Gold and silver chains are not like blockchain, how do you explore the "space world" using blockchain technology?

On November 16, exactly one month passed since the crew of astronaut Shenzhou 13 entered orbit, and the increase has been more than 1/6 in six months.Everyone probably wants to know more. From food, clothing, and shelter to work, how did scientists use their first ascent and exit from home? 5 minute video of what they are doing.

Even though people have done a good job on the site, crawling the site is still a costly task, no money or capital. As a blockchain security company, today we're going to talk about how blockchain technology can help the world.

It is undeniable that the blockchain also has important applications in place.These digital ledgers provide security and trust to users like never before, and are not easy for hackers or hackers to control.Aerospace companies, academics, and government agencies are exploring ways to use distributed data to make the chain more efficient, strengthen network security, and reduce financial risk.

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Bring "Blockchain" to the settings

Create transparency, trust and efficiency in the world

Due to the high cost, the large space requires the involvement of several private companies, each providing services and expertise. The highest priority is government involvement. Not all partnerships require trust.

This is one of the best things about blockchain.:Unreliable exchange of prices and information from independent parties. The transparency and accountability due to smart engagements, peer-to-peer agreements, and the public data blockchain allow participants to participate in the agreement risk-free, by default, saving money and time.

For example, startups in Singapore want to use their existing processes to improve blockchain awareness, which of course has implications for the site. The company announced its first low-orbit satellite in February 2018.In doing so, we hope to establish a full-fledged integration., provides open source support and aims to provide a blockchain sandbox for third party developers.

These satellites are used as blockchain nodes for data processing, transmission, location data storage, and application development.

Larger ground-based blockchain networks require multiple versions of computers and memory to perform hundreds of thousands of transactions per day, but since most blockchain networks are limited to a few trusted users, the energy consumption of sites related to blockchain networks can be multiple. moo. The packaging industry is therefore weak. The US satellite technology company is preparing to launch an orbital blockchain, providing satellites and a Sabertooth supercomputer for the project.

In 2020, astronaut Jessica Meyer installed the SpaceChain payload on the International Space Station. Photo source: NASA

George Fullen, an expert at Columbia University and author of "Blockchain and Business Space", stated:Blockchain networks allow organizations to share products, transportation industry products, and payment information without giving up confidential activity.

Satellite blockchain uses smart contracts to create transparent, reliable and efficient satellite satellites, including transmission and processing satellites, to access transparent data for protection, to work for government and to exercise leadership. in the licensing process. Blockchain satellite launch and Office Monitor. It can also be useful for separating blockchain data from satellites or using smart contracts to convert satellites into “smart attenuators”.

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How to ensure data security in place

Blockchain technology can offer unprecedented reliability.

Once the blockchain enters the site, care should also be taken to ensure network security concerns.

to wantTo achieve this goal, many security measures must be overcome, such as access control, asset protection, data integrity and confidentiality.

From ground-to-air communications to data centers on planes, the center is today a total threat of cyber attacks. The cyber attack process is good enough to cripple anywhere, affecting operations such as location and time constraints.

In general, the main cyberattacks that the facial area are:Cyberattacks on geolocated systems, cyberattacks on satellite systems and cyberattacks on command and control systems.

In addition to the above cyber threats, there are also cyber attacks on the site based information link. The enemy can combine electronic warfare and warfare information to use interference in the electromagnetic spectrum network, disrupt telemetry and remote control of signals on and off satellites, and break the data connection data connection based on the location of the enemy.

If an RF generator is used to generate fake GPS data, the fraudulent results generated after the received transaction are "boxed" on the connected devices, leaving the devices connected with them. and extension systems. . to reduce network attacks.

In addition, ground-based cyberattacks, such as attacks on satellite monitoring stations, communication sites and data centers, could have a global impact.

Foreign security companies have been reported to be developing data protection strategies.vam khomtechnology blockchainIt verifies access to several network nodes and guarantees the reliability of the data provided by the network.

In general, potential sites for blockchain technology in the aerospace industry include:For data, smart contracts and smart purchasing purposes, applications for quality chains can include data management (traceability and configuration of configuration) and configuration control (hardware and files) for the vessel. virtual space.In addition to being targeted, reliable and efficient, blockchain technology offers high security.