Integer Overflow occurs when an arithmetic operation attempts to create a numeric value that exceeds the maximum limit of the data type used to store it. Similarly, Integer Wraparound happens when the numeric value “wraps around”, cycling back to the minimum limit.
Missing Authorisation, identified by CWE-862, refers to a software weakness where an application fails to verify if a user is permitted to access specific resources or perform certain actions. While authentication establishes identity, authorisation ensures that the authenticated user has the necessary permissions. When authorisation is missing, attackers can exploit this oversight to access sensitive data, perform unauthorised transactions, or disrupt services.
WordPress, which began as a simple blogging platform in 2003, has evolved into one of the most widely used content management systems (CMS) globally. Currently powering over 40% of websites, WordPress has become synonymous with digital publishing—ranging from small personal blogs to large-scale enterprise solutions. For many C-level executives, WordPress represents an agile, cost-effective solution to rapidly establish and manage an online presence.
However, with extensive adoption comes amplified risk. The same features that make WordPress easy to use—such as its vibrant plugin ecosystem and open-source nature—can also create ripe opportunities for attackers to exploit vulnerabilities. WordPress database injection, often referred to more broadly as SQL injection (SQLi), stands out as a critical concern. Attackers who successfully execute a database injection can gain unauthorised access to sensitive data, manipulate website content, or even pivot to other parts of the organisation’s network.
WordPress relies on a MySQL (or MariaDB) database to store content, user data, plugin settings, and other critical information. An SQL injection attack leverages insecure code or configurations to inject malicious SQL queries into the database, allowing attackers to read, modify, or even delete data, and in some extreme cases, compromise the server itself.
In cyber warfare, where the lines between offence and defence constantly blur, a particularly insidious threat looms large: the logic bomb. These malicious code snippets, embedded within legitimate applications, scripts, or systems, are designed to unleash destructive payloads under specific conditions or triggers. For C-level executives responsible for their organisation’s security and reputation, understanding the nature, implications, and countermeasures of logic bombs is paramount.
A logic bomb is a time bomb waiting to go off within a computer system. Code remains dormant until a predetermined condition matches, such as a specific date, time, event, or data input. Once the trigger is pulled, the bomb explodes, executing its malicious payload, which can range from data deletion or corruption to system shutdown or network sabotage.
App store fraud is a complex and evolving issue requiring a multifaceted approach. By understanding the various techniques used by fraudsters, the potential impacts on businesses and end users, and the mitigation strategies, organisations can take proactive steps to protect themselves and their customers.