Emulation detection evasion is a set of techniques employed by malware to detect analysis environments such as sandboxes or virtual machines and evade detection by altering their execution. By identifying the presence of emulation artifacts or behaviours, malware can stop executing or behave benignly, thereby avoiding detection and analysis.
A container escape occurs when an attacker exploits a security gap within the container to break out and access the host system. This escape can involve taking advantage of:
– Vulnerabilities in the containerisation software.
– Misconfigurations in permissions or settings.
– Insecure images that may contain malware or backdoors.
At their core, business logic attacks exploit **gaps or errors in the workflows or rules governing an organisation’s operations**. These flaws are not due to programming errors but rather the **misuse of legitimate system features** or **misconfigured processes**. Attackers manipulate these weaknesses to achieve their objectives, such as:
– Circumventing security measures
– Accessing unauthorised data
– Fraudulently acquiring goods or services
The Board of Directors is responsible for overseeing the implementation of offensive security strategies and ensuring that they are effectively managed. This requires a proactive approach to risk management, where the Board plays an active role in setting the tone for cybersecurity governance and ensuring that appropriate resources and expertise are allocated to address identified risks.
Offensive security refers to the proactive approach of identifying vulnerabilities and potential threats within an organisation’s systems and networks. It involves techniques such as vulnerability assessments, penetration testing, malware analysis, cyber forensics, and reverse engineering. The goal is to simulate real-world attacks, uncover weaknesses, and develop strategies to counteract these threats before they are exploited by malicious actors.
Offensive security encompasses a range of practices that simulate cyberattacks in a controlled environment, allowing businesses to identify security risks in their systems and address them before attackers can exploit them. The core components of offensive security include vulnerability assessment, penetration testing, malware analysis, cyber forensics, and reverse engineering.