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cyber threats

AI vs AI: The Autonomous Cybersecurity Arms Race Reshaping the SOC

AI vs AI: The Autonomous Cybersecurity Arms Race Reshaping the SOC

Introduction: The Dawn of Autonomous AI in Cybersecurity Imagine a near future where a malware strain is not hand-coded by a human, but generated on the fly by an AI, and where the security system defending your network is itself an AI that detects and neutralizes the threat in milliseconds. This scenario is quickly moving from science fiction to reality. Recent advances in artificial intelligence – particularly large language models (LLMs) and generative AI – are transforming the cyber battlefield on both offense and defense. Attackers are equipping themselves with AI tools that can write phishing emails, find software vulnerabilities,
AI vs Hackers: The Cybersecurity Revolution Reshaping Digital Defense

AI vs Hackers: The Cybersecurity Revolution Reshaping Digital Defense

Over 70% of large firms plan to invest in AI-driven security tools by 2027. In early 2022, a multinational technology manufacturer faced Babuk ransomware and an AI-driven defense autonomously blocked and isolated the infected device. A healthcare company using Darktrace’s UEBA detected an insider attempting data theft by connecting an employee’s device to the Dark Web via Tor. Microsoft Security Copilot and Google Chronicle illustrate AI-assisted threat hunting, with Copilot surfacing indicators of compromise in minutes and Chronicle tracing a credential theft attack in a day. Since late 2022, phishing email volumes surged by 1,265% following the availability of generative
Inside the Sky Shield: How Secure Is Your Satellite Internet?

Inside the Sky Shield: How Secure Is Your Satellite Internet?

Satellite internet data travels from your dish to a satellite, then to a gateway and onto the internet, with traditional GEO orbits at about 35,786 km and newer systems like SpaceX Starlink using low Earth orbit swarms and inter-satellite laser links. Geostationary (GEO) latency is roughly 500–700 ms for a round trip, while Starlink’s low Earth orbit (LEO) latency is about 20–40 ms, impacting secure handshakes such as TLS. Signals require line-of-sight, and because satellite beams cover broad areas, adversaries can jam or disrupt links from within the footprint with a powerful transmitter. Unencrypted satellite downlinks can be intercepted since
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