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A sandbox is a security mechanism to analyze the behaviour of any suspicious file types and web objects by allowing it to execute in an isolated environment with constrained resources. It allows one to execute any untested, un-trusted/outsourced code without causing any damage to the host machine and production environment. Usually the program is run into Virtual environment or emulation software which provide the feel and functionality similar to the actual environment.
There are two ways to deploy a sandbox solution in your network:
Sandboxing technology is used to detect advanced malware and is one of the most sought after security tools today. Here in this blog we look at some of the criteria to help us evaluate sandboxing technology.
1. The ability to analyze wide-ranging file types and web objects:
2. The ability to Automatically upload files to Sandbox platforms:
Earlier, using sandbox environment to analyze malware used to be a tedious and complex task for the malware analysts, as they had to manually upload files to the Sandbox environment for analysis. This has changed in the current times with the sandbox solutions having capabilities to automatically upload the files and analyze the files for its suspicious behaviour if any.
3. The ability to support multiple OS environment and Application stack
Certain malwares are designed to detonate in specific environment conditions such as type of operating systems/applications, versions of operating systems/ applications etc. It is very important for any sandbox solution to detect such malware through support for variety of OS environments and applications stacks.
4. The ability to analyze malwares with VM-evasion technologies:
Malware authors are getting smarter by the day. Current day malware has VM-aware capabilities, which basically finds out if it's executing in any sandbox. Such malware can stay idle for long time and evade its detection by traditional sandbox environments.
5. The ability to integrate with existing security controls:
Sandbox solutions must be able to integrate with existing security controls such as Firewalls, IPSes, IDSes, SWGs, SEGs, Endpoint Protection platforms and Forensics tools. These security Controls can actually feed suspicious files and web objects into the Sandbox solution. This reduces the overall TCO and increases the efficacy of Sandbox solutions.
6. The ability to preserve malware samples for contextual analysis and forensics:
Preserving malware samples for forensics and contextual analysis is useful in understanding the tactics, techniques and procedures of the attacker. This helps us create signatures, gain deeper insight into the attack and helps create incident response plan for similar attacks in future.
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