Device takeover, or device hijacking, is a cyberattack where malicious actors gain unauthorised control over a device. This often occurs through the use of trojans, a kind of malware disguised as a genuine software.
Neuro plasticity, a cornerstone of neuroscience, refers to the brain’s capacity to reorganize itself in response to experiences. This phenomenon occurs at various levels, from the formation of new synapses to the creation of entirely new neural pathways. Factors such as learning, memory, and environmental stimuli can all influence neuro plasticity.
Cyber threats can exploit human vulnerabilities in ways that directly affect the brain. Phishing attacks, for example, leverage social engineering techniques to manipulate emotions and cognitive processes, leading to impulsive decision-making and compromised security. Malware can also impact cognitive function by causing stress, anxiety, and fatigue, which can impair judgment and attention.
Malvertising, short for malicious advertising, is a cybercrime technique that leverages the reach and trust associated with online advertising to deliver harmful content. Malicious actors infiltrate legitimate ad networks and insert malicious code into advertisements, which are then displayed on unsuspecting websites. When a user clicks on or simply view these malicious ads, their devices can become infected with malware, leading to a range of detrimental consequences.
In today’s digital age, voice assistants have become integral to our daily business. These virtual assistants offer convenience and efficiency, from controlling smart homes to providing information and entertainment. However, as with any technology, voice assistants have vulnerabilities. Cybercriminals have recognised the potential of exploiting voice assistants to target high-profile individuals, including C-Suite executives, for financial gain, reputational damage, and competitive advantage.
Voice assistant exploitation refers to cyberattacks targeting voice-activated virtual assistants, Amazon Alexa, Google Home, or Apple Siri.
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.