Within a cybersecurity context, a sandbox is a security mechanism that is designed to mitigate the potential impact of system failures and/or software vulnerabilities by allowing programs to run independently of and separately from the device/network’s primary operating system.
A sandbox is often used to test out new implementations and code bases or audit untested programs to ensure that they behave as planned prior to deployment.
Sandboxes are also commonly deployed while testing the performance and features of a Virtual Machine (VM).
Traditional security measures are reactive and based on signature detection—which works by looking for patterns identified in known instances of malware.
Because that detects only previously identified threats, sandboxes add another important layer of security.
Moreover, even if an initial security defense utilize artificial intelligence or machine learning (signature less detection), these defenses are only as good as the models powering these solutions – there is still a need to complement these solution with an advanced malware detection.
Sandboxing can take several different forms. Even though some companies use sandboxing only for testing, it is also a valuable tool for several other important objectives. One such objective is project integration. Integrating more than one build or aspects of a project can be a challenge. However, with sandboxing, you can check for compatibility to make sure the solution is being properly developed.
Sandboxing also allows your clients and customers to use new products and features. For example, you can execute sales demonstrations within a sandboxed environment. These can include videos and other multimedia, and with a properly equipped sandbox, the customer can take away an experience identical to what they would have when connected to your actual system. Sandboxing allows your company to interactively engage with both new clients and customers already in your portfolio. They can try out your software at their own pace, no matter where they are.
You can also perform quality assurance (QA) testing within a sandbox environment. Using sandbox software to optimize your solution enables you to isolate problematic elements of the code and then troubleshoot them.