Hello Everyone,
"Assalamu alaikum" I hope you are all well, Alhamdulillah I am also well in your prayers by the infinite grace of Allah, welcome to the Steemit Crypto Academy. The topic of today's homework tax is hashgraph technology so I thank Professor @pelon53 for introducing us to a hashgraph technology that specially I have learned and learned and understood many new things. I am presenting to you below what I have understood in this homework task with my little experiance.

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Hashgraph Technology:

Hashgraph technology is an advanced technology that is considered a distributive sector and which comes to innovate in the craft materialism and which works much better than most initially distributed laser systems (blockchains) employed by cryptocurrency Stands. Hashgraph technology processes large transactions per second and completes them securely in order to further improve transaction efficiency on a network with high scalability features. These crypto networks employ a variety of compliant algorithms such as Proof of Work (POW), Proof of Stack (POS), and gossip protocols for hashgroup

Q1: Explain in details the gossip protocol, used in hashgraph?

The gossip protocol employed in hashgrap technology is that which distributes data across a whole system in order to reach a transactional relationship across the network. This protocol is basically a protocol that guarantees a high security by enhancing high efficiency and promotes low delayed delivery communication that can be seen in peer-to-peer networks. The gossip protocol works in a gossip mode about gossip which enables the nodes of a system to randomly send beta to other nodes for the purpose of reaching a consensus. Gossip protocols have been used to transmit data across platforms that allow different nodes connected to the network to share and publish information between themselves more quickly and efficiently. Gossip protocols have been used to transmit data across platforms that allow different nodes connected to the network to share and publish information between themselves more increases quickly and efficiently.
Also noteworthy is that the gossip protocol employed in this technology not only transmits data from one node to another but also transmits detailed data highlighting all the nodes already involved in the data. What the nodes are doing before the data arrives, the interaction of the nodes with the data at the time the data came to other nodes and much more. There is constant gossip going on between the nodes to reach a consensus faster than blockchain technology.
The most important thing is that the gossip protocol will continue to be efficient and fast in disseminating and distributing information over the network as long as there is no inequality and exclusion of the existing electrical nodes in the network. Nodes may be excluded from receiving such information if the notes are highly infected by malware Prop of Work (POW) Unlike the Proof of Stake (POS) consent algorithm, the protocol used as a hashgraph consensus technology has nodes that reduce the workload on a network and it is easy to legitimize the transaction while talking about virtual voting in the transaction protocol leading to a faster, safer, and more secure way. This is because all system parts communicate to other nodes involved in the transaction which quickly increases the validity by reaching.

Q2: Explained Byzantine Fault Tolerance in Hashgraph.

Byzantine Faults This is simply a case where the distribution fails without any other nodes in the network having information about the failure of any other node in the network. The use of gossip protocols shows the level of error tolerance due to the ability to efficiently share and distribute information across multiple nodes in a network where It demonstrates some skill in managing well. A hashtag is an asynchronous Byzantine fault tolerance which simply means that a transaction is valid only when the nodes of a distributor network reach an agreement and as such can be mathematically proven that the validity of the transaction will occur.
The Byzantine fault here is a situation where the failure of one of the nodes may not be detectable by the other functional nodes. So when we see that the hashgraph is tolerant of asynchronous Byzantine faults, it simply comes to our mind that the protocol transaction can be verified only if there is a consensus between different nodes in the network. And this is further confirmed when 1/3 of the total node is thus corrupted, so there is more than 2/3 of the node reaching a consensus to validate the transaction. The hashgraph asynchronous Byzantine Faults tolerance is considered to be the strongest of the Byzantine series, with its ability to reach and reach consensus with network space occupants.

Q3: Make a comparison between hashgraph vs blockchain, for a voting process in your country. Which technology would you choose? Why?

First I would like to make a comparison between hashtags and blockchain on these features of Scalability, speed, security, overall efficiency.

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Scalability: Hashgraphs on scalability indicators are seen to carry a lot more transactions efficiently for a certain period of time without any delay of validity and when the blockchain limits this capability. Because in most cases the transaction is delayed due to their own response rate.

Speed: Hashgraphs are proven to process transactions on any network for up to 10000 seconds without delay, but blockchain transaction speed depending on the consensus algorithm employed by a particular network that works as evidence (POW) seen in the Tron blockchain Bitcoin or Proof of Stack (POS)
Where the speed of the transaction is determined by the work of the miners and the speed of the transaction in the blockchain is slightly less than that of the hashgraph.

Security: The hashgraph protocol provided at transaction speeds has higher security and asset protection which reduces the risk of malicious attacks with larger nodes receiving previously distributed data. Which makes it difficult to change. This is seen to be limited to blockchain although there is still assurance of better protection.

Overall efficiency: In a word, hash graphs are more efficient than blockchain and all the points mentioned above are mathematically proven which proves to be hashgraph more efficient than blockchain.
I am interested in adopting hashgraph technology for the voting process in my country and my preferred reason is the virtual voting component of hashgraph technology. Voters using this virtual voting protocol then retain the story of the vote count day after day which excites all parties. The hashgraph has the power to validate 10,000 votes cast per second, which means that 6 lakh votes can be verified and verified in 60 seconds. And that's why I think it not only speeds up the process but also gives faith, justice and inclusion to all participants.

Q4: Explore Hedera hashgraph, show screenshots.

The Hedera hashgraph is the only approved hashgraph technology and the technology is used to reach asynchronous Byzantine Faults tolerant consensus. Priced at 0.258 USD and was ranked 50th in terms of current market value.

Login with hedera.com
Click on the three (3) parallel lines on the top left screen of your device.

It gives a display of the following items:
Network
Devs
Use cases
HBAR
Governance
About

The network option allows the user to provide the Hedera token service without the need for the user to deploy a smart contract. Enables minting and handling to configure native fungus-eligible and non-fungus tokens. There the Consensus Service allows the provision of a verifiable time stamp and sequence of events for applications or approved blockchain structures.

The Davis option has our docs that help us learn key concepts and review APIs. We also have SDK where I have the freedom to find the language of our choice

Our use case includes the following:
Payment: There is a possibility to unlock new earnings and expenses reduction
Tokenized assets: The ability to manage and exchange assets is not the same as before
Fraud mitigation: In addition to protecting customers
Reduce costs as well as protect customers.
Introduction: Maintain the lifespan of testimonials.
Data Consent: Log in and verify activities in public
Permitted blockchain: It encourages users to create private lasers with public confidence.

We have the following for HBAR option
Overview: Learn about Hedera Cryptocurrency HBAR.
Account Creation: Create a new Hedera Mainet account instantly.
Wallets and Exchanges: Find HBAR supported wallets and exchanges

Governance tells us that Hidera received build-up

About: The last option gives us a round-down list of what we knew

Finally, I would like to say that hashgraph are undoubtedly a great invention of the crypto ecosystem. It addresses some of the flaws of the existing blockchain and proves to be faster and safer than blockchain. By searching for hedera I understand that an existing approved blockchain can be integrated with the hedera interest which is the only approved hashgraph technology at the moment.
Thanks for reading my homework post.