JP2023022116A5

JP2023022116A5 -

Info

Publication number: JP2023022116A5
Application number: JP2022183881A
Authority: JP
Filing date: 2022-11-17
Publication date: 2023-03-02

Claims

A method of secure communication and transaction processing in distributed communication and computer networks, comprising:
the network includes a plurality of software-based communication network nodes hosted on network-connected devices capable of transferring and processing packets of digital data;
The method includes:
forwarding packets over a network in such a manner that at least a portion of the digital packets are protected from unauthorized access by one or more methods of concealment, said methods of concealment comprising data scrambling, encryption, fragmentation, mixing, and junk data insertion;
dynamically rerouting packets through a network of communication nodes;
One or more nodes send a packet containing a HyperContract (hereinafter referred to as "HPCT"), said HPCT containing a job description, said job description containing data, software and executable code, numeric seeds and consisting of a digital file containing security credentials, including cryptographic keys, said HPCT being able to change as said HPCT passes through nodes;
the HPCT determines, influences, or controls the behavior of the nodes receiving the HPCT so that the nodes receiving the HPCT can perform the tasks or functions specified in the job description of the HPCT;
Method.

2. The method of claim 1, wherein
A method, wherein each HPCT specifies network nodes that participate in providing the functions and resources necessary to perform the jobs specified in said HPCT.

3. The method of claim 2, wherein
The method of claim 1, wherein the HPCT specifies tasks for the node to perform in executing the HPCT, the tasks including acting as a name server, authority node, or task node.

3. The method of claim 2, wherein
The HPCT has one or more backup network nodes in case the primary node, which is the node designated in the HPCT, goes offline or is unable to perform its designated role or task. A method, specified as a node.

2. The method of claim 1, wherein
A method wherein a job specification contained in said HPCT provides for a node to communicate among or between two or more users or sources over a network.

2. The method of claim 1, wherein
A method, wherein a job specification contained in said HPCT defines a device or vehicle with wireless connectivity that forms an ad-hoc peer-to-peer network of communication nodes independent of network carriers or fixed networks.

2. The method of claim 1, wherein
A method, wherein a job specification contained in said HPCT provides that network nodes perform distributed cloud computing for executing software, algorithms or executable code contained in said job description.

2. The method of claim 1, wherein
A method, wherein a job specification contained in said HPCT provides that a network node manages the flow of commands and data between IoT devices and other edge devices.

2. The method of claim 1, wherein
A method wherein the job specifications contained in the HPCT provide for network nodes to store and hold data or files that act as redundant non-volatile storage.

10. The method of claim 9, wherein
fragmenting the data or file before the data or file is stored on a network node;
distributing and storing the data or files in a plurality of nodes on the network;
returning an encryption-decryption key required to restore the fragmented data or file, along with the job description storage data, to the node that generated, transmitted, or held the HPCT;
Collecting the fragmented data or file using the encryption-decryption key to cause the node generating, transmitting or holding the HPCT to restore the fragmented data or file to its original form. and defragmenting;
The method further comprising:

11. The method of claim 10, wherein
encrypting or scrambling the data or file prior to fragmenting the data or file;
After fragmenting the data or file, using the encryption-decryption key to cause the node that generates, transmits, or holds the HPCT to restore the fragmented data or file to its original form. or causing the file to be decrypted or unscrambled;
The method further comprising:

2. The method of claim 1, wherein
The network nodes are metamorphic with different types,
The HPCT is
- which network nodes are split into nameserver nodes until the tasks specified in the job description of the HPCT are completed;
- which network nodes are differentiated into authority nodes until the task specified in the job description of the HPCT is completed; and
- which network nodes are split into task nodes until the task specified in the job description of the HPCT is completed;
and
wherein the nameserver node, the authority node and the task node specified in the HPCT return to an undifferentiated network after completion of the task specified in the job description of the HPCT.

13. The method of claim 12, wherein
Each HPCT includes a security credential including one or more of a numeric seed and a cryptographic key that allow selected network nodes to access information stored as fragmented data in diffuse cloud storage. it becomes possible to
said nameserver node has access to nameserver-related data stored only in the nameserver diffusion cloud on a need-to-know basis;
the authority node is capable of accessing authority node related data stored only in the authority node diffusion cloud on a need to know basis;
The method, wherein the task nodes are able to access task node related data stored in the task node diffusion cloud on a need to know basis.

A method of secure communication and transaction processing in distributed communication and computer networks, comprising:
said network comprising a plurality of software-based heterogeneous communication network nodes hosted on networked devices capable of transferring and processing packets of digital data;
The method includes
authenticating all node instances installed on a device using a signed digital CA certificate certifying its correctness and authenticity, wherein said CA certificate is network native and said network a HyperSphere (hereinafter referred to as "HPSR") unique identity and signature known only to a third party or intruder and unavailable to third parties or intruders;
providing an HPCT specifying jobs to be performed by said distributed network, said HPCT being authored by a merchant or service provider seeking access to network resources;
A method, including

15. The method of claim 14, wherein
The method, wherein the CA certificate is authenticated and digitally signed by the merchant or service provider that created the HPSR network and the HPCT.

15. The method of claim 14, wherein
The method, wherein the HPSR is authenticated and digitally signed by the merchant or service provider that created the HPSR network and the HPCT.

A method of secure communication and transaction processing in distributed communication and computer networks, comprising:
the network includes a plurality of software-based communication network nodes hosted on network-connected devices capable of transferring and processing packets of digital data;
The method includes:
providing an HPCT, said HPCT specifying a job description and including a reward agreement for network nodes completing respective tasks assigned to said network nodes in said HPCT;
performing the HPCT comprising forwarding a data packet through the network, the forwarding of the data packet generating a unique cryptographic hop code for each internode hop of the data packet; and,
method including.

18. The method of claim 17, wherein
causing a node to confirm its participation in execution of the HPCT by retrieving its encrypted hopcode as proof of execution of said HPCT, said node in return for transmitting data packets in said HPCT; The method further comprising the step of receiving a portion of the contracted reward.

19. The method of claim 18, wherein
The node receives a portion of the reward contracted in the HPCT in a convertible cryptocurrency;
The method includes:
The method further comprising permanently recording the retrieval of the cryptographic hop code by the node in a permanent Directed Dynamic Acyclic Graph (hereinafter referred to as "DyDAG") or Blockchain.

19. The method of claim 18, wherein
the node receives a portion of the reward contracted in the HPCT in a non-convertible cryptocurrency;
The method includes:
permanently recording the recovery of the cryptographic hop code by the node in a permanent DyDAG or blockchain as the non-fungible cryptocurrency;
converting the non-convertible cryptocurrency into a convertible cryptocurrency;
permanently recording the conversion of said non-convertible cryptocurrency into a convertible cryptocurrency in a permanent DyDAG or blockchain;
A method, including

A method of routing data packets over a communication network comprising a plurality of nodes, comprising:
the data,
data used to perform nameserver functions, including identifying device names and their corresponding dynamic addresses;
data used to perform authority node functions, including routing data packets over a network of task nodes; and
data used to perform task node functions, including concealing the contents of data packets using concealment algorithms;
subdividing into any of the categories of
providing said node with data necessary to perform either said nameserver function, said authority node function, or said task node function;
fragmenting each of said categories of data into files according to an algorithm, said algorithm being based on a state including time and using a key to defragment some or all of said files; the step requiring
to the node,
a concealment method for scrambling a received packet by reordering data segments within the received packet according to a scrambling algorithm developed according to a first state;
a concealment method for encrypting the received packet according to an encryption algorithm and encryption key created according to a first state;
the step of performing at least one of
A method, including

22. The method of claim 21 , wherein
further comprising storing the fragmented data on multiple devices;
A method wherein no single device stores enough content to reconstruct the data prior to the fragmentation.

22. The method of claim 21 , wherein
A method wherein a gateway node in said network requests a destination address from said data used to perform said name server function.

22. The method of claim 21 , wherein
To enable authority nodes to access data in the diffusion data cloud, including tables of hop times between nodes, gateway nodes store data used to perform said nameserver functions, said How to send to the authority node.