The convergence of Artificial Intelligence (AI) and Brain-Computer Interfaces (BCIs) has ignited a wave of both excitement and trepidation. While these technologies hold immense promise for advancing human capabilities and improving quality of life, they also raise profound ethical and security concerns. One such concern is the potential for AI-controlled robots to pose a threat to human safety.
Eavesdropping, or passive surveillance, is a clandestine method that involves intercepting and monitoring communications without the knowledge or consent of those involved. This silent threat can pose significant risks to businesses, particularly those with confidential data and mission-critical operations.
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.
Blockchain has emerged as a transformative force in the rapidly evolving landscape of decentralised technology. Its enhanced security, transparency, and efficiency promise has attracted significant attention from businesses and industries worldwide. However, like any complex system, blockchain is not immune to vulnerabilities. Understanding these vulnerabilities is crucial for C-level executives to safeguard their organisation’s digital assets and reputation.
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.