What kinds of businesses need blockchain? The simple (and correct!π) answer is all of them. But let's look at this issue in a little more detail.
You should seriously think about switching to a blockchain platform if:
- The business uses public databases.
- Various people make changes to the database.
- There is some distrust between people making changes to the database and a need to check each other's actions.
- There is a need to work with the database without intermediaries.
- User operations within the database are interconnected (for example, chains of transactions are created).
A blockchain platform offers high-quality solutions to urgent business problems. With it, you can optimize a variety of processes: from confirming the authenticity and origin of goods (through supply-chain tracking) to organizing a secure and transparent system of financial transactionsπ
You should seriously think about switching to a blockchain platform if:
- The business uses public databases.
- Various people make changes to the database.
- There is some distrust between people making changes to the database and a need to check each other's actions.
- There is a need to work with the database without intermediaries.
- User operations within the database are interconnected (for example, chains of transactions are created).
A blockchain platform offers high-quality solutions to urgent business problems. With it, you can optimize a variety of processes: from confirming the authenticity and origin of goods (through supply-chain tracking) to organizing a secure and transparent system of financial transactionsπ
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Smart contracts are one of the most attractive features of blockchain technology. Now let's look at why.
In the most general sense, smart contracts are the terms of a deal. These terms are written as computer code on a blockchain. They work automatically β as soon as all the stipulated conditions are met. All good so far?π€
Smart contracts are indispensable for executing recurring transactions: issuing guarantees, making royalties, securing tenders, and the like. They are also important in running the Internet of Things (IoT).
A simple example would be a car-sharing service that uses smart contracts to automatically unlock the selected car when payment is received into the company's account.
You can transfer an existing business to a blockchain platform or launch a new blockchain-based project to experience the effectiveness and convenience of smart contracts in practice. With them, your software solutions are always secure, transparent, confidential and automatedπ
In the most general sense, smart contracts are the terms of a deal. These terms are written as computer code on a blockchain. They work automatically β as soon as all the stipulated conditions are met. All good so far?π€
Smart contracts are indispensable for executing recurring transactions: issuing guarantees, making royalties, securing tenders, and the like. They are also important in running the Internet of Things (IoT).
A simple example would be a car-sharing service that uses smart contracts to automatically unlock the selected car when payment is received into the company's account.
You can transfer an existing business to a blockchain platform or launch a new blockchain-based project to experience the effectiveness and convenience of smart contracts in practice. With them, your software solutions are always secure, transparent, confidential and automatedπ
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πToday, VPN services are more relevant than ever. However, many of them are centralized, and therefore cannot guarantee users 100% data safety. And for business, the security of information is dramatically important.
KelVPN is a decentralized virtual network based on the Cellframe blockchain. This is an ideal example of a service that allows you to use the internet absolutely safely due to the lack of a central server.
What are the benefits of decentralization?
First: privacy. Information is protected from prying eyes, and moves between nodes in accordance with Cellframe's high standards.
Second: speed. Cellframe nodes increase network bandwidth and guarantee the quality and speed of the connection.
If your business needs reliable protection for its information flows via VPN, we can help you develop a fast and secure service. With Cellframe technologies, your business will take its IT solutions to a new levelπππ
KelVPN is a decentralized virtual network based on the Cellframe blockchain. This is an ideal example of a service that allows you to use the internet absolutely safely due to the lack of a central server.
What are the benefits of decentralization?
First: privacy. Information is protected from prying eyes, and moves between nodes in accordance with Cellframe's high standards.
Second: speed. Cellframe nodes increase network bandwidth and guarantee the quality and speed of the connection.
If your business needs reliable protection for its information flows via VPN, we can help you develop a fast and secure service. With Cellframe technologies, your business will take its IT solutions to a new levelπππ
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The quantum computing era is fast approaching.
Many crypto market players see the emergence and, most importantly, the widespread use of quantum computing as a potential threat. But you should not panicπͺ
Modern post-quantum algorithms provide high-level βhackingβ complexity when using both classical and quantum computers. They are based on complex mathematical problems. Among them, for example, are:
- Decoding of full linear codes
- Finding the shortest integer (M-SIS)
- Modular learning with errors (M-LWE)
- Searching for the shortest vector in a lattice
They cannot be solved in a reasonable time even by quantum computers.
Cellframe developers apply post-quantum cryptography algorithms using Crystal Dilithium and Picnic signatures, which are resistant to Shor and Grover algorithms. Thanks to this, even in the post-quantum era, our blockchain guarantees reliable data protectionπ‘
Read more about it on our Instagram post!
Many crypto market players see the emergence and, most importantly, the widespread use of quantum computing as a potential threat. But you should not panicπͺ
Modern post-quantum algorithms provide high-level βhackingβ complexity when using both classical and quantum computers. They are based on complex mathematical problems. Among them, for example, are:
- Decoding of full linear codes
- Finding the shortest integer (M-SIS)
- Modular learning with errors (M-LWE)
- Searching for the shortest vector in a lattice
They cannot be solved in a reasonable time even by quantum computers.
Cellframe developers apply post-quantum cryptography algorithms using Crystal Dilithium and Picnic signatures, which are resistant to Shor and Grover algorithms. Thanks to this, even in the post-quantum era, our blockchain guarantees reliable data protectionπ‘
Read more about it on our Instagram post!
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πππJoin our AMA session this Thursday with Cellframe CEO/CTO Dmitry Gerasimov! πππ
We will go live on our YouTube channel at 12:30 UTC
πChannel link: https://www.youtube.com/c/CellframeNetwork
Please use the form below to ask questions‡οΈ
πOur questionnaire: https://zfrmz.com/ZEmQsVLqPcOC3ecKIz4G
Or leave it in the commentsπ
We will go live on our YouTube channel at 12:30 UTC
πChannel link: https://www.youtube.com/c/CellframeNetwork
Please use the form below to ask questions‡οΈ
πOur questionnaire: https://zfrmz.com/ZEmQsVLqPcOC3ecKIz4G
Or leave it in the commentsπ
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Hello, friends! We are ready to share our latest weekly newsπ
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