Blockchain technologies have found important and concrete applications in the real world.
Active solutions leverage Smart Contracts for the management of cryptocurrencies, sensitive …

Blockchain technologies have had a rather disruptive impact on many sectors of the
contemporary society. The establishment of virtual currencies is probably the most …

Abstract This Systematic Literature Review (SLR) provides a thorough analysis of the most
pertinent research with regard to testing Blockchain oriented Software (BoS). Indeed, it is …

In the last few years, the technological future becoming apparent by the introduction of smart
contracts into mainstream technology, specifically in the development of Web3 and the …

Blockchain is a cross‐cutting technology allowing interactions among untrusted entities in a
distributed manner without the need for involving a trusted third party. Smart contracts (ie …

Mutation testing is a powerful test adequacy assessment technique that can guarantee the
deployment of more reliable Smart Contract code. Developers add new features, fix bugs …

Smart contracts hold the potential to revolutionize various industries, but their
implementation requires thorough testing due to the associated financial risks. Mutation …

Ethereum Smart contracts are pieces of code that are run on this blockchain. The
correctness of smart contracts is important as they are immutable, their source can be seen …

Smart contracts (SC) are programs embodying certain business logic stored on a blockchain
network like Ethereum. The execution of transactions on SC has a cost, measured in gas …

Once being deployed on the blockchain, smart contracts cannot be altered, requiring more
testing. A fault-based testing technique called mutation testing (MT) can significantly …