Backdoor attacks, a stealthy and insidious form of cybercrime, have become a significant concern for businesses of all sizes, including micro, small, and medium-sized enterprises (MSMEs). These attacks involve the insertion of unauthorized access points into software, systems, or networks, enabling attackers to bypass security controls and gain persistent access for malicious purposes.
Both CVSS and EPSS have their respective strengths and weaknesses, and the best choice for an organization may depend on its specific needs and priorities. However, EPSS offers several compelling advantages, particularly in terms of its proactive approach, data-driven analysis, and ability to provide more accurate and timely risk assessments.
In today’s cyber age, biometric authentication has emerged as an easy way to verify ID. By leveraging unique human characteristics such as Iris, palm prints, and facial patterns, it can provide a more authentic alternative to traditional passphrase-based authentication. However, as biometric technology advances, so do its associated threats. One of the biometric systems’ most significant challenges is the risk of spoofing or presentation attacks.
Biometric or presentation spoofing involves using fake biometric details to double-cross the authentication systems. By presenting a counterfeit biometric sample, an attacker can evade security measures and gain unauthorised access to sensitive information or resources. The prevalence of biometric spoofing has increased in recent years, making it a critical concern for organisations of all sizes, particularly those that rely heavily on biometric technology for security.
In today’s digital age, information has become the lifeblood of organisations. Businesses rely on a robust and efficient information infrastructure to collect, store, process, and distribute data. This infrastructure underpins critical operations, enabling decision-making, customer engagement, and innovation.
A brute force attack is a simple yet powerful technique hackers use to gain unauthorised access to systems. It involves systematically trying every feasible combination of alpha-numeric characters (such as passwords, PINs, or encryption keys) until the correct one is found. In contrast, this might seem like a time-consuming process, advancements in computing power have made it increasingly feasible for attackers to carry out these attacks rapidly.