![]() ![]() We’ll use Snyk’s security scanning tools to highlight - and fix - vulnerabilities in our containers. ![]() We’ll use Docker for running our PHP containers and using Docker’s built-in functionalities to secure our PHP containers. To implement these best practices yourself, and to follow along with this demonstration, be sure to have the following tools: With that in mind, let’s take a hands-on exploration of some best practices for securing PHP containers. Being mindful of security is still essential, but with a little diligence and caution, developing and running secure containerized PHP apps is not difficult. This incorrect assumption leads to complacency. Too often, developers assume that container isolation means containers are inherently secure. Additionally, because we’re working with containers and microservices, we’re likely to be using PHP containers alongside third-party applications, which creates another avenue for vulnerabilities. Because PHP is so ubiquitous and widely used, PHP applications present a large, interesting target for attackers. Still, developers must use caution when building container images for PHP applications. With an official image available on Docker Hub, developers know they can access well-tested PHP container images to build on. PHP works well in containerized environments. With support for type declarations and excellent frameworks like Laravel and Symfony, PHP is still a great way to develop web apps. Not bad for a 28-year-old language! Despite its age, PHP has kept up with modern development practices. According to Wappalyzer, PHP powers over twelve million websites. ![]()
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