What is your primary use case for Trend Micro Deep Security?

Trend Micro Deep Security serves as my main solution for server and workload protection, including intrusion detection and prevention for known and unknown threats, and integrity monitoring, which detects unauthorized changes to critical systems and configurations. Anti-malware and ransomware protection secures workloads from malicious files and processes, along with host-based firewall protection to control inbound and outbound traffic. I rely on Trend Micro Deep Security for day-to-day monitoring of alerts and events, applying security policies, updating security rules, ensuring compliance, and responding to incidents.A specific example of how I use Trend Micro Deep Security in my daily work involves a critical vulnerability related to Apache Log4j that was recently announced. Before the patching, I checked the IPS module and had a virtual patch available. By enabling that rule for Log4j, all servers were protected from exploitation without waiting for vendor-released patches, preventing potential data breaches and downtime during the patching window. I use zero-day exploit mitigation with Trend Micro Deep Security. Whenever a zero-day vulnerability is announced, Trend Micro Deep Security's virtual patching via the Intrusion Prevention System protects workloads before vendor patches can be applied, and ransomware protection is also available. My team manages hundreds of servers across on-premise and cloud environments, and when a critical vulnerability is announced, applying OS patches manually would take days and require downtime. As a Trend Micro Deep Security engineer, I have virtual patching via IPS that instantly protects all workloads and systems without scheduling maintenance windows, eliminating emergency patching chaos, preventing downtime, and allowing faster compliance reporting. This enables my team to focus on strategic tasks instead of manual patching. The centralized dashboard also makes work much easier. In terms of automation, auto-deployment of agents integrates with cloud APIs and orchestration tools including Chef, Puppet, and Ansible to automatically install and configure the agents on new workloads. Policy automation applies protections based on tags or templates, ensuring that whenever a new server is created, it receives the right protection without manual intervention. Scheduled tasks automate malware scans, log inspections, and integrity checks at predefined intervals, and CI/CD pipeline integration allows checks to be embedded into DevOps workflows, ensuring containers and workloads are scanned before deployment.

My main use case for Trend Micro Deep Security was that I worked as an implementation engineer, and I was responsible for managing the tool in the client environment, so it served as a main resource for that and a single point of contact. I managed Trend Micro Deep Security in my client's environment by implementing the project and the policies based on their environment, such as when any server was going to upgrade or some activity was going to happen.

Trend Micro Deep Security serves as my main solution for antivirus and endpoint security. In this use case, we manage security policies, file protection, and scanning activities with Trend Micro Deep Security.

In my current scenario with the MFS company, Trend Micro Deep Security is used for servers protection. Our Unix system and Windows system have several services, so for the servers protection, firewall, application control and IPS, IDS, we are working to ensure this actual protection for the solution and servers.

We have many use cases. We deployed it, and we replaced Semantic with Trend Micro Deep Security for one of our customers in the Telecom sector. Some of our customers are actually looking for Microsoft solutions because most of the endpoints and the infrastructure are Microsoft-based, so they want the platform to be the same. We are satisfied because we have experience deploying it in a big Telecom sector that has 7,000 NPCs, and they are running different services, Microsoft, Linux-based, and some other operating systems with many applications. They remain satisfied. At different time spans, we often required technical support. Their portal is available, or we engage with this for any technical issue or if there is any breach, so they often get help from them, and their technical team works with our teams to find out different issues.

Trend Micro Deep Security ( /products/trend-micro-deep-security-reviews ) provides malware threat alerts and allows me to take actions similar to how I manage endpoints like desktops and laptops. I have a dedicated console in Trend Micro Vision One to monitor servers, push policies, manage devices, and receive threat notifications. The software is integrated for managing all devices.

I am not the direct end-user of Trend Micro Deep Security, but I work as a partner of Trend Micro, selling their solutions to our customers. We primarily work with state government customers.

We are using it for NetSpark, and I work for two organizations where I'm using this tool. In both, we are scaling our networks and endpoints, analyzing our traffic, and analyzing the endpoints and security.

For the servers, they have Deep Security. Plus, they have introduced a new feature, which is threat assessment for networking. And that is the one product that we are actually promoting right now more than anything else in their portfolio. Normally, customers use it to secure their servers. Especially when it comes to updates for our enterprise clients and any client who has more than 10 or 20 servers, it's very hard for them to have downtime to install all the patches, check them, test them, and then run them. Trend Micro Deep Security is a very good solution for them because it stops all the vulnerabilities and exploits in the server. It downloads all the upcoming updates and gives you a time of your choice when you want to have downtime, maybe over the weekend. Then you can download all the updates, which have been tested on the Trend Micro site, and freely install them on your servers. Then you can bring the servers back up for working. So in that sense, they save a lot of time in downloading and installing updates, while at the same time protecting the servers from all the vulnerabilities and exploits.

I work in a finance-based company, so what we look at would be an anti-malware suite to inspect IPS policies, firewalls, and other such stuff.

We are using the solution for IPS and XDR.

I use the solution in my company to reduce SMB attacks on the data center site and ensure data center protection from flooding and threats.

Our company uses Trend Micro Deep Security as a conventional IPS and for malware detection. The solution is also used for real-time monitoring and to evaluate the monitoring impact on the system. The solution's impact or consumption of memory can also be checked. Trend Micro Deep Security is compatible with various platforms, such as Windows and UNIX.

We use the solution for Windows Server on Linux distribution. We have several environments. We use the tool to secure on-premise servers.

I use Trend Micro Deep Security to enhance the security of our servers, which run various operating systems, including Solaris. For our servers, especially those involved in Webex, we deploy agents and enable specific modules like anti-malware, intrusion detection, and firewall protection.

We use Trend Micro Deep Security to monitor the environment in case of zero-day attacks.

We use Trend Micro Deep Security to protect our network, endpoint, email, servers, etc.

We use Trend Micro Deep Security as a tool for its antivirus and antimalware capabilities to protect our systems.

We use Trend Micro Deep Security for servers and not for endpoints. So when it comes to the server, the key feature or reason why we went for Deep Security is because of its virtual patching. Usually, the server owners don't tend to keep their servers updated with the latest Microsoft patches. Trend Micro Deep Security provides a layer of security and virtual patching. So even if the server is not patched manually, it ensures that it is protected through this virtual VM.

We use the solution for server security.

We were using Trend Micro Deep Security for the sole purpose of virtual cloud management. It was the best VPM solution in the market, and other sites recognize the quality, such as the Gartner website.

I primarily use the solution for web security and port encryption. It helps protect endpoints.

We primarily use the solution for security purposes.

It is mainly an antivirus product for both desktops as well as servers. It has additional modules which can be enabled in fast manner. It uses the same agent and additional modules like FIM, Filing Integrity Management and ELP services.

Our main use case of this product is for antivirus and virtual patching.

Most of our traffic comes from blacklisted IPs, virus types, and phishing proofing. These are the major use cases that we observe in our daily operations.

Trend Micro Deep Security protects our organization from threats. Trend Micro has kept us compliant with PCI and PPA.

It is being used for our servers. It has many features such as firewall, IPS, anti-malware, and antivirus.

It gives clients an additional view of what's happening in their data centers. Deep Security is on-prem at this stage, but it has got cloud workload protection that has similar functionality in the cloud.

I am a manager for a non-profit and use this solution for its antivirus capabilities.

Our primary use case of Deep Security is running our server smoothly and without any security flaws. The server-level layers have more functionality when compared to desktop-level layers, so Deep Security captures and fulfills all of that functionality and runs smoothly. At the end of the day, Deep Security is also getting the zero-day vulnerabilities from our on-premise and other solutions. This solution is deployed on-premise, and we are using the latest version.

Deep Security is a server protection product. We use it for virtual patching and file integration. You can use this with your cloud or an NX environment, virtual services, VMware, etc.

We use Trend Micro Deep Security in our server environment. We are also using it for virtualization security and antimalware functionality.

We primarily use the solution for security purposes.

I used it in my previous company, and it was basically used for security levels. My company was into the implementation of projects, and we used to implement security solutions. Along with Trend Micro, we used to implement these devices. We had several customers of this solution.

We use this solution for protection from ransomware. We use artificial intelligence in the Trend Micro engine for deep security inspection. It allows us to analyze the data and threats.

The primary use case of this solution is for anti-malware and virtual paths.

The primary use case of this solution is for deep security protection when accessing the internet and when performing online accounting.

We are service providers for our customers. We are using Trend Micro Deep Security as an anti-malware and as an complete endpoint protection solution for server. The primary use case is data center security.

Our primary use case is for endpoint protection and email as well as web protection. We are stacking our servers once a month and vulnerabilities are checked every day. I'm a senior director in the company and we're a customer of Trend.

Trend Micro makes up part of our overall security solution.

Our environment includes virtual machines using VMware, and this solution is used as part of the overall security solution.

We are using two products. One is Trend Mirco Deep Security, and the other is Apex One. We use Apex One for endpoint protection and Deep Security for server protection. It scans for intrusion prevention and the forensics of any threats.

We recommend the use of this solution to our clients, both with virtual and traditional servers.

Our primary use case for this solution is to prevent DDoS and other types of attacks from internal or external sources.

Our primary use case is to provide endpoint security for our AWS EC2 instances, covering features, such as host-based firewall, IDS/IPS, anti-malware, and application control.

We use it for virtual environment protection.

* End users * Some servers

It's used as a part of our managed solutions. Security is key for them because we have seen a lot of ransomware in the past. We do very well on security side, whether it is application network or a host-based security. This is one of the offerings that we offer to our customer by default. As it is a core part of our managed services, it integrates with other products which revolve around patch management. We have our own IP which takes care of the actual patch management that we leverage. We also have a lot of monitoring platforms with a single, integrate dashboard taking the data from the APIs.

The primary use case is its antivirus and anti-malware capabilities. We mostly integrate it with the EC2 instances.

We are primarily using the product for IDS, IPS, and deep security.

It is for managing application whitelisting, and intrusion detection and prevention for the CLOUD Act.

We use it for security, specifically for old servers still in the company. It is doing its job.

We use Trend Micro Deep Security as a Service on AWS through Marketplace and Trend Micro Deep Security on-prem to meet our virtualization security & compliance requirements.

It's for security: IDS, IPS, intrusion detection, and securing our perimeter in general. E.g., OWASP rules.