Get along with the curve.
Cyber Attacks
In 2025, attackers don’t even need to drop a file on disk to own a system. This blog explores the rise of fileless malware—malicious code that operates entirely in memory using tools like PowerShell, WMI, and LOLBins. Students will learn how this stealthy threat works, how it evades antivirus detection, and how defenders use behavior-based detection and hunting strategies to fight back.
Tech
Cyber Crime
Discover how hologram technology is transforming education, workplaces, and family connections by creating 3D virtual images without screens or headsets. Learn its benefits, risks, and future potential.
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CVE
This blog explores how advanced AI techniques played a crucial role in discovering CVE-2025-37899, a critical use-after-free vulnerability in the Linux kernel’s SMB server (ksmbd). Learn about the root cause, exploitation risks, and effective mitigation strategies to safeguard systems against this high-severity security flaw.
🚨 CVE-2025-0927 is a heap overflow vulnerability in the HFS+ file system implementation of the Linux Kernel. By mounting a specially crafted HFS+ image, attackers can trigger a denial of service (crash) or potentially achieve arbitrary code execution. This flaw critically affects systems like Ubuntu 22.04, posing serious security risks if left unpatched. ⚠️
In 2025, attackers don’t brute-force their way in—they blend in, using stealthy tactics like living-off-the-land, obfuscation, and behavioral mimicry to evade detection. This blog unpacks how modern defenders can think like hunters, spot the subtle clues, and build skills to detect what others miss.
In a world of AI-driven APTs and stealthy cyber threats, Red Teaming is the new frontier of cybersecurity defense. This blog dives into the mindset, methods, and real-world applications of Red Teaming, showing students how to think like an adversary and unmask hidden attacks. Learn the differences between pen testing and Red Teaming, explore tools and labs to get started, and discover why Red Teaming is the cybersecurity edge in 2025.
Discover how everyday IoT devices like smart TVs and speakers can be hacked and used as backdoors to your network — and how to stay protected.
🔥CVE-2025-37899 is a critical use-after-free flaw in the Linux kernel’s ksmbd module, triggered by a race condition between session setup and teardown. It allows remote, unauthenticated attackers to crash the system or potentially execute code. Rated 9.8 CVSS, it highlights the growing role of AI in uncovering deep kernel-level threats.
Discover the rising threat of CPU-level ransomware—malware that hides in hardware, bypasses antivirus software, and survives OS reinstalls. Learn how it works, past real-world attacks, and how to stay protected.
In this writeup, I’ll walk you through a fun and realistic CTF challenge from Intigriti’s Hackdonalds, where I discovered and chained two vulnerabilities:
In 2025, cyber threats have evolved into stealthy software-based attacks by nation-states and criminal groups. This blog decodes the MITRE ATT&CK Framework—an open-source playbook that helps defenders map out attacker behavior and detect Advanced Persistent Threats (APTs). Written from a student’s perspective, it explains how ATT&CK is more than theory—it’s a real-world blueprint for cyber defense.
Weekly Unfoldings
Stay informed with our weekly roundup of top 10 key happenings in tech, cyber and geopolitics. Discover the most significant developments, trends and breakthroughs shaping the industry, all in one concise update. The card image tiles are designed for easy recognition of the category to which the news belongs.
🔍 Dive into a deep technical breakdown of CVE-2025-1137 a high-severity command injection flaw in IBM Storage Scale. This blog explores reverse engineering insights, real-world exploitation, PoCs, and detection strategies tailored for red teamers and defenders.
In 2025, programming languages have become both cyber weapons and digital shields. This blog explores how modern coders sit at the frontline of cybersecurity—where Python scripts, C++ exploits, and AI tools shape the future of digital conflict. From real-world attack vectors to defensive coding practices, discover how your code can either break or protect the system. Whether you're a student or a seasoned dev, this is your call to code responsibly in a cyber-connected world.
