ADDING YOU TO THE BEAST SYSTEM
Part 1: The Inferno
The process they use when they adding you to the Inferno involves the use of Styx, Limbo, Dis, Soul Machines, Conjur & Summon !!!
INFERNO - AN EMBEDDED OS
Inferno Operating System Burns Its Way Into Embedded Systems
Inferno, Limbo, and Dis offer advantages in terms of compactness and functionality.
Dis is normally implemented with a just-in-time (JIT) compiler that CONVERTS BYTECODES TO MACHINE INSTRUCTIONS.
Inferno, Limbo & Styx have been used in commercial products.
For instance, Inferno manages the switch in Lucent's Pathstar Telephone.
Inferno OS - Embedded Applications
Inferno is a small and powerful operating system, ideal for use in embedded devices.
inferno-os.org/solutions/emb…
Not only does it run on most popular processor architectures, Inferno comes complete with all you need for quickly developing advanced applications.
inferno-os.org/solutions/emb…
CAPTURE / CONNECT / SENDING INFO
They do this a specific way.
CONNECTING YOUR MIND
First they use MindConnect to connect your Mind to the IoT.
web.archive.org/web/20221007…
Next they connect your energy to the Energy Web3 using the Energy Blockchain.
energy-web-foundation-origin…
Next they allocate your energy to the Inferno Grid where you're connected via the Graphene Oxide (GO) & Nanowire Electronics via nodes
ponton.de/enerchain
INFERNAL GRID
Inferno as a Grid Infrastructure
Among the resources that need to be accessed through a Grid are: CPUs, data, services & devices.
An emerging consensus is leaning towards a Grid Services Interface built on Web Services technologies.
web.archive.org/web/20230128…
PDF DOWNLOAD
inferno-os.org/solutions/gri…
They need to make the Infernal Grid Useable. Here's how they do this.
Making Infernal Grids Usable
PDF DOWNLOAD
inferno-os.org/papers/ugrid.…
DEPARTMENT OF ENERGY (DOE)
GRID: Open Modeling Framework
A set of Python libraries 4 simulating power systems behavior w/ an emphasis on cost-benefit analysis of emerging technologies: distributed generation, storage, networked controls.
github.com/nreca-bts/omf/wik…
NETWORKS
Network Optimized Distributed Energy Systems (NODES)
arpa-e.energy.gov/programs-a…
NODES Overview
arpa-e.energy.gov/sites/defa…
DATA PACKET ROUTING
The PathStar Access Server: Facilitating Carrier-Scale Packet Telephony
The PathStar Access Server combines the functionality & features of traditional circuit switches with advanced Packet Routing Techniques to enable end-to-end converged network solutions.
doc.cat-v.org/inferno/pathst…
Overview of the PathStar Access Server & briefly explores its Hardware & Software Architectures.”
PDF DOWNLOAD
doc.cat-v.org/inferno/pathst…
ENERGY PACKET ROUTING
Energy Packet Management
An Energy Node Information Transfer Packet Management System involves the digital handling of energy units, akin to Data Packets, for efficient distribution & management.
sciencedirect.com/science/ar…
This concept is exemplified by the power packet dispatching system, where electric power is transferred in discrete units, each carrying both energy & information.
arpa-e.energy.gov/programs-a…
These power packets, similar to internet packets, contain a payload of quantized power & an information tag, typically embedded in a voltage waveform, which identifies the packet and its destination. (This is how they instruct it to go to you !!!)
researchgate.net/publication…
Purgatorio Fork for Inferno
The system can be used to build portable client & server applications.
It makes it straightforward to build lean applications that share all manner of resources over a network, without the cruft of much of the 'Grid' Software one sees
hub.docker.com/r/mehlon/purg…
PORTING HARDWARE TO INFERNO
Inferno Ports
This page contains pre-built kernel files, or system images, for ports of the Inferno operating system to various devices.
dboddie.github.io/inferno-po…
The Workflows Used to Build These Ports can be found in this Repository.
github.com/dboddie/inferno-p…