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A single, integrated software setup protects all the systems in an organization.
The software can protect both physical and virtual systems, using deep integration with VMware to scan guest operating systems, and supporting scans of physical systems and client OSs on PCs. In a production environment, this should be made a separate SQL server. The appliance includes a database for storing the data on virus signatures, log files and scan results. Integration with vCenter makes managing antimalware across multiple VMware servers much simpler. vShield includes VMware Tools, which means that the same appliance can scan any version of Windows, as well as Linux VMs, whether or not they are running at the time of the scan.ĭeep Security also integrates with VMware's vCenter, although it's not required. VMware's vShield is available separately and works with vSphere 4.1 or 5.x, letting IT managers scan the VMware server's virtual disks directly, rather than requiring an interface to each OS.
VMsafe is available only with the commercial version of ESX. The appliance requires VMware's VMsafe application programming interface (API), VMware Tools and the vShield agent 5.x or later. IT managers will find Deep Security easy to deploy, by simply adding a virtual appliance to an existing vSphere server. This reduces loads because only one antivirus app is running. Rather than running with an agent at the level of the guest OS, the combination of Deep Security and vShield lets the Trend Micro virtual appliance interface directly with vSphere, scanning the OSs at the level of the virtual disks. The Deep Security software installs as a virtual appliance and then scans multiple virtual machines immediately. Trend Micro Deep Security Virtualization Security Pack 8.0 addresses these issues using the vShield components that VMware provides for vSphere 4.1 and 5.x. However, running a dozen operating systems on a single piece of hardware has its challenges, especially when it comes to keeping all those virtual servers secure from outside attacks.
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To get more details on all the different threats and attacks we observed, download and read the full report here.Virtualization has gone from a testing environment to full-blown production in just a few years. The cloud is only one aspect of our full 1H 2021 report. Take a look at Trend Micro Cloud One, part of our complete cybersecurity platform, to learn more. Using multi-factor authentication to access all accounts can minimise this risk tremendously. One key area is hardening your cloud account credentials, as these will be regularly targeted by malicious actors. Utilizing a security platform approach can help build your cloud to be more secure, but educating your architects and administrators will also help.
#Trend micro security review how to
Understanding how these work and – more importantly – how to secure them can be very difficult. From there, you can work backwards to develop your strategy for protecting those initial access areas tied to the different attacks.Ī challenge many organisations face is that the cloud isn’t simple, and many of the technologies that make up the cloud are new, with new features being deployed all the time. Depending on what you are doing as part of your cloud infrastructure, you should be able to identify if any or all of these end goals could be targeted in your environment. In this case, what are the motivation and end goals of an attacker?Īs you see in the image above, most cloud attacks are going to fall into one of these areas. When developing your cloud security architecture and strategy, it is important to always keep the ends in mind. Many organisations now need to look at ways of monitoring legitimate tools usage within their networks to identify any malicious uses. This use of known, legitimate tools is not new we call that “living off the land” and have seen this tactic pick up recently, including usage by ransomware actors. Similarly, DarkSide operators used Mega client for exfiltrating files to cloud storage, 7-Zip for archiving, and PuTTY application for network file transfers. For example, we found that Conti operators use the cloud storage synchronisation tool Rclone to upload files to the Mega cloud storage service. Speaking of data exfil, in the first half we saw APT actors utilise cloud-based file storage to exfiltrate their stolen data. As you can see from the above diagram, all of these are end goals for most attacks. They have focused most of their efforts on planting crypto-mining malware on cloud servers in an effort to mine Monero coins, but we have also seen them utilise DDoS IRC bots, steal cloud account credentials, and exfil data. In our first half report, we highlight an APT group named TeamTNT that has been targeting clouds for quite a while now.