What Is EOS Force (EOSC)?
EOS Force A mass commercial implementation of crypto economy which means a huge trading pressure. To efficiently carry a huge amount of trading demand, a blockchain system must provide strong performance firstly. To achieve this, you need set higher requirements on the whole node, such as configuring better hardware machines, larger RAM, more stable network, faster NET, lower latency, etc. Obviously, the high threshold of whole node will result in a decrease in the amount of stable Block Producers (BPs). If the POS mechanism is adopted in such a blockchain system, the system will quickly converge to centralized.
In order to strike a balance between the high performance and decentralization, the DPOS consensus algorithm is undoubtedly the best choice at the moment, as well as the best settlement for governing small quantity of nodes.The EOSIO based on the DPOS consensus algorithm came into being, which brings the first light of the mass commercial implementation of crypto economy to crypto community. The fully effectiveness of election mechanism is the key to the survival of DPOS and is also related to whether DPOS will lead the crypto trend after POW.
In order to accelerate the mass commercial implementation of crypto economy, the EOS Force community has optimized the election mechanism of EOSIO and launched the EOSC mainnet at the genesis block height of one. Through persistently upgrading EOSC mainnet that makes EOSC Network evolve toward the decentralized high-performance smart contract platform.
EOS Force Storage Key Points
|Coin Name||EOS Force|
|Circulating Supply||964,070,125.00 EOSC|
|Source Code||Click Here To View Source Code|
|Explorers||Click Here To View Explorers|
|Twitter Page||Click Here To Visit Twitter Group|
|Whitepaper||Click Here To View|
|Official Project Website||Click Here To Visit Project Website|
EOS Force enables blocks to be produced every 3 seconds with no consecutive blocks, which is different from EOSIO’S model of producing blocks every 0.5 second with 6 consecutive blocks produced by 1 node. Even though consecutive block-generating can reduce the waiting time of unpacked trades, it may affect the chain stability because of the unsatisfactory network environment, resulting in a large number of microforks.Currently, the consensus mechanism of EOSIO is not to be perfect.
However, as a DAPP platform, the confirmation time of block is not the first optimization task of the chain. EOSC must consider the consensus mechanism in a high-load environment. In the current situation that the parallel computing mechanism is not refined, a hasty improvement of pipe lined confirmation mechanism may cause big problems.
Fee-based Resource Model
EOS Force payment model of CPU and NET is a good design from the aspect of technology but is too complicated for users. Meanwhile, it does not prompt DAPP developers to optimize their contracts. On the other hand, the purchase method of RAM by EOSIO will lead to some hoarding behaviors, which is not conducive for the development of DAPP ecology. Therefore, EOSC innovatively designed a new resource model, through the optimization in practice, exploring the fee-based resource model in the complex smart contract environment, and solving the resource problem of EOS ecology completely.
Firstly, CPU and NET resources consumed by users are paid by EOSC with fee model. Developers can set a fee for the defined Action in DAPP, which enables system to control the resource usage of Action. On the one hand, it is easy for users to understand resource consumption. On the other hand, it also strongly prompts DAPP developers to optimize the usage of contract resources, so that the DAPP ecology can develop well.
Smooth Update Mechanism
The election mechanism of EOS Force prompt Block Producers to actively participate in advancing technology upgrades. Unlike the split of the EOSIO community’s node versions, EOSC actively promotes technology upgrades and updates in practice.In order to achieve a smoother incompatible upgrade process, EOSC added an update mechanism based on the effective block heights.
The community can confirm the effective block height of a function by multi-signing, achieving a decentralized smooth upgrade process. Compared to the label solution based on blockchain extended data put forward by EOSIO recently，the upgrade mechanism of EOSC is more friendly and understandable. EOSC is the first to achieve the decentralized “soft fork” upgrade process, which is the fundamental for EOSC to keep evolving to solve all kinds of mechanism problems.
Node Heartbeat Mechanism and Stable Block-Generating Interval
In order to promote the stability of mainnet, EOSC strengthened the construction of Block Producer (BP) candidates from the aspect of Economy Model. Meanwhile, EOS Force adds the node Heartbeat Mechanism on the chain to prompt nodes to strengthen their stability, making the mainnet more stable.On the basis of Heartbeat Mechanism, EOSC can confirm the operation status of nodes, punish the faulty nodes on the chain, and further supervise the constructions of nodes to prevent the instability of main net.
At the beginning of the launch, block-generating interval was extended to prevent the occasional soft forks with incomplete network infrastructure. The mechanism designed by EOSIO is that half-second of block-generating interval and 6 consecutive blocks produced by one node, which can improve the availability of the chain in the future. However, it is not applicable in the current network environment. EOSC extended the block-generating interval with a practical attitude, will accelerate block generating to effectively avoid soft forks.