Information Security

HTTP-Parameter-Pollution-Vulnerability-KrishnaG-CEO

The HTTP Parameter Pollution (HPP): Protecting Web Applications with Robust Security Practices

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HTTP Parameter Pollution, or HPP, is a type of web security vulnerability where an attacker manipulates HTTP request parameters to bypass input validation, inject malicious payloads, or alter the intended behaviour of a web application. By injecting additional parameters or manipulating existing ones, attackers can trick the server into processing unintended actions. This form of attack can lead to a range of exploits, including SQL injections, cross-site scripting (XSS), and even unauthorised access.

GPS-Spoofing-KrishnaG-CEO

GPS Spoofing: A Silent Threat to High Net-Worth Individuals and Critical Infrastructure

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In GPS spoofing, attackers generate counterfeit signals that mimic legitimate GPS signals, effectively deceiving the GPS receiver into providing incorrect location data. Spoofing attacks can alter a target’s perceived location, misdirecting navigational routes, obscuring asset tracking, or causing outright disruptions. Such attacks compromise the receiver’s accuracy and can lead to substantial navigation errors, disruptions in critical infrastructure, and even physical harm.

Exploiting-Zero-Day-Vulnerabilities-KrishnaG-CEO

Exploitation of Zero-Day Vulnerabilities: A Critical Threat for CISOs

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Zero-day vulnerabilities refer to security flaws in software or hardware that are unknown to the vendor. Until the vulnerability is discovered and patched, it remains a potential entry point for attackers to exploit. The term “zero-day” reflects the number of days the vendor has had to address the flaw—zero. Consequently, zero-day attacks are challenging to defend against because they exploit vulnerabilities before any fix is available, making them prime opportunities for cybercriminals.

Malware-Analysis-KrishnaG-CEO

Malware Analysis: An Essential Guide for Cybersecurity

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Malware analysis is the process of studying malware samples to understand their purpose, functionality, and impact on infected systems. By examining how malware operates, analysts can craft countermeasures, detect similar threats, and improve organisational security.

DGA-KrishnaG-CEO

Domain Generation Algorithm (DGA) Attacks: Understanding, Mitigating, and Defending

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Domain Generation Algorithm (DGA) attacks involve the use of algorithms to create numerous, often random-looking, domain names. These generated domains allow malware to connect to its C&C servers, keeping malicious activities in motion even as individual domains are blocked or taken down. By consistently creating new domains, DGA-based malware increases its resilience, complicates detection, and challenges security defences.