The Internet of Bodies

EPL- INFORMATION FOR YOUR BUILDING SOUL

Several Silicon Valley companies are actively developing technologies that aim to enable forms of telepathic communication through brain-computer interfaces (BCIs). These efforts focus on translating neural activity into digital signals, potentially allowing individuals to control devices or communicate using their thoughts. 

🧠 Neuralink: Elon Musk's Vision for "Telepathy"

Founded by Elon Musk, Neuralink has developed an implantable BCI designed to interpret neural signals. In January 2024, the company implanted its device, named "Telepathy," into its first human patient, Noland Arbaugh, a quadriplegic. Post-implantation, Arbaugh demonstrated the ability to control a computer cursor and play video games using only his thoughts. Despite some technical challenges, such as electrode retraction, software optimizations have maintained the device's functionality.  

🧬 Paradromics: High-Bandwidth Brain Communication

Austin-based Paradromics has developed the Connexus BCI, a device smaller than a dime with 420 electrodes for high-resolution neural signal capture. In May 2025, during an epilepsy surgery, Connexus was temporarily implanted in a patient, successfully recording brain signals. The company plans to initiate long-term clinical trials by the end of the year, aiming to assist individuals with communication impairments due to conditions like ALS or stroke.  

🧪 Precision Neuroscience: Minimally Invasive Interfaces

Founded by former Neuralink executive Benjamin Rapoport, Precision Neuroscience is developing a thin-film microelectrode array that conforms to the brain's surface without penetrating tissue. This design allows for high-resolution neural data collection while minimizing surgical risks. The company aims to treat neurological conditions such as spinal cord injuries and strokes.  

🧢 Openwater: Wearable Neuroimaging

Led by Mary Lou Jepsen, Openwater is working on wearable devices that use near-infrared light to image brain activity. The goal is to create low-cost, non-invasive BCIs that can interpret neural signals, potentially enabling telepathic communication. The company has raised significant funding and plans to begin volume production in 2025.  

🧩 NeuroSky: Consumer-Grade Brain Interfaces

NeuroSky, based in San Jose, offers EEG-based BCIs for consumer applications, including gaming and education. Their technology uses dry sensors and built-in noise reduction to provide affordable brainwave monitoring, making BCI technology more accessible to the general public.  

These developments indicate a significant push toward integrating BCIs into various aspects of daily life, potentially transforming how humans interact with technology and each other.

The development of telepathic technology by Silicon Valley companies—especially through brain-computer interfaces (BCIs)—is directly tied to the broader concept of the Internet of Bodies (IoB).

🔗 What Is the Internet of Bodies?

The Internet of Bodies is an extension of the Internet of Things (IoT), involving connected devices implanted in, ingested by, or worn on the human body to collect data and potentially alter physical or neurological function.

➤ Examples of IoB devices:

Implanted brain chips (e.g., Neuralink, Paradromics, Precision Neuroscience)

Smart contact lenses

Insulin pumps with wireless interfaces

Wearable biosensors (e.g., heart monitors, EEG headbands)

Future: nanotech for behavioral or mood modulation

🧠 How BCI Telepathy Projects Fit In

1. Neuralink (Elon Musk)

Claims its chip, named "Telepathy," allows users to control devices with thought alone.

Part of a larger closed-loop system where brain output (thoughts) becomes digital input.

This transforms the user into a data node in the IoB network.

2. Paradromics / Precision Neuroscience

Aim to create permanent, implantable BCIs for communication, therapy, and interfacing with machines.

These devices turn neural patterns into digital signals that can be interpreted, stored, and even shared wirelessly.

🕸 How This Connects to IoB

Element Brain Telepathy Tech IoB Connection

Data Collection Brainwaves, neural signals Continuous biometric feedback

Implantability Yes Core requirement of Tier-3 IoB

Connectivity Wireless link to devices Part of larger smart-data ecosystem

Control Potential Direct neural interface Enables remote or programmatic body/mind input

Identity Fusion Thoughts become data Mind and machine begin to merge

🧬 Why This Raises Red Flags (and Hope)

🔒 Control + Surveillance Concerns

IoB tech can potentially be hacked, manipulated, or surveilled.

Governments or corporations could monitor or influence thought patterns and behavior.

⚕️ Medical and Cognitive Enhancement

IoB telepathy devices can restore communication for locked-in patients or enhance cognitive throughput.

May offer breakthrough cures for paralysis, Alzheimer’s, or depression.

🧠 Privacy Is Rewritten

"Mental privacy" becomes an obsolete concept when thoughts are digitized and transmitted.

🧩 Implications of Telepathic IoB

1. Synthetic Telepathy – Thoughts could be sent, received, and even monitored across networks, altering human communication forever.

2. Neuromodulation at Scale – Combined with AI, real-time brain monitoring could dynamically adjust mood, focus, or even obedience.

3. Digital Consciousness – A fully integrated IoB+BCI system could lead to "cloud-based minds," virtual avatars, and post-human ideologies.

🕶️ Final Thought:

The line between the human mind and the digital world is dissolving.

The Internet of Bodies, once theoretical, is now anchored in tangible biotech—paving the way for a future where telepathy isn't science fiction, but a subscription service.