Secure network management is the process of planning, monitoring, and controlling a computer network to protect data and ensure reliable communication between devices. It involves using tools and policies to prevent unauthorised access, detect threats, and maintain the health of the network. Good secure network management helps organisations keep their information safe and their systems…
Category: System Protection
Threat Modeling Systems
Threat modelling systems are structured ways to identify and understand possible dangers to computer systems, software, or data. The goal is to think ahead about what could go wrong, who might attack, and how they might do it. By mapping out these risks, teams can design better defences and reduce vulnerabilities before problems occur.
Secure Transaction Systems
Secure transaction systems are technologies and processes designed to make sure that money and sensitive information can be exchanged safely. They use security measures like encryption, authentication, and monitoring to protect data from theft or tampering. These systems are often used by banks, online shops, and payment processors to keep transactions private and secure.
Secure API Systems
Secure API systems are methods and technologies used to protect application programming interfaces (APIs) from unauthorised access, misuse, and data breaches. These systems use techniques like authentication, encryption, and rate limiting to make sure only trusted users and applications can interact with the API. By securing APIs, businesses keep sensitive data safe and prevent malicious…
Threat Simulation Systems
Threat simulation systems are tools or platforms designed to mimic real cyberattacks or security threats against computer networks, software, or organisations. Their purpose is to test how well defences respond to various attack scenarios and to identify potential weaknesses before real attackers can exploit them. These systems can simulate different types of threats, from phishing…
Quantum Error Handling
Quantum error handling is the process of detecting and correcting mistakes that occur in quantum computers due to noise or interference. Because quantum bits, or qubits, are very sensitive, even small environmental changes can cause errors in calculations. Effective error handling is crucial to ensure quantum computers provide reliable results and can run complex algorithms…
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 Deployment Pipelines
A secure deployment pipeline is a series of automated steps that safely moves software changes from development to production. It includes checks and controls to make sure only approved, tested, and safe code is released. Security measures like code scanning, access controls, and audit logs are built into the process to prevent mistakes or malicious…
Endpoint Isolation Techniques
Endpoint isolation techniques are security measures used to separate a device or computer from the rest of a network when it is suspected of being compromised. This helps prevent harmful software or attackers from spreading to other systems. Isolation can be done by cutting network access, limiting certain functions, or redirecting traffic for monitoring and…
Application Hardening Techniques
Application hardening techniques are methods used to strengthen software against attacks or unauthorised changes. These techniques make it more difficult for hackers to exploit weaknesses by adding extra layers of security or removing unnecessary features. Common techniques include code obfuscation, limiting user permissions, and regularly updating software to fix vulnerabilities.