iPeerion Intelligent Protocols

“The Driver, GPS and Engine of tomorrow’s Blockchain.”

Intelligent Protocols

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The iPeerion Protocol is a generalization of the “smart contract” concept and includes smart contracts, project management, cooperative planning, peer collaboration and workflow, loose agreements, and are capable of real-time telemetry data collection and control of processes.  The iPeerion protocol works across wide geographical areas in widely diverse work settings. iPeerion protocols are stored as “libraries” in a blockchain, and implement distributed governance and consensus according to contract, plan or agreement.
A Contract is a set of Agreements. A Smart Contract is an Agreement or set of Agreements written into blockchain. This term is a misnomer as today’s Smart Contracts are not very smart. Current blockchain Smart Contracts are very basic, enabling only such activity as trading, sale/purchase or exchange. Intelligent Protocols are thousands of times more sophisticated and will enable interaction at, and beyond, the level of today’s websites, in effect, automating (through blockchain) all processes involving rules, from manufacturing to law to IoT.
​Examples
A Protocol is a set of instructions that lay out how a Contract is to be completed. This includes who does what, when and how, and what to do if certain events do not happen.

An example of a Protocol is a set of instructions for driving a car under specific road conditions. A series of Protocols are encoded as a Rule Set within a neural network. A Rule Set would then cover driving the car in all conditions. 
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How and Where
​​iPeerion Hyperchain writes Rule Sets or series of iPeerion Intelligent Protocols (in effect these are sophisticated software programs) into the blockchain such that all associated Agreements are carried out to completion. 
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iPeerion will build libraries of Smart Protocols (for IoT for example) and store them in iPeerion Hyperchain so they cannot be hacked.

​Integrated within Protocol Libraries is an set of special "iPeerion Blockchain Search Engines" (Nexus or Nexi) that allow users-apps to search and find an interface or an API and connect:

​The “search engines” searches blockchains storing key-value pairs, where the key is searched and the value is returned from the search. 
These are:
  1. key = Internet address; value = digital signature of the device at that address (every device class will have a unique digital signature, even Tesla autos)
  2. key = device digital signature; value = Internet address (for finding where IoT devices reside)
  3. key = device digital signature; value = device protocol
  4. key = device digital signature; value = device driver
 ​Examples:
  1. key = Internet address of Tesla factory; value = Tesla 3's there;
  2. key = digital signature of a Tesla model 3; value = where you can find one;
  3. key = digital signature of a Tesla model 3; value = neural network used to drive Tesla 3;
  4. key = digital signature of a USB drive; value: a downloadable device driver to install for reading and writing to the USB drive.

FEATURES & SOLUTIONS

​​B2B REQUIREMENT
  • A framework for B2B customers working on a variety of different computing platforms
  • A framework for B2B customers working on a variety of different computing platforms
  • B2B services over wide geographical areas;
  • Scale blockchain update levels competitive with the current fastest processors;
  • B2B services in adverse conditions, continue to serve when software, servers and networks fail
  • Secure all transactions, databases as required by B2B peers
  • Manage and route high volume message and data flow B2B network traffic
  • Dynamically connect, reconnect and reroute B2B interfaces, data sources and sinks as required
  • Enable B2B dynamic peer work-flow and logistics  coordination and contracting
  • Reconnect blockchains separated by geography or asynchronous transacting
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PROBLEMS TO BE SOLVED
  • Package and extend iPeerion “plug-and-play” to computers hosting Microsoft, Linux and Apple (Mac) systems
  • Package and extend iPeerion plug-and-play to diverse hosts anywhere and everywhere
  • Dynamically replicate iPeerion services to meet required transaction loads
  • Dynamic network re-routing, re-hosting, rolling restarts, sophisticated network analysis and host monitoring
  • Provide end-point to end-point encryption as specified by B2B peers
  • Provide low-latency “deep queuing” messaging infrastructure
  • Implement network virtual (content) addressing
  • Enhance and expand the concept of “smart contracts”, distributed governance and consensus
  • Blockchain of blockchains
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IPEERION  SOLUTION
  • iPeerion framework is interfaced through Virtual Machines (VM), as in the Docker system
  • iPeerion framework is offered in “software container packaging” as in Docker
  • iPeerion framework is integrated into Docker software containers, managed by iPeerion Conductor
  • iPeerion blockchain framework is packaged in Docker software containers and deployed and managed by multiple nodes (configurable by client) and iPeerion Conductor
  • Encryption by block, encryption by node, encryption by network
  • Intelligent self-healing nodes auto-wipe with any unauthorized or unverified access - then rebuild from surrounding nodes (level of consensus configurable by client)
  • Integrated intelligent I/O and Conductor driven block distribution across network (clients, private or public)
  • iPeerion Protocol, Conductor, multilevel blockchain and iPeerion Nexus (level of redundancy configurable by client)
  • iPeerion Hyperchain can run in place of OR in parallel with existing data systems (double systems)
  • User friendly interface - nothing new to add