Association economic and technical specification of transactions to autonomous system into one transaction
Creation of automated control over economic relations of smart factories
Application of tracking system for cyber physical systems based on peer-to-peer network
The economy of robots: what is it
Why people need robot economics?
Why does a robot need Blockchain?

For developers of smart cities and factories

Establish added value increasing the transparency of production processes during manufacturing goods by smart factories
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Create patterns of behavior for smart factories and cities basing on economically relevant transactions settling in Ethereum Blockchain
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Design verification models of executing contract liabilities by autonomous factories to people and between each other
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Sheme 1.Open in new tab →

Smart factory uploads information about a product into a decentralized network (similar to torrent: e.g. IPFS, Swarm, etc.) as well as keeps hash-value of function from the data in a chain of blocks. Thus, information about some product is recorded at the moment of uploading and can’t be changed in the future. So, being immutable, data from sensors creates added value.

Sheme 2.Open in new tab →

A tough question in Industry 4.0 is consumers’ access to smart factories. IT-companies offer their portals for sending orders to smart factories. This scheme doesn’t work. IT-companies have an access to smart factories. But not consumers. We solve this problem of middlemen with smart contract and Robonomics OS. Here AIRA (Robonomics OS) suggests a system where is no human an opportunity to integrate with human economy. By contract factories implement orders. This way consumers have a direct access to smart factories without risks of centralization.

Sheme 3.Open in new tab →

The third question is watching the work of smart factories. How can shareholders be sure that a factory produces some goods according to specifications? A supervisor is needed. This role can’t be given only to one side (e.g. IT-company, regulator). Only a decentralized network, an independent third party, can perform supervision. In this case, social stakeholders appear and production process gets transparent and open.

For token holders and miners

To create economic incentives, which support infrastructure work in peer-to-peer network Ethereum we will issue an inner token – Robonomics token (XRT).

XRT will be required each time when it’s necessary to provide verification of working results of a smart factory or city.

XRT TGE in three phases

1
Selling access tokens to the infrastructure of Robonomics network in the format of Dutch auction for searching market price before token entering exchange
2
Allocating XTR tokens to support miners network for up-to-date software release performing test function.
3
Launching a distillatory vessel for converting AIR token, bounty release “Lighthouse” and token of Dutch auction.

Development plan of infrastructure

Q1 2018
Lighthouse
A release indicating the start of platform work for developers of smart cities and Industry 4.0 solutions. Monitoring nodes of the system report about release support in the blocks of Ethereum network
Q2 2018
Observer
This release is the start of changing network activity indicators important for the platform by comparing the results of standard node work and the results received from the network
2019
Cybernetics economy
The network participants own possibilities necessary for the work of smart cities and smart factories in response to economically valuable transactions
2020
Lights-out
The network is able to assume the tasks of controlling robotized supply chains