Dash Dedicated Node

The DASH network, formerly Darkcoin, was created in 2014. A combination of Proof-of-Work and Proof-of-Service algorithms is used to validate transactions between DASH nodes. The DASH Proof-of-Work algorithm uses a combination of 11 encryption algorithms. The presence of the Proof-of-Work algorithm implies the need for mining. Unlike the Bitcoin network, the reward for mining DASH is not fixed and varies smoothly depending on the complexity of the network. The high potential of the DASH network is evidenced by the steady growth of the DASH price since the inception of the project.
There are DASH coins circulating in the DASH network. There are wallets for PC and mobile devices, intended for storing DASH coins. Transaction speed between DASH nodes is about 1 second. A large number of merchants already accept DASH for payment for various goods and services. Its network is largely based on the Bitcoin network programming code. The main difference is in the DASH node system. In addition to the DASH blockchain layer, there is a storage and retrieval layer created based on the Tendermint protocol.

In many ways, DASH is higher than other cryptocurrencies because of the DASH nodes system. 10% of the reward for mining DASH is distributed between the owners of nodes. In addition, its nodes receive commissions from those users who need PrivateSend, InstantSend and Darksend services. PrivateSend allows you to send an instant encrypted message on the network. InstantSend makes the transaction between nodes instantaneous. The Darksend service performs additional coin blending, ensuring the highest anonymity of transactions between nodes. Thus, a network of dedicated DASH servers provides many features not available to users of other blockchains.
The presence of the Proof-of-Work protocol implies the need for DASH mining. This process is much more energy efficient than other cryptocurrencies, since many functions are performed thanks to the Proof-of-Service (DASH node system). For a long time, DASH mining with ASIC was not possible. This is due to the high RAM requirements of DASH dedicated nodes. Nowadays, the network is secured by an extensive network of miners, using both ASIC and GPU.

To open a DASH node - not to be confused with DASH dedicated nodes by GetBlock - , you need to block 1,000 coins in a special wallet. These funds can be withdrawn at any time, but the DASH node will immediately stop its operation. This measure, on the one hand, regulates the number of DASH nodes so that there are not too many. On the other hand, the bail-in requirement reduces the overall supply of coins on the market, indirectly contributing to the token price. Also, every node must meet hardware requirements. This is a minimum 1 GHz processor, 4 gigabytes of RAM, 100 gigabytes of free hard disk space and good network bandwidth.

Developers of web3 apps, blockchain smart contracts and dApps for DASH blockchain have at their disposal a wide range of powerful APIs and other modern tools. There's the REST API, WebSocket API, JSON RPC blockchain API and other tools, supports different kinds of DASH endpoints. Combined with its dedicated nodes they allow it to fully exploit the network potential.
Developers of web3 apps, blockchain smart contracts and dApps can't do without DASH dedicated nodes. These are DASH dedicated servers where the node software runs. Since the DASH network is all about cash, developers first run their web3 apps, blockchain smart contracts and dApps on a testnet. The DASH testnet and mainnet settings are similar, but the coins in testnet have no value.