Chain testing is a software testing approach where individual modules or components are tested together in a specific sequence, mimicking the way data or actions flow through a system. Instead of testing each unit in isolation, chain testing checks how well components interact when connected in a chain. This method helps ensure that integrated parts…
Decentralised trust frameworks are systems that allow people, organisations or devices to trust each other and share information without needing a single central authority to verify or control the process. These frameworks use technologies like cryptography and distributed ledgers to make sure that trust is built up through a network of participants, rather than relying…
Decentralised consensus mechanisms are methods used by distributed computer networks to agree on a shared record of data, such as transactions or events. Instead of relying on a single authority, these networks use rules and algorithms to ensure everyone has the same version of the truth. This helps prevent fraud, double-spending, or manipulation, making the…
Decentralised data validation is a method of checking and confirming the accuracy of data by using multiple independent sources or participants rather than relying on a single authority. This process distributes the responsibility of verifying data across a network, making it harder for incorrect or fraudulent information to go unnoticed. It is commonly used in…
Decentralised consensus models are systems that allow many computers or users to agree on a shared record or decision without needing a central authority. These models use specific rules and processes so everyone can trust the results, even if some participants do not know or trust each other. They are commonly used in blockchain networks…
Decentralised identity systems allow people to control their own digital identities without relying on a central authority, such as a government or large company. These systems usually use cryptographic technology to let users store and manage their personal information securely. With decentralised identity, users can choose what information to share and with whom, improving privacy…
Decentralised data markets are platforms where people and organisations can buy, sell, or share data directly with one another, without depending on a single central authority. These markets use blockchain or similar technologies to ensure transparency, security, and fairness in transactions. Participants maintain more control over their data, choosing what to share and with whom,…
Decentralised voting systems are digital platforms that allow people to vote without relying on a single central authority. These systems use technologies like blockchain to make sure votes are recorded securely and cannot be changed after they are cast. The main aim is to improve transparency, reduce fraud, and make it easier for people to…
Decentralised consensus mechanisms are systems that allow many computers or users to agree on the state of information without needing a central authority. These mechanisms help keep data accurate and trustworthy across a network, even when some participants might try to cheat or make mistakes. They are vital for technologies like cryptocurrencies, where everyone needs…
Decentralised identity systems let people control their personal information without relying on a single organisation or central authority. Instead, users store and manage their identity details on their own devices or through secure, distributed networks. These systems use technologies like blockchain to help verify identity while keeping data private and secure.