Our main use case for Antivirus for Amazon S3 is to automatically scan and secure files uploaded to S3 buckets. This ensures that all student projects, faculty documents, and shared resources stored in AWS remain free from any type of malware, ransomware, or Trojan. It adds a critical layer of trust and compliance to our cloud storage workflows. During exam season, hundreds of students upload project reports and code files to shared S3 buckets. We have configured an AWS Lambda function that triggers antivirus scanning every time a new file is uploaded. If the file is clean, then it is stored normally, and if malware is detected, the file is automatically quarantined and an alert is sent via CloudWatch to the faculty team. Automated malware scanning of uploaded files with student project submissions as the practical example has improved security, efficiency, and compliance while reducing IT overhead.
I am using Antivirus for Amazon S3 to scan all the files in my S3 bucket. This helps me save my S3 bucket from viruses and infected files. Using Antivirus for Amazon S3, I am able to remove the affected virus-infected files from my S3 bucket. I have integrated Antivirus for Amazon S3 with my S3 so that it will scan and inform me if files are infected, and auto-remove functionality is also available. If I want auto-remove enabled, it will automatically remove the infected files.
Sr. Enterprise Architect at a educational organization with 501-1,000 employees
Real User
Top 5
Apr 26, 2026
Our main use case for Antivirus for Amazon S3 is to protect the workloads. We put endpoint protection around CrowdStrike and a few other things, though newer solutions like Bucket AV are coming up. The main use case would be to protect the workloads running in EC2 and the containers running on EKS. Generally, the control plane is managed by AWS, but the application plane or the application clusters, we have to protect them. In S3, it is mostly object storage. The files or the objects that are stored there have to be protected from DDoS attacks and we need to secure the endpoints through which those objects are accessed in the S3 bucket. Generally what we do is we apply separate bucket level policies and object level policies, and we use signed URLs. That is one way we protect the objects. We apply antivirus where we have to when on the code that is used to access those endpoints. It is not just one layer of antivirus, but a combination of antivirus and also the bucket policies. That is how we do it. This is a fairly common use case across the industry.
My primary use case for Antivirus for Amazon S3 is protecting the data and files stored in the S3 bucket from malware or viruses. The solution scans the files to ensure they are safe.Antivirus for Amazon S3 has protected us many times. In a real scenario that I remember, there was access to an Amazon S3 bucket from unknown locations, including Russia and Ukraine. We immediately received an alert about suspicious account activity from unknown user locations, and an API call was activated. Once we received the alert, we quickly investigated and found that malicious Java code had been injected into the S3 bucket, which was causing infections when users downloaded it on their machines. The host was compromised, the AWS account was compromised, and we got a real-time malware alert.
Antivirus for Amazon S3 is typically used for scanning files uploaded to S3 buckets for malware before they are consumed by downstream services. This is especially critical when handling user-generated content or third-party uploads.
My main use case for Antivirus for Amazon S3 is to utilize an S3 bucket to put static content in, as part of a web app proof of concept that I have been running, and also user content generated from the website. Sometimes I back that up and store it in S3. Using Antivirus for Amazon S3 is really about performing those automated security scans to make sure that the data that is being stored is secure. A quick specific example of how I use Antivirus for Amazon S3 in my workflow is for storing static content for a website I have been running, which is a proof of concept blogging website. For example, I am storing images for the blog in S3. Additionally, I carried out a survey on my blog and website that generated user responses, which then get stored in S3. When these objects get stored there, the automatic antivirus scanning, which is deployed on AWS Fargate, gets triggered to make sure that the data being uploaded is indeed secure.
My main use case for Antivirus for Amazon S3 is to automatically scan objects as soon as they're uploaded into S3 buckets. It's mostly used in buckets where files are uploaded by external users or applications, such as documents, reports, or data files. We use it to ensure that no virus or anything affects the integrity of our system. I have used Antivirus for Amazon S3 to directly protect our S3 buckets and our entire AWS infrastructure from any malicious files which may pose a threat to our infrastructure. We actively use it for user-uploaded content for one of our applications which requires users to upload content and applications or files. For a dev team, they may also use data ingestion pipelines where files come from external sources. This ensures that infected or suspicious files are detected before they are processed further, and we do not need to check these malicious files on our own.
DevOps Engineer at a tech vendor with 1,001-5,000 employees
Real User
Top 10
Dec 17, 2025
My main use case for Antivirus for Amazon S3 is that S3 objects are generally uploaded to the cloud by different clients, and those S3 objects are being consumed by our ECM products. We upload all the codes of our Lambda functions to S3 because they are large in volume. It may happen that our SCA tools and node modules that are getting uploaded may have vulnerable content or objectionable content, so we use Antivirus for Amazon S3 for scanning them.
My main use case for Antivirus for Amazon S3 is that my customers use S3 for a variety of use cases where data is constantly uploaded and downloaded from S3, making it extremely important to protect my S3 buckets globally from any kind of virus that might corrupt files, that might create other security concerns and introduce bugs into my AWS ecosystem. A quick specific example of how I have used Antivirus for Amazon S3 in one of those scenarios is when we expose S3 endpoints for our external partners to upload files, and we have applied antivirus there to do a check on the files being uploaded prior to those being uploaded into S3, which gives us confidence that the files being uploaded are not corrupt or a security threat for us.
Antivirus for Amazon S3 offers event-driven scanning and automated object tagging, enhancing security for files uploaded to S3 buckets with real-time threat detection.Enterprises find value in Antivirus for Amazon S3's ability to automate malware scanning upon file upload, integrating seamlessly with AWS tools. With real-time threat detection and multi-engine support, it minimizes manual tasks and improves the security posture. Vital for compliance, the solution efficiently streamlines...
Our main use case for Antivirus for Amazon S3 is to automatically scan and secure files uploaded to S3 buckets. This ensures that all student projects, faculty documents, and shared resources stored in AWS remain free from any type of malware, ransomware, or Trojan. It adds a critical layer of trust and compliance to our cloud storage workflows. During exam season, hundreds of students upload project reports and code files to shared S3 buckets. We have configured an AWS Lambda function that triggers antivirus scanning every time a new file is uploaded. If the file is clean, then it is stored normally, and if malware is detected, the file is automatically quarantined and an alert is sent via CloudWatch to the faculty team. Automated malware scanning of uploaded files with student project submissions as the practical example has improved security, efficiency, and compliance while reducing IT overhead.
I am using Antivirus for Amazon S3 to scan all the files in my S3 bucket. This helps me save my S3 bucket from viruses and infected files. Using Antivirus for Amazon S3, I am able to remove the affected virus-infected files from my S3 bucket. I have integrated Antivirus for Amazon S3 with my S3 so that it will scan and inform me if files are infected, and auto-remove functionality is also available. If I want auto-remove enabled, it will automatically remove the infected files.
Our main use case for Antivirus for Amazon S3 is to protect the workloads. We put endpoint protection around CrowdStrike and a few other things, though newer solutions like Bucket AV are coming up. The main use case would be to protect the workloads running in EC2 and the containers running on EKS. Generally, the control plane is managed by AWS, but the application plane or the application clusters, we have to protect them. In S3, it is mostly object storage. The files or the objects that are stored there have to be protected from DDoS attacks and we need to secure the endpoints through which those objects are accessed in the S3 bucket. Generally what we do is we apply separate bucket level policies and object level policies, and we use signed URLs. That is one way we protect the objects. We apply antivirus where we have to when on the code that is used to access those endpoints. It is not just one layer of antivirus, but a combination of antivirus and also the bucket policies. That is how we do it. This is a fairly common use case across the industry.
My primary use case for Antivirus for Amazon S3 is protecting the data and files stored in the S3 bucket from malware or viruses. The solution scans the files to ensure they are safe.Antivirus for Amazon S3 has protected us many times. In a real scenario that I remember, there was access to an Amazon S3 bucket from unknown locations, including Russia and Ukraine. We immediately received an alert about suspicious account activity from unknown user locations, and an API call was activated. Once we received the alert, we quickly investigated and found that malicious Java code had been injected into the S3 bucket, which was causing infections when users downloaded it on their machines. The host was compromised, the AWS account was compromised, and we got a real-time malware alert.
Antivirus for Amazon S3 is typically used for scanning files uploaded to S3 buckets for malware before they are consumed by downstream services. This is especially critical when handling user-generated content or third-party uploads.
My main use case for Antivirus for Amazon S3 is to utilize an S3 bucket to put static content in, as part of a web app proof of concept that I have been running, and also user content generated from the website. Sometimes I back that up and store it in S3. Using Antivirus for Amazon S3 is really about performing those automated security scans to make sure that the data that is being stored is secure. A quick specific example of how I use Antivirus for Amazon S3 in my workflow is for storing static content for a website I have been running, which is a proof of concept blogging website. For example, I am storing images for the blog in S3. Additionally, I carried out a survey on my blog and website that generated user responses, which then get stored in S3. When these objects get stored there, the automatic antivirus scanning, which is deployed on AWS Fargate, gets triggered to make sure that the data being uploaded is indeed secure.
My main use case for Antivirus for Amazon S3 is to automatically scan objects as soon as they're uploaded into S3 buckets. It's mostly used in buckets where files are uploaded by external users or applications, such as documents, reports, or data files. We use it to ensure that no virus or anything affects the integrity of our system. I have used Antivirus for Amazon S3 to directly protect our S3 buckets and our entire AWS infrastructure from any malicious files which may pose a threat to our infrastructure. We actively use it for user-uploaded content for one of our applications which requires users to upload content and applications or files. For a dev team, they may also use data ingestion pipelines where files come from external sources. This ensures that infected or suspicious files are detected before they are processed further, and we do not need to check these malicious files on our own.
My main use case for Antivirus for Amazon S3 is that S3 objects are generally uploaded to the cloud by different clients, and those S3 objects are being consumed by our ECM products. We upload all the codes of our Lambda functions to S3 because they are large in volume. It may happen that our SCA tools and node modules that are getting uploaded may have vulnerable content or objectionable content, so we use Antivirus for Amazon S3 for scanning them.
My main use case for Antivirus for Amazon S3 is that my customers use S3 for a variety of use cases where data is constantly uploaded and downloaded from S3, making it extremely important to protect my S3 buckets globally from any kind of virus that might corrupt files, that might create other security concerns and introduce bugs into my AWS ecosystem. A quick specific example of how I have used Antivirus for Amazon S3 in one of those scenarios is when we expose S3 endpoints for our external partners to upload files, and we have applied antivirus there to do a check on the files being uploaded prior to those being uploaded into S3, which gives us confidence that the files being uploaded are not corrupt or a security threat for us.