The 7G MESH: Sensory Swarm: Augmented Humans & the Internet of Bodies (eBook, ePUB)
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The 7G MESH: Sensory Swarm Augmented Humans & the Internet of BodiesThis volume catalogs the infrastructure, protocols, and operating logic of the Internet of Bodies (IoB) as deployed within the context of augmented human telemetry and control. It describes a live systemspanning on-body, in-body, and environmental nodesdesigned to extract biosignals, synchronize intent, and actuate behavior through real-time feedback loops.Subsystems covered include:IoB Substrate: Taxonomy of device classes (wearables, implants, ambient sensors) with known standards and signal regimes [DOC]System Loop: Pipelin...
The 7G MESH: Sensory Swarm Augmented Humans & the Internet of Bodies
This volume catalogs the infrastructure, protocols, and operating logic of the Internet of Bodies (IoB) as deployed within the context of augmented human telemetry and control. It describes a live systemspanning on-body, in-body, and environmental nodesdesigned to extract biosignals, synchronize intent, and actuate behavior through real-time feedback loops.
Subsystems covered include:
All claims are indexed as:
Nothing here is speculative. Every system named has an existing patent, product, or program lineage. Diagrams show subsystem flow, deployment vectors, and linkages across mesh layersfrom CubeSat overlays and smart lamppost VLC arrays to graphene-threaded smart fabrics and magnetothermal nanoparticle triggers.
The 7G MESH is not commentary. It's a reference grid for a live architecture of behavioral synchronization and cognitive telemetry.
Read structurally. Follow citations. This is how they route thought through hardware.
This volume catalogs the infrastructure, protocols, and operating logic of the Internet of Bodies (IoB) as deployed within the context of augmented human telemetry and control. It describes a live systemspanning on-body, in-body, and environmental nodesdesigned to extract biosignals, synchronize intent, and actuate behavior through real-time feedback loops.
Subsystems covered include:
- IoB Substrate: Taxonomy of device classes (wearables, implants, ambient sensors) with known standards and signal regimes [DOC]
- System Loop: Pipeline from biosignal acquisition → mesh relay → model inference → behavioral actuation [DOC]
- 7G Mesh Architecture: THz pilot tones with overlapping FR1/FR2 layers enabling <1ms control loops, edge-inferenced [DOC]
- BCI Integration: Non-surgical brain-computer interfaces (EEG/EMG), sub-vocal EMG, and intent decoding platforms [DOC]
- Covert Comms: WhisperNet overlays via VLC bursts, haptic tap codes, and sub-audible audio channels [DOC+OPS]
- Micro-Shaping Vectors: Latency artifacts, UI flicker patterns, and duty-cycle nudging as subtle behavioral modifiers [DOC+OPS]
- Digital Twin Engines: Federated learning stacks for population modeling, simulation-driven targeting, and feedback injection [DOC]
- Facility Mesh Realities: Hospital device fleets, cloud dependency chains, and segmentation debt in critical care networks [DOC]
All claims are indexed as:
- [DOC] Documented in peer-reviewed science, standards, patents, program memos, or regulatory filings
- [OPS] Operational from contractor decks, field notes, gray archives, or leaks
Nothing here is speculative. Every system named has an existing patent, product, or program lineage. Diagrams show subsystem flow, deployment vectors, and linkages across mesh layersfrom CubeSat overlays and smart lamppost VLC arrays to graphene-threaded smart fabrics and magnetothermal nanoparticle triggers.
The 7G MESH is not commentary. It's a reference grid for a live architecture of behavioral synchronization and cognitive telemetry.
Read structurally. Follow citations. This is how they route thought through hardware.
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