Moderna patent, the technology contains self-assembled nanoparticles, and in certain variations these nanoparticles can be used for the controlled release of compounds once they are in the human body. The lipid nanoparticles are encapsulated into a polymer hydrogel, a controlled release coating that includes polyvinyls. This has been verified by Anna Mielchia and Clifford Karnikom's research. In a 2013 TEDMED talk, Doctor Ito Bachelet says that these nanorobots have already been successfully developed in Israel and that they can be injected into the human body with a basic syringe. He shows an image of what they look like, and they appear to be the same structures that the fifth column found in their research and claimed was powered by five g, which was confirmed by doctor Bachelet. Speaker 1 adds that developed nanorobots carry antennas made from metal nanoparticles, and the antenna enable the nanobots to respond to externally applied electromagnetic fields, so these versions of nanobots can actually be activated with a press of a button on a joystick. The transcript further cites work by Todd Callender's team at Vaxchoice dot com, which has concluded that these shots contain a variety of synthetic pathogens that can be released with external five g frequencies. It states that the Moderna patent describes these nanoparticle mimics, which mimic the delivery of a variety of pathogens and lists over a hundred of them within the patent. According to the work at Vaxchoice, these synthetic pathogens each have an IP address. They are cataloged by the Department of Energy, and they use cesium-137, which the transcript claims we have been contaminated with from the environment, as a building block for their construction within our bodies using external frequency. The research allegedly shows that the Microsoft patent filed in 2020-06-06 060606 cryptocurrency system using body activity data is now in effect and that this technology is turning the human body into an antenna, which can output energy, meaning that humans are being turned into batteries to fuel the digital AI prison that is being built around us. And it is claimed that if you choose not to comply, the technology includes a built-in kill switch. The transcript closes by noting that independent researchers and scientists are uncovering this agenda, but they continue to walk freely among us, unrestrained by any justice whatsoever.

I confronted Lisa McGee from Vaxx Choice about the bio cyber interface for e-health being taught at Cambridge and other universities. I asked her to clarify its definition, location in the body, and functionality. She claimed there was no misrepresentation of Professor Akhiles' work, but I disagreed, emphasizing that it involves an injectable bio cyber interface under the skin, not a wearable device. There are honest representations of this work and misleading ones. Doctor Edward Group has shared Acuity's latest keynote and a definition of the bio cyber interface, which includes internal biosensors and wireless biomedical telemetry for e-health, enabling wireless intrabody nanocommunication. More details will follow in part 2.

German and Italian universities are seeking papers on Internet of Bio Nanothings for digital healthcare. Doctors are asked if they are prepared to use bio cyber or nano cyber interfaces to create in-body networks controlled by an external unit. The network consists of synthetic or biological sensors. Manuscript deadline is July 15, 2024.

The speaker explains the use of biosensors for global information connectivity and emergency broadcasts. They discuss the wireless body area network and how signals are sent to individual nodes, including the body itself. The speaker mentions the use of applied signals technology and the involvement of companies like Raytheon and L3 Harris. They also touch on software-defined networking, virtual machines, and the convergence of interconnect networks. The speaker emphasizes the tracking of the body rather than devices and the importance of health applications like telemedicine. They mention the use of metamaterials, nanotechnology, and graphene-based biosensors. The speaker concludes by discussing the routing protocols and the need for understanding these technologies.

Dear Doctor Cartland, you requested more information about the medical body area network. It's crucial to address the implications of computer networking within the human body, especially regarding informed consent. You’ve shown interest in topics like the injectable bio cyber interface for eHealth and wireless biomedical telemetry, which are part of the curriculum at Cambridge University. Additionally, there are discussions about frequency bands assigned to our bodies for the medical body area network and human body communication technologies. It's important to go beyond just liking posts; we need to share and discuss this information. There's an upcoming conference in Florence focusing on wireless healthcare, intra-body communication, and molecular engineering within the human body, again highlighting the need for informed consent.

Doctors are working with the telecommunications and computer industries to create the Internet of bionanothings in the human cardiovascular system. Initially, people may dismiss this information, but medical websites confirm it, leading to a strong reaction of concern.

Recently, a briefing from the European Parliament discussed smart bodies for smart cities and the Internet of Bio Nano Things. On page 7, BJ Torg's work is cited, highlighting injectable nano sensor technology for seamless human body connectivity. These sensors are designed for use both on and within the human body. BJ Onutolk collaborates with Professor Ian F. Akiris from the International Telecommunications Union on this topic. The focus is on graphene-based intra-body nano sensor networks, which can sense, process, and communicate at the nanoscale. The paper introduces a concept for localizing and tracking bio-nano sensors in the bloodstream.

Doctor Michalcha discusses internal bionanosensors and synthetic biology at a medical symposium. She emphasizes the use of medical body area networks by physicians. Nano technology, biosensors, and nanomedicine are key components in the integration of artificial intelligence and machine learning. The goal is to digitize every cell on Earth and merge organic life with synthetic biology for improved well-being. However, this advancement may come at the cost of losing our humanity. Bioleno sensors in our bodies enable bidirectional communication with the cloud.

Doctors and nurses missed the chance to inform the public about computer networking in the body without consent. Medical body area networks and nano sensors are used for health monitoring. A nano cyber interface sets up networks for communication, data transfer, and surveillance in humans without consent. Sabrina Wallace shared this info in a 30-page PDF. This is biodigital enslavement and technocratic totalitarianism. Download and share the PDF.

Falko Dresler presented nano sensor technology at the NanoCom 2021, showcasing nanomachines that can travel through the bloodstream for wireless Internet connectivity. Michael Dresler, a telecommunications expert from the Technical University Berlin, is involved in discussions about the Internet of bio-nano things, highlighted in a recent European Parliament briefing on smart bodies for smart cities. Although the presence of nano sensor technology in human blood vessels was not confirmed by medical professionals, the concept of a nano cyber interface has been introduced. Dresler also participated in NanoCom 2024 in Milan, where he discussed advancements in precision AI medicine and wireless technology in the bloodstream.

The speaker discusses body sensor networks that can be injected into the human body to monitor health, detect tumors, and fight viruses. They mention bio nanoscale machines and mRNA vaccines as examples of this technology. They aim to mimic biological processes in the body by creating artificial nano scale machines like bacteria and molecular motors. Translation: The speaker talks about using body sensor networks to monitor health by injecting them into the body. They mention bio nanoscale machines and mRNA vaccines as examples of this technology. They aim to mimic biological processes in the body by creating artificial nano scale machines like bacteria and molecular motors.

This message is directed to Dr. David Hughes regarding patents filed in London, the US, and Canada for the Internet of Bio Nano Things. The patents, titled "Smart Healthcare System," were filed by Josep Jornet, a former student of Professor Achilles from the International Telecommunications Union. Additionally, a PDF was sent a couple of months ago, detailing the main protocols for remote health monitoring within the medical body area network. This document, available on my Odysee account, covers the two primary protocols currently used by healthcare professionals with Cisco Yang software. The PDF is titled "IntraBody Nano and Molecular Communication."

Monitoring remote areas and terrain, including the poles, requires a scalable and resilient solution. This talk introduces a novel architecture for the Internet of Space Things, leveraging newly designed cubesats with advanced satellite bands. The focus is on software-defined networking for human augmentation, aligning with Agenda 2030 goals. Despite misconceptions about technologies like graphene, significant research has been conducted over the years. The discussion touches on the evolution of the global information grid, now referred to as DODIN, emphasizing cybersecurity advancements. The shift from larger radio frequencies to human body communication highlights the use of the body's electricity for connectivity, indicating a deeper integration of technology into human biology.

The European Union website discusses terahertz nano networks for e-health systems, with nano nodes flowing in the bloodstream. People in France are concerned about this forced system. A post on this topic gained 17,000 views in French. The focus should be on IEEE 1906.1 standards for intravody molecular engineering, not vague future implications. The medical body area network has been in use since 2012.

Bionano scale machines are being developed for injecting into the body and monitoring health. This is progressing well, as seen with COVID vaccines. mRNAs are nanoscale machines that are programmed and injected. These nanoscale technologies will be part of 7G and beyond.

Upcoming is the 5th International Electronic Conference on Biosensors, covering topics such as artificial intelligence in biosensors, ingestible, implantable, and wearable biosensors, biological recognition elements, biosensor actuators, and photonic biosensors. Participants from around the world will be involved, including representatives from various institutions like the Biodesign Center for Bioelectronics and Biosensors and the Department of Bionanotechnology in South Korea.

The telecom and health industries are developing the Internet of bionanothinks in the cardiovascular system. This network consists of nanodevices controlled externally, containing sensors and actuators in the body.

Speaker 0: My big concern is this heart. And then we've got this here as well. Six g. They're gonna need six g to control this nanophotonic system that they put inside of us because if you put an n nanophotonic chip inside of an organism, a cow, a sheep, for instance, you know, they probably don't know that it's inside of them. Right? Because it's so small. How would they know? How would they know that they were connected to a central hub? A terahertz Bluetooth signal could be picked up from them, and you could connect to that sheep or that cattle and know what it's doing twenty four seven. You could know what its heartbeat is. You could actually know if that cow is kind of distressed or angry. You could know if that cow is watching some conspiracy videos or talking on TikTok to people and telling them crazy stuff. Anyways, interestingly enough, six g is the operating frequency. So I'm just saying, if I was an evil genius that for my science fiction I'm writing, I would definitely be putting like a control grid, or what it would you call like a web over over the earth of probably satellites. I did thousands of satellites, for sure, You probably have to who who would do that? But anyways, if we could put satellites up, then we'd be able to create like a Bluetooth terahertz kind of operating system to maybe create like an Internet of, I don't know, humans? An Internet of bodies, they call it. Now we can see that the concern in this design, I have no idea what the palm tree is. If somebody could tell me that, I'm gonna look at my phone in a second, I should be able to see, because I have no idea what this part is. Take a look at this. It's just palm trees, I don't know, maybe it means peace, or maybe it could be for some resort. I have no idea. Maybe some resort trip lengths. Anyways, these ones and zeros, we know what that means. These ones and zeros are like just bits, ones and zeros of information. Of course these wheels, that's nice, you can see that they're somehow they're turning a machine, this is a whole machine.

In his keynote speech in Abu Dhabi, Ian F. Arcidi discusses the Panacea project, a nonsurgical human-machine interface utilizing injectable metamaterials and graphene-based nanomachines, nanosensors, nanoactuators, and nanoantennas. He highlights the development of biology-inspired nanomachines and the communication challenges they address. He mentions hiring Massimiliano Fravan and acknowledges Joseph Jornet, who holds a patent for a remote smart healthcare system. Arcidi also references a workshop by Massimiliano Pierre Robin at Charite Hospital in Berlin, focusing on intrabody networks, molecular computing, communication engineering, and synthetic biology within the Internet of Bio Nano Things.

Clayton welcomed Jesse Beltran, a TSCM-certified investigator, and Edward Zahl, a producer of Died Suddenly, back to discuss new findings about nanotechnology in vaccines and alleged “synthetic telepathy” used by intelligence agencies. Beltran explained that an MI6 asset, Oxford-educated with chemistry background, disclosed that Havana syndrome-related communications could be a form of synthetic telepathy used by MI6 and Five Eyes nations to exchange orders discreetly, especially when frontal surveillance is possible. The asset described being head of operations on assignments in the Middle East and Somalia, and he said the system could serve as a plausible-deniability method of communication and as a multifaceted torture device if agents misbehave. He is currently involved in a UK lawsuit seeking damages and removal from the program. Edward noted that the claim sounds fantastical but argued this technology represents a realized goal from Project Artichoke and related efforts; he said the technology enables remote mind influence and that democracy and individual autonomy could be endangered if leaders tolerate such capabilities. He emphasized that the technology is reportedly used not only by MI6 but by every Five Eyes nation, and discussed potential uses in elections or military actions to influence populations. He described the broader consequences as a threat to cognitive freedom and societal structure. Beltran then described the mechanism behind the nanotech, stating that graphene oxide and silicon act as miniaturized amplifiers or antennas. He referenced a 1 cc syringe with trillions of nanorobots, citing Dr. Ittle Bachelet’s demonstrations and a prior study by Dr. Robert Young showing graphene oxide in vaccines and derivatives. Beltran connected silicon detection with harmonic signatures and said that a terahertz graphene-on-stack patch antenna article about future 6G communications demonstrates how such systems could operate at tiny scales, enabling deep penetration and communication with implants. He claimed the nanotech is now widespread, even in the environment—found in foundations of grasses, trees, air, and foods—making everyone a potential node in an integrated Internet of Things and a form of synthetic biology in human form. The discussion turned to Havana syndrome’s similarities: aftereffects such as cognitive struggles and strained relationships, with some victims reporting that the mind has been tampered with or manipulated. Beltran cited Aaron Alexis, a US soldier who contacted him about symptoms and later carried out the Navy Yard shooting, noting the presence of “ELF” (extremely low frequency) markings. Edward described the ongoing unauthorized experiments on US citizens as a priority for congressional inquiry, mentioning a Florida congresswoman, Luna, who chairs a task force on declassification and recommended hearings on MKUltra follow-ups. Jesse explained that graphene oxide functions as an RF amplifier, with experiments in the UK showing changes in silicon indicators and reductions in nanotech presence after targeted interventions. He cited the transition to 6G and President’s remarks about deeper skin penetration, arguing the importance of removing amplifiers like graphene oxide from the body to mitigate manipulation. Edward closed by asserting the sovereignty of the brain and soul and urged urgent action, noting that Died Suddenly (diedsuddenly.info) would cover further developments. They planned to release Died Suddenly 2 and provided a link for viewers seeking further information.

Recently, I shared a briefing from the European Parliament discussing smart bodies for smart cities and the Internet of Bio Nano Things. On page 7, BJ Torg's work is cited, highlighting injectable nano sensor technology for seamless human body connectivity. These sensors are designed for use both on and within the human body. BJ Onutolk collaborates with Professor Ian F. Akiris from the International Telecommunications Union on this topic. The focus is on graphene-based, injectable intra-body nano sensor networks. This emerging nanotechnology allows for the creation of devices that can sense, process, and communicate at the nanoscale. The paper also presents a concept for localizing and tracking bionano sensors within the bloodstream.

We are exploring body sensor networks that can be injected into the human body to monitor health, detect tumors, and fight viruses collectively. Bio-nano scale machines, like mRNA vaccines, are being developed to mimic biological processes and communicate within the body. These artificial nano scale machines aim to replicate neurons, hormones, bacteria, and molecular motors for health monitoring and treatment.

I admire your research. Look into intravody nano network via fax, transhumanism, Internet of bodies, and its link to the new digital financial system. Self-assembling nanotech creates a carbon nanotube network in the body to connect to the Internet of Bodies.