Cyber crime: Exploit kits in the enterprise
Cyber crime is big business and exploit kits represent one of the most critical security challenges facing the enterprise today...
The second step is to plug the identified holes in your security defence. This could be as simple as ensuring that all software updates have been deployed on all devices connected to the company's network and addressing patch management across the organisation.
Carrying out rudimentary tasks such as ensuring that employees are using a secure browser, staying informed of the latest cyber security threats, and using auto-update features for all computer programs can also help businesses to prevent a large majority of exploit kits from succeeding.
One way of helping to prevent exploit kits from stealing information is to use techniques like code signing and digital signatures. Code signing allows businesses to protect their users' data from software that has been tampered with by malware.
Using certificate-based digital signatures that enable a business to verify the identity of the software published, companies can prove that the software has not been changed since it was published. For example, when you download a program from a reputable software house, a pop up box should appear in the bottom right-hand corner of your screen to show the download is safe. In order to prevent hackers from using forged code signatures, businesses must take steps to protect the process for creating these digital signatures.
In the event that the exploit kit succeeds, you need to ensure that your assets are protected. The best way to do this is through data encryption. Employing data encryption methods will mean that even in the event of an exploit kit succeeding in accessing user data, tamper resistant devices will protect the confidentiality of critical networks using customised encryption algorithms and processes.
IT managers know better than most that the online threat landscape evolves at a rapid rate. Just like human viruses mutate in the real world, so do computer viruses. As such, security cannot be treated as a set once and forget function.
All security processes need to be evaluated on a continual basis to ensure your organisation is not just protected from the risks of today, but also the threats of tomorrow.
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