Let’s say you’ve built a PHP application, but you want to separate it from supporting infrastructure in a way that keeps things lightweight, portable, and still quite secure. You’d like other developers to be able to work on it without having to recreate whole environments. In short, what you want to do with your application is containerize it — package it and its dependencies into containers that can be easily shared across environments.
As cloud technology continues to evolve, the demand for Kubernetes is skyrocketing. As a result, security has become a top priority for developers looking to protect their application data. That's where Transport Layer Security (TLS) comes into play. TLS is essential for ensuring a secure connection between your applications and the internet. TLS leverages asymmetric and symmetric cryptographies to keep your data secure in transit and at rest.
WebAssembly, sometimes called Wasm, is a portable, low-level binary code instruction format executed in a web browser’s virtual machine (VM). It enables developers to write high-performance code in various languages and runs alongside JavaScript. Developers are embracing WebAssembly for its ability to accelerate complex algorithms, enable gaming and multimedia applications, and provide a secure sandbox environment for running untrusted code.
Role-based access control (RBAC) is an approach for controlling which actions and resources in a system are available to different users. Users are assigned roles that grant them permission to use particular system features. Kubernetes has a robust built-in RBAC implementation for authorizing user interactions with your cluster. Setting up RBAC allows you to define the specific actions that users can perform on each Kubernetes object type.
The 2021 Log4Shell incident cast a bright light on open source software security — and especially on supply chain security. The 18 months following the incident brought a greater focus on open source software security than at any time in history. Organizations like the OpenSSF, AlphaOmega, and large technology companies are putting considerable resources towards tooling and education. But is open source software security actually improving? And where are efforts still falling short?
Securing your CI/CD pipeline is critical to modern application security. So, we created a cheat sheet to make the process easier. In this post, we’ll cover using Snyk in your CI/CD pipelines to catch security issues quickly and empower your developers to fix them before they get to production.
AI has become a hot topic thanks to the recent headlines around the large language model (LLM) AI with a simple interface — ChatGPT. Since then, the AI field has been vibrant, with several major actors racing to provide ever-bigger, better, and more versatile models. Players like Microsoft, NVidia, Google, Meta, and open source projects have all published a list of new models. In fact, a leaked Google document makes it seem that these models will be ubiquitous and available to everyone soon.
An insecure direct object reference (IDOR) is a security vulnerability that occurs when a system’s implementation allows attackers to directly access and manipulate sensitive objects or resources without authorization checks. For example, an IDOR can arise when an application provides direct access to objects based on user-supplied input, allowing an attacker to bypass authorization.
An application’s attack surface is the sum of points where it might be vulnerable to bad actors. It consists of all the paths in and out of the application. Identifying vulnerabilities is vital to mitigating threats because any access point is a potential entry point for an attack. An attack surface analysis, which is critical to this mitigation strategy, is the process of identifying and assessing the potential vulnerabilities and risks in a software system or network.
Deserialization is the process of converting data from a serialized format, such as JSON or binary, back into its original form. Swift provides multiple protocols allowing users to convert objects and values to and from property lists, JSON, and other flat binary representations. Deserialization can also introduce unsuspecting security vulnerabilities in a user’s codebase that attackers could exploit.
