TokenMarket does not work with or advise on this project - Please read the disclaimer and risk warning before proceeding further.
This offer is based on information provided solely by the offeror and other publicly available information. The token sale or exchange event is entirely unrelated to TokenMarket and TokenMarket has no involvement in it (including any technical support or promotion). Token sales listed from persons that TokenMarket has no relationship with are shown only to help customers keep track of the activity taking place within the overall token sector. This information is not intended to amount to advice on which you should rely. You must obtain professional or specialist advice or carry out your own due diligence before taking, or refraining from, any action on the basis of the content on our site. Any terms and conditions entered into by contributors in respect of the acquisition of Tokens are between them and the issuer of the Token and TokenMarket is not the seller of such Tokens. TokenMarket has no legal responsibility for any representations made by third parties in respect of any Token sale and any claim for breach of contract must also be made directly against the Token issuing entity listed herein. Please refer to our website terms and conditions.
Please refer to our website terms and conditions and also review our Sector Risk Warnings page. If you have any concerns about the nature, propriety or legality of this token sale or the persons involved in it please contact firstname.lastname@example.org with detailed information about your concerns.
Robonomics Network is an open protocol which creates a decentralized marketplace on the Ethereum blockchain for CPS-performed (cyber-physical systems) services, merging identical demand and offer messages into a liability smart contract. There are four main actors on the marketplace: CPS (sends offer messages to the marketplace), users (create demand and can be either people, entities or other CPS units), Lighthouses (find matching offer and demand messages for a specific CPS, in order to merge them into a liability smart contract) and the Observing network (only validates). After the smart contract is created, the user’s money is held in escrow until the CPS implements the service. Upon successful implementation of the service, the observing network reviews the results and makes the decision whether the implementation was successful. If so, the liability smart contract finalizes, the fees (in native RXT tokens) are paid to the Lighthouse and the CPS, and the user gets the services.
Airalab News || November, 2018 · 9 days ago
Robonomics executive summary · 15 days ago
Robonomics Benchmark, November 2018 · 24 days ago
Total 10 posts.
Sergey Lonshakov - Robonomics network architect
Aleksandr Kapitonov - PhD in Industrial Automation, Robot economics academic society progressor
Aleksandr Krupenkin - Robotics/IoT developer, Ethereum smart contract developer, Aira tech stack architect
Valerii Chernov - Junior research assistant
Aleksei Ovcharov - Junior research assistant
Alisher A. Khassanov - Industrial engineer
Evgene Radchenko - System engineer
Aleksandr Starostin - Web developer, Ethereum smart contract developer
Pavel Sheremetev - DevOPS engineer
Vadim Manaenko - DevOps
|Country of origin||Switzerland|