Code is the law, why should we upgrade the Solidity smart contract?


Compilation: First Class (First.VIP)

First Class Note: Solidity is a high-level coding language that is well used in the Ethereum blockchain platform.

In this rapidly changing world, smart contracts have become a powerful service on all platforms, mainly the business world. Solidity smart contracts are a trend because it is a beneficial feature. Due to the rapid development of technology, this compelling smart contract will need to be upgraded.

Upgrading is a tricky task when entering a Solidity smart contract, because the blockchain is immutable. Anyway, in this article let us know more about the upgrade of Solidity smart contract.

Why do smart contracts need to be upgraded?

Technology is used for the purpose of pursuing development, and smart contracts are one of them, then this modern world will be dominated by rapidly ruling technology and make upgrading into a mandatory technology of existing technology. This indicates that upgrading is required for core purposes, even if the upgrade process is slow.

As mentioned before the upgrade, the concept of blockchain smart contracts is risky to implement because it is immutable. Once a smart contract is encoded with Solidity, it is both secure and reliable, and unbreakable. In any case, each deficiency brings some benefits by itself, even if it is an unbreakable disadvantage, you can add the required features and remove unwanted features.


Challenges when upgrading

All kinds of software can be easily updated to the next version, but as mentioned earlier, when it comes to smart contract upgrades, it becomes almost impossible, and the general blind rules can always find loopholes in everything. Therefore, here we can learn how to upgrade the Solidity smart contract to the next version and the challenges it faces.

The following challenges face the process of Solidity smart contracts:

· Gas · Dependency contract · Storage · Interface


The transaction process during the upgrade process is relatively large, which makes it face a centralized challenge. Therefore, it is wise to transfer only data requirements and avoid copying big data.


While complying with smart contracts, all necessary things will also be imported and adhered to. This indicates that small changes in the contract will also be reflected in other aspects and lead to specific contracts that need to be upgraded. These may affect the size of the transaction, but provide security and stability by using high-level coding language reliability.


In the physical encoding process of smart contracts, the storage part plays a crucial role, because when the data storage space becomes larger, there will be a huge gas cost. Therefore, to avoid this, isolate the data store from the rest of the code and make it as flexible as possible to minimize it. In addition, switching the upgraded smart contract data storage to external storage data, this instance ensures that you will not copy the data and waste Gas.


Interfaces are used to decouple communication between contracts in a smart contract. Similar to the purpose used in the OOP language, it is used in a high-level unified language. This method avoids importing the entire contract, and helps abstract specific concepts by calling functions.

Purpose of the circuit breaker concept

Before starting to upgrade smart contracts, it is important to note that the process should be stopped or resumed. The circuit breaker is used for this purpose and it acts as a portal for upgrades.

The circuit breaker "resumes / stops execution of the smart contract" and enters the "maintenance period" when certain conditions are met. This helps find errors and analyze which part needs to be updated to the next version. During maintenance, developers can write new contracts that include code to fix the bug and make upgrades. You can then deploy it and replace the old contract, while preventing exploitation.

Circuit Breaker Function: · Paused · When Paused · Not Paused


Solidity smart contract

Solidity is a high-level coding language that is well used in the Ethereum blockchain platform. The outstanding advantages of this language are that it provides security and that the motivation for creating smart contracts is to build trust between others when they are still unfamiliar. This happens because when the terms and conditions are met, the amount is automatically transferred to someone else.

Therefore, when the two are combined, the advantages can be maximized. Some of them are as follows:

· Free cracking · High security · Trustworthy · No need for third party involvement

To upgrade such beneficial Solidity smart contracts, it is wise to choose the best enterprise smart contract development solution.

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