The application of blockchain technology goes beyond the typical financial transactions and has been able to seep into the banking sector and internet of thing as well. The fact that blockchain is a distributed and decentralized database makes them useful in more ways than one. A blockchain can be defined as a decentralized and distributed ledger system which holds the sensitive information about the records of transactions and assets which are performed across a peer to peer network. One of the differentiating factors with regards to the concept of blockchain is that it has a peer to peer network and architecture as opposed to a client-server architecture of blockchain applications.

The underlying purpose of blockchain is to establish a credit-based ecosystem between individual parties in a distributed and non-trustable environment. Given the peer to peer nodes, chained blocks, self-regulated data ownership, anonymous accounts, consensus-based ledger mechanisms, and programmable smart contracts, the blockchain system is secure and sound. At its core, blockchain is a decentralized, distributed, digital public ledger which logs in and tracks transactions across many peered nodes so that the records cannot be tampered with retroactively without affecting all the subsequent blocks and the consensus of the network. Therefore, it is critical for the companies to embed defect management tools in their system from the beginning to minimize the number of bugs and issues in the blockchain applications.

Unconventional Defect Management for Blockchain Applications

There are some additional features and metrics for the blockchain application to be considered while performing defect management to make the whole process easier and simple. The security, chain size, cryptography, data integrity, and data propagation are some of the metrics that have to be taken into account before defect management is applied to the system. Without the adequate defect management system, it is very hard to identify and track the bugs in the software application. Considering that once the transaction has been recorded in the blockchain ledgers., it is nearly impossible to make any changes to it without disrupting the whole system, it is crucial for blockchain technology companies to adopt defect tracking and management techniques from the initial phases of the project.

Benefits of Defect Management

With the help of the right defect management tools, organizations are able to not only improve the quality of their end product, but they can also fast track the delivery of the entire project. It can help the quality assurance team in identifying and tracking the bugs that cause breakage in the system and inefficiencies in the blockchain application. In addition to that, they can also help the team to streamline their testing and development processes. The defect management system also provides a communication infrastructure for the teams so that they are able to collaborate and work together effectively. Automatic email notifications, chat interfaces, and attachment capabilities are some of the features of defect management which minimizes the friction between the development and the quality assurance teams.