• Cardano blockchain is a third-generation blockchain that is designed to be more secure, scalable, and sustainable than other blockchains. Here are some of the ways that Cardano can be used to create more secure and efficient systems:

    Banking and Payments: Cardano blockchain can be used to create more secure and efficient payment systems. With Cardano’s Ouroboros consensus algorithm, transactions are verified by a network of nodes that work together to ensure the integrity of the blockchain.

    Cyber Security: Cardano blockchain can be used to create more secure and tamper-proof systems. With Cardano’s Plutus programming language, developers can write smart contracts that are more secure and less prone to errors.

    Supply Chain Management: Cardano blockchain can be used to create more transparent and efficient supply chains. With Cardano’s traceability features, it is possible to track products from the source to the end consumer.

    Forecasting: Cardano blockchain can be used to create more accurate forecasting models. With Cardano’s data storage capabilities, it is possible to store large amounts of data in a secure and efficient manner.

    Networking and the Internet of Things (IoT): Cardano blockchain can be used to create more secure and efficient networks for IoT devices. With Cardano’s low energy consumption and high scalability, it is possible to create networks that are both secure and efficient.

    Insurance: Cardano blockchain can be used to create more efficient insurance systems. With Cardano’s smart contract capabilities, it is possible to automate many of the processes involved in insurance claims.

    Private Transport and Ride Sharing: Cardano blockchain can be used to create more secure and efficient ride sharing systems. With Cardano’s traceability features, it is possible to track the movement of vehicles in real-time.

    Cloud Storage: Cardano blockchain can be used to create more secure and efficient cloud storage systems. With Cardano’s low energy consumption and high scalability, it is possible to store large amounts of data in a secure and efficient manner.

    Healthcare: Cardano blockchain can be used to create more secure and efficient healthcare systems. With Cardano’s traceability features, it is possible to track patient data in real-time while maintaining patient privacy.

    Real Estate: Cardano blockchain can be used to create more transparent and efficient real estate markets. With Cardano’s traceability features, it is possible to track property ownership in real-time.

    Energy Management: Cardano blockchain can be used to create more efficient energy management systems. With Cardano’s low energy consumption and high scalability, it is possible to create networks that are both secure and efficient.

    Voting Systems: Cardano blockchain can be used to create more secure and transparent voting systems. With Cardano’s traceability features, it is possible to track votes in real-time while maintaining voter privacy.
    Cardano blockchain is a third-generation blockchain that is designed to be more secure, scalable, and sustainable than other blockchains. Here are some of the ways that Cardano can be used to create more secure and efficient systems:

    Banking and Payments: Cardano blockchain can be used to create more secure and efficient payment systems. With Cardano’s Ouroboros consensus algorithm, transactions are verified by a network of nodes that work together to ensure the integrity of the blockchain.

    Cyber Security: Cardano blockchain can be used to create more secure and tamper-proof systems. With Cardano’s Plutus programming language, developers can write smart contracts that are more secure and less prone to errors.

    Supply Chain Management: Cardano blockchain can be used to create more transparent and efficient supply chains. With Cardano’s traceability features, it is possible to track products from the source to the end consumer.

    Forecasting: Cardano blockchain can be used to create more accurate forecasting models. With Cardano’s data storage capabilities, it is possible to store large amounts of data in a secure and efficient manner.

    Networking and the Internet of Things (IoT): Cardano blockchain can be used to create more secure and efficient networks for IoT devices. With Cardano’s low energy consumption and high scalability, it is possible to create networks that are both secure and efficient.

    Insurance: Cardano blockchain can be used to create more efficient insurance systems. With Cardano’s smart contract capabilities, it is possible to automate many of the processes involved in insurance claims.

    Private Transport and Ride Sharing: Cardano blockchain can be used to create more secure and efficient ride sharing systems. With Cardano’s traceability features, it is possible to track the movement of vehicles in real-time.

    Cloud Storage: Cardano blockchain can be used to create more secure and efficient cloud storage systems. With Cardano’s low energy consumption and high scalability, it is possible to store large amounts of data in a secure and efficient manner.

    Healthcare: Cardano blockchain can be used to create more secure and efficient healthcare systems. With Cardano’s traceability features, it is possible to track patient data in real-time while maintaining patient privacy.

    Real Estate: Cardano blockchain can be used to create more transparent and efficient real estate markets. With Cardano’s traceability features, it is possible to track property ownership in real-time.

    Energy Management: Cardano blockchain can be used to create more efficient energy management systems. With Cardano’s low energy consumption and high scalability, it is possible to create networks that are both secure and efficient.

    Voting Systems: Cardano blockchain can be used to create more secure and transparent voting systems. With Cardano’s traceability features, it is possible to track votes in real-time while maintaining voter privacy.

    (Generative language model was used in the making of this post)
    Cardano blockchain is a third-generation blockchain that is designed to be more secure, scalable, and sustainable than other blockchains. Here are some of the ways that Cardano can be used to create more secure and efficient systems: Banking and Payments: Cardano blockchain can be used to create more secure and efficient payment systems. With Cardano’s Ouroboros consensus algorithm, transactions are verified by a network of nodes that work together to ensure the integrity of the blockchain. Cyber Security: Cardano blockchain can be used to create more secure and tamper-proof systems. With Cardano’s Plutus programming language, developers can write smart contracts that are more secure and less prone to errors. Supply Chain Management: Cardano blockchain can be used to create more transparent and efficient supply chains. With Cardano’s traceability features, it is possible to track products from the source to the end consumer. Forecasting: Cardano blockchain can be used to create more accurate forecasting models. With Cardano’s data storage capabilities, it is possible to store large amounts of data in a secure and efficient manner. Networking and the Internet of Things (IoT): Cardano blockchain can be used to create more secure and efficient networks for IoT devices. With Cardano’s low energy consumption and high scalability, it is possible to create networks that are both secure and efficient. Insurance: Cardano blockchain can be used to create more efficient insurance systems. With Cardano’s smart contract capabilities, it is possible to automate many of the processes involved in insurance claims. Private Transport and Ride Sharing: Cardano blockchain can be used to create more secure and efficient ride sharing systems. With Cardano’s traceability features, it is possible to track the movement of vehicles in real-time. Cloud Storage: Cardano blockchain can be used to create more secure and efficient cloud storage systems. With Cardano’s low energy consumption and high scalability, it is possible to store large amounts of data in a secure and efficient manner. Healthcare: Cardano blockchain can be used to create more secure and efficient healthcare systems. With Cardano’s traceability features, it is possible to track patient data in real-time while maintaining patient privacy. Real Estate: Cardano blockchain can be used to create more transparent and efficient real estate markets. With Cardano’s traceability features, it is possible to track property ownership in real-time. Energy Management: Cardano blockchain can be used to create more efficient energy management systems. With Cardano’s low energy consumption and high scalability, it is possible to create networks that are both secure and efficient. Voting Systems: Cardano blockchain can be used to create more secure and transparent voting systems. With Cardano’s traceability features, it is possible to track votes in real-time while maintaining voter privacy. Cardano blockchain is a third-generation blockchain that is designed to be more secure, scalable, and sustainable than other blockchains. Here are some of the ways that Cardano can be used to create more secure and efficient systems: Banking and Payments: Cardano blockchain can be used to create more secure and efficient payment systems. With Cardano’s Ouroboros consensus algorithm, transactions are verified by a network of nodes that work together to ensure the integrity of the blockchain. Cyber Security: Cardano blockchain can be used to create more secure and tamper-proof systems. With Cardano’s Plutus programming language, developers can write smart contracts that are more secure and less prone to errors. Supply Chain Management: Cardano blockchain can be used to create more transparent and efficient supply chains. With Cardano’s traceability features, it is possible to track products from the source to the end consumer. Forecasting: Cardano blockchain can be used to create more accurate forecasting models. With Cardano’s data storage capabilities, it is possible to store large amounts of data in a secure and efficient manner. Networking and the Internet of Things (IoT): Cardano blockchain can be used to create more secure and efficient networks for IoT devices. With Cardano’s low energy consumption and high scalability, it is possible to create networks that are both secure and efficient. Insurance: Cardano blockchain can be used to create more efficient insurance systems. With Cardano’s smart contract capabilities, it is possible to automate many of the processes involved in insurance claims. Private Transport and Ride Sharing: Cardano blockchain can be used to create more secure and efficient ride sharing systems. With Cardano’s traceability features, it is possible to track the movement of vehicles in real-time. Cloud Storage: Cardano blockchain can be used to create more secure and efficient cloud storage systems. With Cardano’s low energy consumption and high scalability, it is possible to store large amounts of data in a secure and efficient manner. Healthcare: Cardano blockchain can be used to create more secure and efficient healthcare systems. With Cardano’s traceability features, it is possible to track patient data in real-time while maintaining patient privacy. Real Estate: Cardano blockchain can be used to create more transparent and efficient real estate markets. With Cardano’s traceability features, it is possible to track property ownership in real-time. Energy Management: Cardano blockchain can be used to create more efficient energy management systems. With Cardano’s low energy consumption and high scalability, it is possible to create networks that are both secure and efficient. Voting Systems: Cardano blockchain can be used to create more secure and transparent voting systems. With Cardano’s traceability features, it is possible to track votes in real-time while maintaining voter privacy. (Generative language model was used in the making of this post)
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  • Equilibrium.
    Follow us for more work
    Thank you for your support.🫶🫡
    Tag:🏷 #art #nft #artist #artwork #apace #man #amazing #bitcoin #blockchain #somee
    Equilibrium. Follow us for more work🔔👍🥰 Thank you for your support.🫶🫡 Tag:🏷 #art #nft #artist #artwork #apace #man #amazing #bitcoin #blockchain #somee
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  • Nature's visage.
    Follow us for more work
    Thank you for your support.🫶🫡
    Tag:🏷 #art #nft #artist #somee #artwork #nature #face #girl #beauty #three #crypto #bitcion #blockchain #news #nft #paint
    Nature's visage. Follow us for more work🔔👍🥰 Thank you for your support.🫶🫡 Tag:🏷 #art #nft #artist #somee #artwork #nature #face #girl #beauty #three #crypto #bitcion #blockchain #news #nft #paint
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  • Love preaches.
    Follow us for more work
    Thank you for your support.🫶🫡
    Tag:🏷 #love #art #somee #artist #artwork #paint #kiss #preaches #hot #crypto #bitcion #nft #sell #blockchain
    #color
    Love preaches. Follow us for more work🔔👍🥰 Thank you for your support.🫶🫡 Tag:🏷 #love #art #somee #artist #artwork #paint #kiss #preaches #hot #crypto #bitcion #nft #sell #blockchain #color
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  • Bitcoin halving is one of most anticipated events happening on bitcoin blockchain halving happens every 4 years in 2024 we will have the last bitcoin having were 21 million bitcoin will ever be in circulation there are currently 1.7 million bitcoin left to be mindd which will be in 2024.

    Bitcoin solves money printing problem.


    #awesme #somee #crypto #mining


    [Image source](https://www.instagram.com/p/CqOOMwsulle/?igshid=YmMyMTA2M2Y=)
    Bitcoin halving is one of most anticipated events happening on bitcoin blockchain halving happens every 4 years in 2024 we will have the last bitcoin having were 21 million bitcoin will ever be in circulation there are currently 1.7 million bitcoin left to be mindd which will be in 2024. Bitcoin solves money printing problem. #awesme #somee #crypto #mining [Image source](https://www.instagram.com/p/CqOOMwsulle/?igshid=YmMyMTA2M2Y=)
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  • Check this amazing Crypto Project out on the Ethereum Blockchain. Artify you can sketch a drawing fast in a theme of your choice and out comes an amazing piece of art you can mint into an NFT and sell. Its truly amazing for someone like me who cant draw at all! Check out my video to see what i mean! Thanks
    https://youtu.be/m6Faeh1b3yE
    and website https://artifylabs.io
    #artify #artifylabs #crypto #thereum #somee #someeoffical #awesme #sme
    Check this amazing Crypto Project out on the Ethereum Blockchain. Artify you can sketch a drawing fast in a theme of your choice and out comes an amazing piece of art you can mint into an NFT and sell. Its truly amazing for someone like me who cant draw at all! Check out my video to see what i mean! Thanks https://youtu.be/m6Faeh1b3yE and website https://artifylabs.io #artify #artifylabs #crypto #thereum #somee #someeoffical #awesme #sme
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  • #SME Token in Hive Blockchain is up today 6.36%
    Do you know how to use internal Hive Dexs? I am interested in how much the community here in #SoMee knows about the blockchain inner functions.
    Poll Coming
    #SME Token in Hive Blockchain is up today 🟢6.36% Do you know how to use internal Hive Dexs? I am interested in how much the community here in #SoMee knows about the blockchain inner functions. Poll Coming 😎
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  • Listen to my podcast on @iheartradio to learn more about Web3, AI, blockchain and tech innovations.
    Listen to my podcast on @iheartradio to learn more about Web3, AI, blockchain and tech innovations. 🦾
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  • Hey folks :) SOM(e)ething else ;)
    If you like good content, please check out those two accounts (if you dont already know them )
    Blownation for very well explained blockchain and beyond content
    aaand Nfthere for thoughts and wisdom about health, crypto and more ...
    Share some love :)
    Hey folks :) SOM(e)ething else ;) If you like good content, please check out those two accounts (if you dont already know them ) [Blownation] for very well explained blockchain and beyond content aaand [Nfthere] for thoughts and wisdom about health, crypto and more ... Share some love :)
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  • Coinbase have been looking for alternative route to counter SEC and their staking policies of not allowing investors/validators to stake considering staking activities are not recognized means of making profit, Coinbase has introduced an on-chain staking service where it users can use other relevant blockchain to earn staking reward from protocol.


    #awesme #somee #crypto #staking



    [Image source](https://www.instagram.com/p/CqJoXz-vJNz/?igshid=YmMyMTA2M2Y=)
    Coinbase have been looking for alternative route to counter SEC and their staking policies of not allowing investors/validators to stake considering staking activities are not recognized means of making profit, Coinbase has introduced an on-chain staking service where it users can use other relevant blockchain to earn staking reward from protocol. #awesme #somee #crypto #staking [Image source](https://www.instagram.com/p/CqJoXz-vJNz/?igshid=YmMyMTA2M2Y=)
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  • Greetings SoMee Family

    Today I will be Teaching About the Solana Blockchain.

    1. ABOUT SOLANA BLOCKCHAIN:
    Solana could be backdated to 2017 when Anatoly yakovenko, Eric Williams, Greg Fitzgerald inclusive others detailed a whitepaper detailing the functionality of the Solana blockchain based on the proof of history (PoH) which we all know and see as an advancement of the proof of stake with great features like processing over 700,000 transactions per second and solving further scalability issues.

    Solana is seen to be an open-source project which is very functional and utilizes a new seamless and highly scalable layer-1 blockchain. The structure of this blockchain allows for the facilitation of smart contracts and further enhancement of smart contracts spreading into decentralized finance networks as well as NFTs to work with

    2. PROOF OF HISTORY(POH):
    This blockchain network works through the Proof of History (PoH), a series of calculation works that affirms the taking-place of an event at any point in time on the network.

    The network makes use of the Tower Byzantine Fault Tolerance (TBFT)to improve security and more efficient validation of transactions on the network. Getting consensus is more so, another important function of the tower's byzantine fault tolerance.

    The Solana native token is seen as the SOL token which allows for user staking as well as governance on the blockchain as well as transfers of value.

    3. Early Solana's shortcomings
    Every great blockchain would surely have one or more weakness at the beginning but then it's left to them, to work on it and the Solana blockchain isn't an exception to that.

    There were early shortcomings in the Solana blockchain and they included that :

    3a. Firstly the blockchain due to its reputation of solving the blockchain trilemma got so many tongues wagging, that it had weak security since it hadn't faced serious challenges like other big blockchain networks like bitcoin but in the midst of this, the blockchain network makes use of the proof of history protocol to keep the blockchain optimum secured

    3b. There were also rumors/challenges of the Solana blockchain being centralized since over 60% of tokens are owned by shareholders and owners of the project but all financial events and transactions on the network, take place with the SHA256 function.

    I hope you learned about the Solana blockchain today. Don't forget to upvote, comment and share with a friend

    #AweSME #SME #someeofficial #SoMee #crypto #trading #upvote

    Greetings SoMee Family Today I will be Teaching About the Solana Blockchain. 1. ABOUT SOLANA BLOCKCHAIN: Solana could be backdated to 2017 when Anatoly yakovenko, Eric Williams, Greg Fitzgerald inclusive others detailed a whitepaper detailing the functionality of the Solana blockchain based on the proof of history (PoH) which we all know and see as an advancement of the proof of stake with great features like processing over 700,000 transactions per second and solving further scalability issues. Solana is seen to be an open-source project which is very functional and utilizes a new seamless and highly scalable layer-1 blockchain. The structure of this blockchain allows for the facilitation of smart contracts and further enhancement of smart contracts spreading into decentralized finance networks as well as NFTs to work with 2. PROOF OF HISTORY(POH): This blockchain network works through the Proof of History (PoH), a series of calculation works that affirms the taking-place of an event at any point in time on the network. The network makes use of the Tower Byzantine Fault Tolerance (TBFT)to improve security and more efficient validation of transactions on the network. Getting consensus is more so, another important function of the tower's byzantine fault tolerance. The Solana native token is seen as the SOL token which allows for user staking as well as governance on the blockchain as well as transfers of value. 3. Early Solana's shortcomings Every great blockchain would surely have one or more weakness at the beginning but then it's left to them, to work on it and the Solana blockchain isn't an exception to that. There were early shortcomings in the Solana blockchain and they included that : 3a. Firstly the blockchain due to its reputation of solving the blockchain trilemma got so many tongues wagging, that it had weak security since it hadn't faced serious challenges like other big blockchain networks like bitcoin but in the midst of this, the blockchain network makes use of the proof of history protocol to keep the blockchain optimum secured 3b. There were also rumors/challenges of the Solana blockchain being centralized since over 60% of tokens are owned by shareholders and owners of the project but all financial events and transactions on the network, take place with the SHA256 function. I hope you learned about the Solana blockchain today. Don't forget to upvote, comment and share with a friend #AweSME #SME #someeofficial #SoMee #crypto #trading #upvote
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  • What are Dapps?

    We can define Decentralized apps (Dapps) simply to be computer application softwares, that work on decentralized systems while using peer-to-peer and open source systems and working with smart contracts.
    These Dapps are stored and initiated on blockchains systems like Bitcoin or Ethereum and are used in Defi, a place for performing financial transactions in Dapps.

    This app is so decentralized, to the extent that, if a messaging app is created on a blockchain, published messages by users can't be taken away even by the app developers and inventors

    What is the working system of Dapps?

    Dapps have their smart contracts work and develop on peer to peer networks (decentralized networks) while they utilize blockchains for keeping and securing of data and in times of app logic, they make use of smart contracts. These smart contract represent a pattern of regulations present in a blockchain and leading all users on how to run in the blockchain.

    The Dapps on their own remain permanent once they are deployed on a network since they are controlled by smart contracts and not from a particular source

    Differences between Dapps and other apps :

    1. Decentralized apps work with smart contracts and in this way, doesn't require intermediaries to connect users with the application unlike other apps that require intermediaries for connection with users

    2. Decentralized apps too have the ability to store value ie they have the capacity to store crypto assets and give back when the agreement reached has been met unlike other apps which may not be able to do so

    3. Security, so to say is another basic difference between the two apps since Dapps make use of public backends which detect malicious activities and stop them but in normal centralized apps, such features are not seen

    4. In responding to transactions, Dapps are renowned to be slower than normal /regular apps...eg Eth network that works on only 15 transactions every second and there is no sure bet of people's transactions, being included immediately since they are sent in blocks

    I hope you learned a lot today. see you tomorrow.

    #AwsSME #SME #someeofficial #crypto #trading
    What are Dapps? We can define Decentralized apps (Dapps) simply to be computer application softwares, that work on decentralized systems while using peer-to-peer and open source systems and working with smart contracts. These Dapps are stored and initiated on blockchains systems like Bitcoin or Ethereum and are used in Defi, a place for performing financial transactions in Dapps. This app is so decentralized, to the extent that, if a messaging app is created on a blockchain, published messages by users can't be taken away even by the app developers and inventors What is the working system of Dapps? Dapps have their smart contracts work and develop on peer to peer networks (decentralized networks) while they utilize blockchains for keeping and securing of data and in times of app logic, they make use of smart contracts. These smart contract represent a pattern of regulations present in a blockchain and leading all users on how to run in the blockchain. The Dapps on their own remain permanent once they are deployed on a network since they are controlled by smart contracts and not from a particular source Differences between Dapps and other apps : 1. Decentralized apps work with smart contracts and in this way, doesn't require intermediaries to connect users with the application unlike other apps that require intermediaries for connection with users 2. Decentralized apps too have the ability to store value ie they have the capacity to store crypto assets and give back when the agreement reached has been met unlike other apps which may not be able to do so 3. Security, so to say is another basic difference between the two apps since Dapps make use of public backends which detect malicious activities and stop them but in normal centralized apps, such features are not seen 4. In responding to transactions, Dapps are renowned to be slower than normal /regular apps...eg Eth network that works on only 15 transactions every second and there is no sure bet of people's transactions, being included immediately since they are sent in blocks I hope you learned a lot today. see you tomorrow. #AwsSME #SME #someeofficial #crypto #trading
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  • There is a woman or I would rather call her a superheroine named "Jane Bürgermeister" who already back in 2009 EXACTLY predicted what would happen from 2020 to now, she described EXACTLY what would happen and described exactly what really happened so far from 2020 to now, please read the last sentence again if you did not understand what I just said. Please note that of course her predictions referred to the 2009 swine flu "pandemic", but what she described back then is EXACTLY what happened since 2020, just to make sure that you understand me correctly:
    https://achern-weiss-bescheid.de/2022/02/03/jane-burgermeister-heute-verschollen-spricht-2009-von-den-dingen-die-wir-heute-erleben
    It is unfortunate that many or most of you cannot speak german, but this is exactly what she says in this video, I listened to it myself.
    At least I found a ca. 6 minute clip from the german video which has (quite crappy, but sufficient) english subtitles:
    https://odysee.com/@TruthPills:5/jane-burgermeister:8
    detailing a small part of her german video. The subtitle translation itself is relatively sh*tty, but for the most part correct, of course it also contains "the usual" errors and omissions by whoever was the translator.
    There are blockchain based video sites like DTUBE, lbry, bitchute and so on where this video would be fitting, just in case these videos "disappear".
    There is also an english followup video from 2010 which miraculously somehow survived at Google (Youtube) (?!) to this very day:
    https://anonym.to/?https://www.youtube.com/watch?v=e-HL1Dy-Fgc&t=2s
    Please also read the following text to find out what happened next:
    https://lettersfromvienna.substack.com/p/jane-to-the-rescue
    I suggest you download this letter just in case it disappears.
    Here you can read a general article about Jane Bürgermeister, which does not say very much unfortunately and which does not repeat her exact predictions she gave in the german video I mentioned above:
    https://www.wikispooks.com/wiki/Jane_B%C3%BCrgermeister
    Here a more detailed article about Jane Bürgermeister:
    https://freerepublic.com/focus/f-news/2351638/posts
    Please also download these pieces of information in case they disappear. At least these are some other english sources of information regarding her. I guess a lot of stuff, if not most about her, was scrubbed from the Internet, especially her blog(s) and internet sites.
    Seems like she and a few other individual heros like her (like Mr. Wolfgang Wodarg, at least as far as I heard) saved us from the planned swine flu "vaccination" genocide of 2009 (which was planned to happen exactly as the 2020 coronavirus "pandemic") and therefore gained us 11 years. Unfortunately now we have to endure all this sh*t with 11 years delay.
    Please note that in the german video she very briefly talks about "microchips" which were, according to her, supposed to be contained in the "vaccination" (in the 2009 "vaccination" already!), I personally would doubt this, as it seems that the technology was not advanced enough back then and is probably not advanced enough now, but as I am no expert in this field, I cannot confirm or deny it.
    If you can dig up more english information about M(r)s Jane Bürgermeister, please compile it and share it!!!
    Please share and distribute this information, as this is clear proof that all this was planned for a long, long time already!!!
    #coronavirus #covid19 #covid-19 #covid #janebürgermeister #janeburgermeister
    There is a woman or I would rather call her a superheroine named "Jane Bürgermeister" who already back in 2009 EXACTLY predicted what would happen from 2020 to now, she described EXACTLY what would happen and described exactly what really happened so far from 2020 to now, please read the last sentence again if you did not understand what I just said. Please note that of course her predictions referred to the 2009 swine flu "pandemic", but what she described back then is EXACTLY what happened since 2020, just to make sure that you understand me correctly: https://achern-weiss-bescheid.de/2022/02/03/jane-burgermeister-heute-verschollen-spricht-2009-von-den-dingen-die-wir-heute-erleben It is unfortunate that many or most of you cannot speak german, but this is exactly what she says in this video, I listened to it myself. At least I found a ca. 6 minute clip from the german video which has (quite crappy, but sufficient) english subtitles: https://odysee.com/@TruthPills:5/jane-burgermeister:8 detailing a small part of her german video. The subtitle translation itself is relatively sh*tty, but for the most part correct, of course it also contains "the usual" errors and omissions by whoever was the translator. There are blockchain based video sites like DTUBE, lbry, bitchute and so on where this video would be fitting, just in case these videos "disappear". There is also an english followup video from 2010 which miraculously somehow survived at Google (Youtube) (?!) to this very day: https://anonym.to/?https://www.youtube.com/watch?v=e-HL1Dy-Fgc&t=2s Please also read the following text to find out what happened next: https://lettersfromvienna.substack.com/p/jane-to-the-rescue I suggest you download this letter just in case it disappears. Here you can read a general article about Jane Bürgermeister, which does not say very much unfortunately and which does not repeat her exact predictions she gave in the german video I mentioned above: https://www.wikispooks.com/wiki/Jane_B%C3%BCrgermeister Here a more detailed article about Jane Bürgermeister: https://freerepublic.com/focus/f-news/2351638/posts Please also download these pieces of information in case they disappear. At least these are some other english sources of information regarding her. I guess a lot of stuff, if not most about her, was scrubbed from the Internet, especially her blog(s) and internet sites. Seems like she and a few other individual heros like her (like Mr. Wolfgang Wodarg, at least as far as I heard) saved us from the planned swine flu "vaccination" genocide of 2009 (which was planned to happen exactly as the 2020 coronavirus "pandemic") and therefore gained us 11 years. Unfortunately now we have to endure all this sh*t with 11 years delay. Please note that in the german video she very briefly talks about "microchips" which were, according to her, supposed to be contained in the "vaccination" (in the 2009 "vaccination" already!), I personally would doubt this, as it seems that the technology was not advanced enough back then and is probably not advanced enough now, but as I am no expert in this field, I cannot confirm or deny it. If you can dig up more english information about M(r)s Jane Bürgermeister, please compile it and share it!!! Please share and distribute this information, as this is clear proof that all this was planned for a long, long time already!!! #coronavirus #covid19 #covid-19 #covid #janebürgermeister #janeburgermeister
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  • How do crypto projects make money?
    ⠀
    Blockchain projects have become a radically new "business model" that has enormous potential to change any industry. And for the investors attracted to the projects, it is the potential that will later be realized in the form of profit that is an important factor when investing funds. The question arises: thanks to what do cryptoprojects generate income?

    Mechanism for receiving and distributing blockchain funds (using Ethereum as an example):
    Ethereum, like most other blockchains, consists of a network of validators, smart contracts, and users. When a user interacts with the network, they pay a transaction fee, also known as a "gas fee." A fee, a certain portion of which is "burned off" and another portion is given to the validators.

    Common metrics for most projects when calculating the financial part:

    Fees (gas fees): these are fees that users pay for using a protocol or network (gas fees in Ethereum, transaction fees in Uniswap, etc.). The fees are distributed as follows:

    - A portion is given to validators who help run the network (validators on Ethereum, liquidity providers on Uniswap, etc.).
    - Some of the money goes back to the token holders (often through token burns).
    - Another type of expense is the creation of new tokens, which are created and paid to validators or miners.

    But if we look at projects like CEX/DEX, the list of revenue sources can add:
    - listing fees;
    - withdrawal fees;
    - market making possibilities.

    What kind of product do blockchains create?

    The product of any blockchain is the individual blocks in which transaction data is stored. If you want to complete a transaction, you need to buy space on the next block in the chain.

    Let's take bitcoin as an example. Bitcoin has a memory capacity of 1 MB per block. There are 500 to 2,000 transactions per block, with a minimum storage size of 258 bytes. And in order to make a bitcoin transaction, you buy a block in its blockchain.

    Ethereum, on the other hand, has smaller blocks - up to 80 KB. Depending on its complexity, its block can store from 2 to 200 transactions. Ethereum is much faster: in 10 minutes it carries out 4 MB of transactions, while Bitcoin has only 1 MB. More transactions per hour = more revenue (i.e. commissions).

    In our new infographic you can see the ranking of projects by the amount of fees.
    How do crypto projects make money? 💰 ⠀ Blockchain projects have become a radically new "business model" that has enormous potential to change any industry. And for the investors attracted to the projects, it is the potential that will later be realized in the form of profit that is an important factor when investing funds. The question arises: thanks to what do cryptoprojects generate income? ➡️ Mechanism for receiving and distributing blockchain funds (using Ethereum as an example): Ethereum, like most other blockchains, consists of a network of validators, smart contracts, and users. When a user interacts with the network, they pay a transaction fee, also known as a "gas fee." A fee, a certain portion of which is "burned off" and another portion is given to the validators. ➡️ Common metrics for most projects when calculating the financial part: Fees (gas fees): these are fees that users pay for using a protocol or network (gas fees in Ethereum, transaction fees in Uniswap, etc.). The fees are distributed as follows: - A portion is given to validators who help run the network (validators on Ethereum, liquidity providers on Uniswap, etc.). - Some of the money goes back to the token holders (often through token burns). - Another type of expense is the creation of new tokens, which are created and paid to validators or miners. But if we look at projects like CEX/DEX, the list of revenue sources can add: - listing fees; - withdrawal fees; - market making possibilities. ➡️ What kind of product do blockchains create? The product of any blockchain is the individual blocks in which transaction data is stored. If you want to complete a transaction, you need to buy space on the next block in the chain. Let's take bitcoin as an example. Bitcoin has a memory capacity of 1 MB per block. There are 500 to 2,000 transactions per block, with a minimum storage size of 258 bytes. And in order to make a bitcoin transaction, you buy a block in its blockchain. ➡️ Ethereum, on the other hand, has smaller blocks - up to 80 KB. Depending on its complexity, its block can store from 2 to 200 transactions. Ethereum is much faster: in 10 minutes it carries out 4 MB of transactions, while Bitcoin has only 1 MB. More transactions per hour = more revenue (i.e. commissions). 🟠In our new infographic you can see the ranking of projects by the amount of fees.
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    https://hive.blog/life/@crimsonclad/six-years-fly-when-youre-mostly-having-fun-and-building-a-blockchain
    Shavol of sugarcane https://hive.blog/life/@crimsonclad/six-years-fly-when-youre-mostly-having-fun-and-building-a-blockchain
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