Cyber Attacks
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.
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.
In today’s world of increasing cyber threats, writing secure code is more important than ever. This blog explains why developers must prioritize security from the start, highlights common mistakes, and provides practical coding practices to avoid them. Whether you're a beginner or an experienced developer, you'll learn how to write safer, more resilient software.
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You begin with the first challenge "Exploiting Access", where your journey starts by reverse-engineering an APIC Ele. Through careful analysis, you discover crucial and hidden information that serve as the kay to exploiting the Mt system's weakne. With these insights, you successtaly breach the first machine (M1). gaining access to it. As you transion to the second challenge "Mastering Control, phase involves leveraging the foothold on Mt. extracting critical dala, and exploiting the relationship between Att and M2 to gain Having gained access to Mt, your thjective now is to move deeper by enumerating your findings which will allow you to sing to the second machine. This full control over the second machine. In summary, this CTF event challenges you to exploit vulnerabilities from an APK to compromiss the first machine and then use that access to navigate your way to the second, ultimately gaining control over both machines.
Cybersecurity breaches have become an unfortunate hallmark of our digital age, with state-sponsored attacks becoming increasingly bold and sophisticated. One such incident, recently disclosed, has shaken the telecommunications world to its core: the Salt Typhoon cyberespionage operation.
Cyber Crime
The crypto industry often hailed as the vanguard of modern financial innovation faced a tumultuous 2024 marred by significant losses due to cyber threats. According to Cyvers' latest Security Fraud and Compliance Report the sector lost over $2.361 billion to cybercriminal activities marking a 40% increase from the $1.69 billion lost in 2023.
Turla, a Russia-linked Advanced Persistent Threat (APT) group with a history spanning nearly three decades. Known for their stealthy and innovative approaches, Turla continues to raise the bar for nation-state cyber operations. Their latest campaign unveiled by Lumen Technologies Black Lotus Labs reveals an extraordinary feat of infiltration: hijacking the command-and-control (C2) infrastructure of Storm-0156 a Pakistan-based hacking group to expand their espionage activities.
Okta, a widely recognized identity and access management service, is integral to safeguarding user authentication for organizations around the world. Known for its ability to streamline secure access to various applications and systems, Okta supports a broad range of authentication methods, including multi-factor authentication (MFA) and single sign-on (SSO). With millions of users and enterprises relying on Okta’s infrastructure for seamless and secure access, any discovered vulnerabilities have the potential for widespread implications.
This blog is about IDOR vulnerability found by cert-in that can cause concern to Aadhaar card or pan card
In 2024, SaaS breaches surged, with 31% of organizations impacted, highlighting vulnerabilities in identity management. To address these risks, Okta introduced the IPSIE framework at Oktane 2024. IPSIE aims to standardize identity security, promoting interoperability, lifecycle management, and risk-sharing to reduce fragmentation and enhance protection across SaaS platforms.
In August 2024, Star Health and Allied Insurance, India's largest health insurer, fell victim to a sophisticated cyberattack resulting in the leak of sensitive customer data and medical records. The attacker, known as xenZen, demanded a ransom of $68,000 in exchange for ceasing further leaks of confidential information. The breach has caused a massive reputational and financial crisis for the company, with its market value declining and legal battles ensuing. This blog provides a comprehensive look at the timeline, technical details, and the overall impact of this significant cyberattack.
In today’s highly connected world, web applications are ubiquitous and serve as the backbone of many organizations’ online presence. Unfortunately, they are also prime targets for cyberattacks. To protect sensitive data and maintain the integrity of web-based services, Web Application Penetration Testing (Pentesting) has become an indispensable part of any robust cybersecurity strategy. This detailed guide will walk you through everything you need to know about web application penetration testing, from why it's essential to how the process works, common tools used, and what you should consider to make the most of your pentesting efforts.
With attacks targeting critical infrastructure, supply chains, and even the democratic processes, governments worldwide are under pressure to reinforce their cybersecurity defenses. The United States has been at the forefront of this effort and its National Cybersecurity Strategy—refined over the years and updated in 2024 continues to serve as a key blueprint for national defense against cyber threats. This blog explores how the U.S. is addressing modern cybersecurity challenges and offers insights that developing countries can adopt to bolster their own defenses.
Let us explore various forms of malware, such as viruses, worms, Trojans, ransomware and more. The article breaks down how these malicious programs operate and provides practical strategies for mitigating their risks. From educating users to implementing network security and backup measures, this guide offers a comprehensive approach to safeguarding systems against malware threats.
