Threat intelligence automation is the use of technology to automatically collect, analyse, and act on information about potential or existing cyber threats. This process removes the need for manual work, enabling organisations to react more quickly and accurately to security risks. Automated systems can scan large amounts of data, identify patterns, and take actions like…
Category: Threat Detection and Response
Threat Detection Systems
Threat detection systems are tools or software designed to identify potential dangers or harmful activities within computer networks, devices, or environments. Their main purpose is to spot unusual behaviour or signs that suggest an attack, data breach, or unauthorised access. These systems often use a combination of rules, patterns, and sometimes artificial intelligence to monitor…
Threat Detection Frameworks
Threat detection frameworks are structured methods or sets of guidelines used to identify possible security risks or malicious activity within computer systems or networks. They help organisations organise, prioritise and respond to threats by providing clear processes for monitoring, analysing and reacting to suspicious behaviour. By using these frameworks, businesses can improve their ability to…
Threat Hunting Automation
Threat hunting automation refers to using software and automated processes to find potential security threats in computer systems without needing constant human supervision. It helps security teams quickly identify suspicious activities or signs of cyber attacks by analysing large amounts of data. This approach makes threat detection faster and reduces the chance of missing important…
Threat Detection Automation
Threat detection automation refers to the use of software and tools to automatically identify potential security risks or attacks within computer systems or networks. Instead of relying only on people to spot threats, automated systems can quickly analyse data, recognise suspicious patterns and alert security teams. This helps organisations respond faster and more accurately to…
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…
Threat Hunting Frameworks
Threat hunting frameworks are organised approaches that help cybersecurity teams systematically search for hidden threats or attackers in a computer network. These frameworks offer step-by-step methods, tools, and best practices to detect suspicious behaviour that automated systems might miss. By following a framework, security professionals can ensure a consistent and thorough investigation process, improving their…
Threat Detection Pipelines
Threat detection pipelines are organised processes or systems that collect, analyse, and respond to suspicious activities or security threats within computer networks or digital environments. They automate the steps needed to spot and address potential dangers, such as hacking attempts or malware, by filtering large volumes of data and highlighting unusual patterns. These pipelines help…
Threat Vector Analysis
Threat vector analysis is a process used to identify and evaluate the different ways that attackers could gain unauthorised access to systems, data, or networks. It involves mapping out all possible entry points and methods that could be exploited, such as phishing emails, software vulnerabilities, or weak passwords. By understanding these vectors, organisations can prioritise…
AI for Risk Detection
AI for Risk Detection refers to using artificial intelligence systems to find and highlight potential problems or dangers before they cause harm. These systems analyse large amounts of data to spot patterns or unusual activity that might indicate a risk. This helps organisations take action early to prevent issues such as fraud, accidents, or security…