😏We mentioned at the last AMA session that it would take 10,000 $CELLs to run a masternode on the Cellframe native network. Where does such a figure come from?

The number of tokens needed to raise the masternode when the mainnet is launched depends directly on the $CELL price at the time access to the network is opened. That is, a fall in the token rate makes the network less protected from spam attacks, and in order to strengthen it, it is necessary to raise the price for launching a node.

*️⃣IMPORTANT! Want to earn rewards from running a masternode but don't have the required amount of $CELL? Use the stake delegation method. Simply put, "rent" another user's stake, making a profit and giving back only a small percentage of the funds you earn.

What will happen to the requirements for running a node in the future? As of today, 10,000 $CELLs is only the planned amount. We will monitor the fluctuation of the token rate when setting requirements, and will try to determine the best compromise for the amount of $CELL required to start a masternode when the network opens.

But what about decentralization? Of course, the more tokens needed to run a masternode, the less decentralized the network. However, the decentralization of recently-launched public networks is never very high in any case.

You can find detailed information about how to run a node on the native Cellframe Network in our detailed instructions here:
👋 on Dashboard (you can choose Windows, Mac or Linux)
👋 on Raspberry Pi
👋on Linux

#cellframe #cell #masternode #blockchain

🔥🔥🔥All operations with $CELL tokens on the new smart contract in the BSC network on Gate.io are already available: work has been resumed in full🔥🔥🔥

😏Important! Gate.io no longer supports depositing old $CELL tokens. Transfer your tokens to a new smart contract on the site migrate.cellframe.net in order to conduct operations on this exchange.

#cellframe #cell #gateio #BSC

😏Cellframe's central office is located in Akademgorodok, Novosibirsk. This place is considered the center of scientific thought, if not all of Russia, then at least Siberia.

With our base here, we cannot afford to ignore the topic of using blockchain in science😉

Moreover, part of Cellframe software has already found a scientific application. This is our DAP SDK — a general-purpose C-framework. It will be used as firmware on various sensors at experimental facilities at the Novosibirsk Institute of Nuclear Physics.

However, the use of SDK elements for reactor sensors and synchrotrons is far from the most common way to “scientifically” implement blockchain technology.

How else is blockchain used in science? Read about it in our post on Instagram!👌

#cellframe #cell #science #blockchain