Payload encryption is a method used to protect the actual content or data being sent over a network. It works by converting the message into a coded format that only authorised parties can read. This prevents anyone who intercepts the data from understanding or using it without the correct decryption key.
Secure output refers to the practice of ensuring that any data sent from a system to users or other systems does not expose sensitive information or create security risks. This includes properly handling data before displaying it on websites, printing it, or sending it to other applications. Secure output is crucial for preventing issues like…
Context leakage occurs when information from one part of a system or conversation unintentionally influences another, often leading to confusion, privacy issues, or errors. This typically happens when data meant to remain confidential or isolated is mistakenly shared or accessed in situations where it should not be. In computing and artificial intelligence, context leakage can…
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…
Secure data pipelines are systems designed to move data from one place to another while keeping it protected from unauthorised access, tampering, or leaks. They use a combination of encryption, access controls, and monitoring to ensure that sensitive information stays safe during transfer and processing. These pipelines are important for organisations that handle confidential or…
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.
Decentralized identity verification is a way for people to prove who they are online without relying on a single company or government. Instead, identity information is stored and managed using secure, distributed technologies such as blockchain. This gives individuals more control over their personal data and makes it harder for hackers to steal or misuse…
Secure data collaboration refers to methods and tools that allow people or organisations to work together on shared data without compromising its privacy or integrity. It ensures that only authorised users can access or edit sensitive information, and that the data remains protected during the entire collaboration process. This often involves encryption, access controls, and…
Decentralised identity systems are digital frameworks that let individuals control and manage their own identity information, rather than relying on a central authority like a government or a big company. These systems use technologies such as blockchain to enable secure, private sharing of credentials and personal data. This gives users more privacy and control over…
Secure data integration is the process of combining data from different sources while making sure that sensitive information remains protected. It involves using methods and tools that keep data safe as it is moved, shared or merged between systems. The aim is to allow organisations to use and analyse information from multiple places without risking…