The Case for Node.js Secure Configuration
How do you maintain Node.js secure configuration? Learn how to protect your Node.js applications from vulnerabilities and unauthorized access.
How do you maintain Node.js secure configuration? Learn how to protect your Node.js applications from vulnerabilities and unauthorized access.
Node.js applications can be vulnerable to issues like command injection, path traversal, and insecure APIs. Learn how to avoid these common Node.js security pitfalls.
Building secure node.js applications starts with applying essential input validation best practices and techniques to prevent common security vulnerabilities.
Don't let vulnerabilities slow you down: Introducing is-my-node-vulnerable, the Node.js vulnerability scanner. Securing your Node.js applications in production is crucial. This blog post explores is-my-node-vulnerable, a free and easy-to-use scanner developed by Node.js expert Rafael Gonzaga.
Introducing JavaScript security issues in Node.js applications such as Cross-site Scripting (XSS) and Content Security Policy (CSP).
Properly implementing authentication and authorization is crucial for securing Node.js apps. This section covers guidelines like proper session management, password hashing, and attack prevention.
Learn how to secure Node.js applications with OWASP's comprehensive best practices guidelines and practical techniques for authentication, authorization, cryptography, input validation, and more.
Insecure direct object references (IDOR) are an important web application security concept that every developer should understand. IDOR vulnerabilities allow attackers to access unauthorized data and functionality by manipulating object identifiers used in web applications. In this post, I'll explain IDORs and provide examples to help you prevent these issues in your Node.js and JavaScript server-side applications.
North Korean state hackers compromise npm supply chain with malicious packages; crypto thieves exploit Ledger Connect kit library published to npm, stealing $600k before detected; incident highlights risks of uncontrolled open source usage and need for better validation, monitoring of third party code.
Learn best practices and strategies to identify and prevent command injection vulnerabilities in your JavaScript projects. Discover the power of secure code reviews, secure API usage, and Node.js-specific tips. Explore further with our book, 'Node.js Secure Coding: Defending Against Command Injection Vulnerabilities,' and fortify your skills.