Blockchain technology in the technosphere safety systems design


Based on: https://help-in.ru/node/265

Georgii A. Kupriianov
Researcher in The International Institute of Engineering in Environment and Human Safety
The Department of Computer Aided Design
Saint Petersburg Electrotechnical University “LETI”
St. Petersburg, Russia
http://iehs.ru

How to solve the problem of timely prevention of technological disasters?
My solution: An integrated system of technosphere security with the registration of events in the blockchain.
Data from vibration sensors, deformation sensors, position and displacement sensors relative to a fixed reference point (as well as humidity, gas, fire and burglar alarm sensors, etc.) must constantly fall into the public blockchain. Society should always be aware of the status of significant objects, that is, 24/7.
The maximum permissible values of the readings of all systems must also be known and remain unchanged, so that it is possible to make decentralized conclusions about the condition of structures, the operation of which is associated with risks in the field of technosphere and other safety.
Accordingly, events should be recorded and short videos should also be recorded, the recording of which is carried out by the operation of motion sensors that record any environmental change near the protected object.
Verification and certification data of measuring instruments should also be included in the blockchain as separate transactions.
The information system based on the blockchain, where monitoring data will be delivered in a timely manner, will not only prevent technogenic disasters, it will determine the responsibilities of officials and prevent the implementation of corruption scenarios.
Earlier in my publications I already suggested using blockchain to register events of an integrated system of environmental safety and campaigning.

The design of integrated technosphere security system with event logging based on the blockchain is a complex task. And then a special CAD/CAE will come to the rescue.
Here I propose the concept of such a computer-aided design toolset.

Куприянов Георгий Александрович
СПбГЭТУ ЛЭТИ, кафедра САПР,
научный сотрудник МИИЭБЧ
http://iehs.ru

Плюс: Моя инициатива на РОИ 78Ф70340 https://roi.ru/70340 за доказуемо нефальсифицированные выборы на блокчейне.


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