In cases like this, we can perform reverse engineering on malicious software samples that attackers may have used to exfiltrate data from your devices. During this process, we get to understand how the individual malware sample operates and how you can efficiently and securely remove it from your infrastructure.
When your systems are already infected with malware, we can analyse the samples. By reverse engineering the sample, we will be able to assess if (and how) the malware may perform lateral movement in your network. Recovering these details may help with attribution and contribute to the future safety of your systems.
After the scope and the conditions are clear, our team of experts start dissecting the malware sample in scope. You will receive a detailed report that includes your points of interest that we agree on during scope assessment.
Red Teaming is a complex attack simulation exercise, that encompasses a range of our other services into a single package, in order to give you the best insight into your risks and next steps.
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When it comes to most enterprises, there’s a great deal of information on the web, waiting to be found. Being aware of what is publicly available, helps you prepare your first line of defense.
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Nowadays an ever growing number of organizations face various types of cyber threats. Especially organizations that process personal or sensitive information, or work in the financial sector. A security breach in that context can be catastrophic and result in consequences that are close to impossible to mitigate afterwards.
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Using reverse engineering, we can assess and inspect various types of software, whose source code is not available. The reverse engineering process can serve a range of goals, including creating documentation for legacy software systems in order to perform integration into modern tools and pipelines. Another goal of the process, can be to audit proprietary applications to look for potential backdoors or vulnerabilities.
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The point of Social Engineering, is to make sure that not only our devices are secure, but that the human operators and processes can not be circumvented to gain unauthorized access.
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