Discover the unsettling reality of deepfake technology as it infiltrates corporate settings, leaving behind a trail of deception and financial loss. Stay informed and vigilant against this emerging threat to safeguard your organization’s integrity and assets
MNC’s Deepfake Scam: Time to Monitor Your Cybersecurity Landscape Read More »
Open-Source Intelligence, commonly known as OSINT, is a dynamic field centered around gathering and analyzing information from publicly accessible sources. This involves navigating the surface and deep web, mastering tools for social media monitoring, and utilizing geospatial analysis. OSINT plays a pivotal role in various domains, including cybersecurity, business intelligence, and journalism. It empowers individuals and organizations with valuable insights, but ethical considerations, such as privacy concerns, remain critical. This evolving discipline is crucial in the digital age, shaping decision-making and strategic planning across diverse sectors.
Unveiling the Power of OSINT: A Comprehensive Exploration of Open-Source Intelligence Read More »
Amidst the interconnected digital landscape, cyber threats loom large, posing potential risks to personal and organizational data. Understanding the significance of cyber hygiene forms the cornerstone of fortifying one’s online presence. From regular software updates to vigilant phishing awareness, this comprehensive guide navigates through essential practices. It emphasizes the importance of secure internet connections, multi-factor authentication, and proactive data backup strategies. Dive deeper into the role of cyber hygiene at home, workplace, and social media, accompanied by insights into essential tools for enhancing digital security. Prioritizing cyber hygiene becomes imperative in the face of evolving cyber threats, ensuring a safer and more secure online existence.
Cyber Hygiene: Best Cybersecurity Practices Read More »
The LokiBot Android Trojan was first seen in February 2016 and is considered one of the first instances where malware could infect devices and settle inside the core Android operating system processes.
RIDL stands for Rogue In-Flight Data Load. RIDL is also known to use MFBDS in addition to MLPDS to acquire data. Attackers can execute code using cloud resources, malicious websites or advertisements and can steal data by breaking any security barriers. RIDL (Rogue In-Flight Data Load) shows attackers can exploit MDS vulnerabilities to mount practical
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