Faith Peter

Deepfake technology has evolved from a novelty into a powerful tool for cybercriminals. When paired with social engineering tactics, deepfakes create highly convincing impersonations that manipulate human trust and authority. These attacks are harder to detect and more psychologically effective, making them a growing danger for organizations. Understanding how deepfakes exploit human behavior is now critical to strengthening cybersecurity defenses.

Agentic AI is redefining business automation with self-directed intelligence that can make decisions, act independently, and streamline operations. But with autonomy comes risk – from goal misinterpretation to security vulnerabilities and operational overreach. This article examines how agentic AI could disrupt business operations and how organizations can balance innovation with control to ensure AI works for them, not against them.

Artificial Intelligence (AI) is reshaping the world with unmatched speed and power, but experts warn it may also pose existential risks. From superintelligence and job displacement to misuse in cyberwarfare and disinformation, the dangers are real. Without urgent regulation and ethical safeguards, AI’s promise could become humanity’s greatest threat.

As artificial intelligence evolves, so too does its autonomy. Agentic AI systems designed to act independently toward goals with minimal human intervention represents a transformative leap in how machines function across industries. From financial trading bots and autonomous vehicles to AI security agents and workflow automation tools, these systems are no longer passive assistants; they are decision-makers.
But with independence comes risk. In cybersecurity and beyond, we now face a crucial dilemma: How do we harness the power of agentic AI without losing control?

Companion AI chatbot delivered by Elon Musk’s Ani is making headlines for all the wrong reasons. While pitched as a futuristic tool for connection, Ani and Valentine introduces a host of cybersecurity risks, privacy concerns, and emotional dangers for teenagers. Designed with a sexualized persona that taps into human psychology, this artificial intelligence may not just disrupt how adults interact with technology, but also reshape how vulnerable teens perceive intimacy, relationships, and trust online. For parents, educators, and cybersecurity professionals, Ani is more than a tech experiment, it’s a warning sign of how AI can exploit the most vulnerable users.

While two-factor authentication (2FA) is a key security measure, hackers have developed multiple ways to bypass it. The Bybit hack is a stark reminder that even advanced security measures can be undermined by deception and technical exploits. How Hackers Bypass Two-Factor Authentication (2FA) Phishing Attacks: Hackers create fake login pages to steal credentials and 2FA

Cyberattacks don’t happen by accident—they are meticulously planned, strategically executed, and involve months or even years of preparation. The recent $1.5 billion Bybit hack by the infamous Lazarus Group demonstrates the level of patience, coordination, and sophistication that goes into pulling off such large-scale cybercrimes. While most people think of hacking as an instant breach,

As the world moves towards renewable energy, electric vehicles (EVs), and military-grade power solutions, advanced modular batteries (AMBs) have become essential for energy storage and efficient power management. These smart, AI-integrated batteries are now widely used in civilian infrastructure, defense applications, and industrial operations. However, as their usage grows, so does the threat of cyber

Picture the idea of defending your data with just a thought? This is no longer a concept confined to science fiction but a real possibility through Brain-Computer Interfaces (BCIs). As cyber threats grow increasingly sophisticated, BCIs are emerging as game-changers, offering unique opportunities to enhance cybersecurity by bridging the gap between human cognition and machine