Secure data collaboration systems are tools or platforms that let multiple people or organisations work together on shared information without risking the privacy or safety of that data. These systems use protections like encryption, access controls, and monitoring to make sure only authorised users can see or change the data. This helps groups share sensitive…
Category: Cybersecurity
Cloud Infrastructure Security
Cloud infrastructure security refers to the set of policies, controls, technologies, and processes designed to protect the systems and data within cloud computing environments. It aims to safeguard cloud resources such as servers, storage, networks, and applications from threats like unauthorised access, data breaches, and cyber-attacks. Effective cloud infrastructure security ensures that only authorised users…
Secure Multi-Party Computation
Secure Multi-Party Computation, often abbreviated as MPC, is a method that allows several people or organisations to work together on a calculation or analysis without sharing their private data with each other. Each participant keeps their own information secret, but the group can still get a correct result as if they had combined all their…
Smart Contract Validation
Smart contract validation is the process of checking that a smart contract works correctly and securely before it is used. This involves reviewing the contract’s code to find mistakes, vulnerabilities, or unintended behaviour. Validation helps ensure that the contract will do exactly what it is supposed to, protecting users and their assets.
AI for Security Monitoring
AI for security monitoring means using artificial intelligence to help detect, analyse and respond to security threats. It can automatically scan data from cameras, sensors or network traffic to spot suspicious activity. This helps organisations respond faster to issues and reduces the chances of missing important warning signs.
Quantum-Resistant Algorithms
Quantum-resistant algorithms are cryptographic methods designed to stay secure even if powerful quantum computers are developed. Traditional encryption, like RSA and ECC, could be broken by quantum computers using advanced techniques. Quantum-resistant algorithms use different mathematical problems that are much harder for quantum computers to solve, helping to protect sensitive data into the future.
AI-Powered Threat Detection
AI-powered threat detection uses artificial intelligence to identify security threats, such as malware or unauthorised access, in digital systems. It analyses large amounts of data from networks, devices or applications to spot unusual patterns that might signal an attack. This approach helps organisations respond faster and more accurately to new and evolving threats compared to…
Deepfake Mitigation Techniques
Deepfake mitigation techniques are methods and tools designed to detect, prevent, or reduce the impact of fake digital media, such as manipulated videos or audio recordings. These techniques use a mix of computer algorithms, digital watermarking, and human oversight to spot and flag artificial content. Their main goal is to protect people and organisations from…
Microservices Security Models
Microservices security models are approaches designed to protect applications that are built using microservices architecture. In this setup, an application is divided into small, independent services that communicate over a network. Each service needs its own security controls because they operate separately and often handle sensitive data. Security models help ensure that only authorised users…
Cybersecurity Metrics Design
Cybersecurity metrics design is the process of deciding what to measure in order to track how well security measures are working. It involves choosing specific indicators, like the number of threats detected or how quickly incidents are resolved, to help organisations understand their security posture. These metrics need to be relevant, easy to understand, and…