Automated incident response refers to the use of software or systems to detect and react to security threats or operational issues without requiring manual intervention. These systems can quickly identify problems, contain threats, gather evidence, and even fix issues based on pre-set rules or machine learning. This approach helps organisations respond faster to incidents, reducing…
Category: Cybersecurity
Digital Security Orchestration
Digital security orchestration is the coordinated management of different security tools and processes through automation. It allows organisations to respond to cyber threats faster and more efficiently by connecting systems like firewalls, antivirus software and monitoring tools. By automating tasks and sharing information between security tools, it reduces manual work and helps security teams react…
AI-Based Vulnerability Scans
AI-based vulnerability scans use artificial intelligence to automatically check computer systems, networks or software for security weaknesses. Unlike traditional scanners, AI can learn from new threats and adapt its methods over time, making it better at spotting unusual or new types of vulnerabilities. These scans help organisations find and fix problems before hackers can exploit…
Automated Threat Monitoring
Automated threat monitoring is the use of software tools and systems to continuously watch for signs of potential security threats or attacks on computer networks and systems. These tools work by scanning data traffic, user behaviour, and system logs to spot unusual or suspicious activity. When a potential threat is detected, the system can alert…
Intelligent Fraud Detection
Intelligent fraud detection refers to the use of advanced technologies, such as artificial intelligence and machine learning, to identify and prevent fraudulent activities. These systems analyse large amounts of data to spot unusual patterns or behaviours that may indicate fraud. By learning from past incidents, intelligent fraud detection tools become better at predicting and stopping…
Smart Access Controls
Smart access controls are digital systems that manage and monitor who can enter or use spaces, devices, or information. Unlike traditional keys or locks, they use technology such as keycards, biometrics, or mobile apps to verify identity and grant access. These systems can track entries, restrict access to certain areas, and adjust permissions easily from…
Digital Data Access Control
Digital data access control refers to the methods and rules used to decide who can view, use, or change digital information. It helps protect sensitive data by making sure only authorised people or systems can access certain files, databases, or resources. These controls can be set up using passwords, permissions, and security software to keep…
Intelligent Data Loss Prevention
Intelligent Data Loss Prevention (DLP) refers to advanced systems and tools that help organisations automatically detect, monitor, and protect sensitive information from being leaked, lost, or accessed by unauthorised users. These systems use artificial intelligence and machine learning to identify risky behaviours and patterns, making them more effective than basic DLP solutions. Intelligent DLP adapts…
Smart Data Encryption
Smart data encryption is the process of protecting information by converting it into a coded format that can only be accessed by authorised users. It uses advanced techniques to automatically decide when and how data should be encrypted, often based on the type of data or its sensitivity. This approach helps ensure that sensitive information…
Digital Device Enrollment
Digital device enrollment is the process of registering computers, smartphones or tablets with a central management system. This allows organisations to set up, configure and manage devices remotely, ensuring they meet security and usage standards. Device enrollment makes it easier to keep track of devices, apply updates, and protect sensitive information.