Naqash insights

How Attackers Abuse SAML Trust Relationships in Enterprise SSO SAML Trust Abuse Attacks Explained (2026) Enterprise applications increasingly depend on centralized identity systems. Instead of maintaining separate usernames and passwords for every application, organizations use identity federation to allow employees to authenticate through a trusted Identity Provider (IdP). One of the technologies commonly used to enable this model is SAML , or Security Assertion Markup Language. SAML can make enterprise authentication simpler and more manageable. However, the same trust relationships that make federation powerful can also create a significant security boundary. If that trust is incorrectly configured, poorly monitored, or abused by an attacker, a compromise of one identity component can potentially affect multiple connected applications. This creates an important cybersecurity question: What happens when the trust relationship designed to simplify enterprise authentication becomes th...

How Vishing Attacks Hijack Accounts Through Voice-Based Social Engineering Vishing-Based Account Takeover Explained (2026) Voice communication has become one of the most powerful tools used by attackers to manipulate human trust. While organizations continue to strengthen firewalls, endpoint protection, identity controls, and multi-factor authentication (MFA), attackers increasingly target something technology cannot completely eliminate: human decision-making . One of the most effective examples is vishing , short for voice phishing . Instead of relying entirely on malicious emails or fake websites, attackers use phone calls, voice messages, impersonation, and increasingly convincing social-engineering techniques to persuade victims into revealing information or approving actions. The goal may be stealing credentials, bypassing authentication, changing account recovery information, approving an unexpected login, or convincing an employee to perform an action that ultimately gives the...

How Prototype Pollution Can Turn JavaScript Object Inheritance Into a Security Risk Understanding Prototype Pollution Attacks JavaScript is one of the most widely used programming languages in modern web development. From browser applications to backend systems running on Node.js, JavaScript objects are everywhere. This flexibility is one of JavaScript's biggest strengths. Developers can dynamically create objects, inherit properties, merge configuration data, and manipulate application state with relatively little code. But the same object model that makes JavaScript powerful can also create unexpected security risks. One of the most interesting examples is Prototype Pollution . Prototype pollution is a class of JavaScript security vulnerability in which attacker-controlled input can modify properties on an object's prototype. Because JavaScript objects can inherit properties from their pr...