How does Startowerchain utilize the hop count network to reduce GAS consumption

In the hop count network protocol of Startowerchain, a mechanism similar to Chainlink Keepers might be utilized to achieve the automated execution of smart contracts. Specifically, smart contracts usually need to be triggered by an on-chain transaction to run and initiate state changes. Keepers are external accounts (EOA) that can trigger the execution of smart contracts based on predefined conditions under certain economic incentives. The development team, DAO, or protocol users can define the triggering conditions in the task and the rewards obtainable for completing the keeper task.

Smart contracts typically execute automatically based on time (such as triggering a certain function at a specific time every day) or events (such as triggering a certain function when the asset price exceeds a certain threshold). Keepers monitor whether the predefined conditions are met. They use off-chain computing to execute the same smart contract function as on-chain. Once the function returns a value of true, Keepers will initiate an on-chain transaction and call the on-chain smart contract function. When the function is called, the protocol's smart contract will verify whether the conditions are met and then initiate state changes. For example, a certain smart contract is set to perform a certain operation when the price of a certain asset reaches a specific value. Keepers will continuously monitor the asset price off-chain and trigger the execution of the smart contract when the price meets the conditions.

To achieve the automated execution of smart contracts, some key technical issues need to be considered, such as security and cost factors. In terms of security, it is necessary to avoid the risk of single-point failure, ensure that keepers can reliably trigger smart contracts, and prevent manipulation behavior or user losses due to information asymmetry. In terms of cost, it is necessary to optimize the bounty mechanism and avoid excessive competition and unpredictability of gas prices to control the costs of end users. Different blockchain projects might have specific differences when implementing the automated execution of smart contracts, but the basic principle is to monitor the conditions through a certain mechanism and automatically trigger the execution of smart contracts when the conditions are met. This can reduce reliance on manual intervention and improve the execution efficiency and reliability of smart contracts.

It should be noted that although the related materials of Startowerchain mention the utilization of the hop count network protocol to handle excess computing power resources of devices, the details of how it specifically achieves the automated execution of smart contracts might require referring to the more detailed technical documentation or official explanations of the project. At the same time, blockchain technology is still constantly developing and improving, and the way of automated execution of smart contracts might also continuously evolve and optimize. In practical applications, issues such as security, reliability, and scalability need to be fully considered.