In the initial phase when we first brought Nucleus Security into our environment, instead of immediately pushing it into full production, I spent some time exploring the interface, connecting a few test data sources, and seeing how the platform aggregates vulnerabilities in real time. Specifically, I was testing how well it ingested scan data from different tools we use and seeing how the automation rules reacted to those findings. It was basically a hands-on trial period to see how the platform prioritizes the risks and handles asset grouping before we fully integrated it into our daily monitoring and incident response workflows. I was specifically focusing on setting up automation rules for vulnerability ticketing and risk scoring. In our line of work, we get flooded with scan data from multiple scanners. I wanted to see how intelligently the platform could aggregate those duplicates into a single actionable record. I spent some time setting up the criteria to automatically route high priority vulnerabilities to the right technical teams and tracking how well the tool managed the lifecycle of an incident from discovery to remediation. In our organization, Nucleus Security is deployed using a hybrid cloud approach. Nucleus Security itself operates as a secure SaaS platform, which makes it incredibly easy to manage without us having to worry about hosting the infrastructure or managing server updates ourselves. However, because our organization manages a complex infrastructure including internal data centers, private cloud environments, and public cloud services, the platform is integrated across all of them. We use their secure connectors and APIs to safely pull vulnerability data from our infrastructure and centralize everything into their cloud interface. This gives us the best of both worlds: a low-maintenance SaaS tool that still has full visibility into our entire hybrid estate. We use AWS the most within Nucleus Security. A massive chunk of our core cloud infrastructure and workloads live there, so it is naturally our primary data source. We heavily rely on Nucleus Security to ingest and centralize everything coming out of our native AWS security tools, such as Amazon GuardDuty, Inspector, and AWS Security Hub, alongside our standard network and application scanners. The platform is especially useful here because it handles cloud-native vulnerabilities really well, particularly when it comes to tracking ephemeral or short-lived assets and automatically organizing them based on our existing AWS resource tags. We purchased Nucleus Security directly through the AWS Marketplace. It made the entire procurement and billing process much smoother since we could consolidate the subscription cost right into our existing enterprise AWS billing agreement.
Health Care Specialist at a healthcare company with 11-50 employees
Real User
Mar 11, 2026
I have been using Nucleus Security for the past few years in my company, particularly in the healthcare field.I use Nucleus Security especially for understanding radiation safety, nuclear medicine, and risk management in clinical settings. For healthcare, I use it most often to support safe handling practices including patient and staff protection, regulatory awareness, and broader health-related preparedness planning. A specific example is reviewing work related to nuclear medicine exams. I use it to identify procedures such as PET scans or bone scans to ensure that radiation safety protocols, patient identification, documentation, and handling procedures are being followed correctly. On a day-to-day basis, I use that knowledge to support safe care, reduce risks, and help ensure compliance with healthcare standards.
Nucleus Security offers a scalable vulnerability management platform designed for effective risk reduction. By integrating with existing IT infrastructure, it enhances security measures and improves agility.As a comprehensive security tool, Nucleus Security provides customizable vulnerability assessment, streamlined workflows, and integration capabilities with security tools to enhance threat detection and response. It's tailored for enterprises seeking an intuitive management platform that...
In the initial phase when we first brought Nucleus Security into our environment, instead of immediately pushing it into full production, I spent some time exploring the interface, connecting a few test data sources, and seeing how the platform aggregates vulnerabilities in real time. Specifically, I was testing how well it ingested scan data from different tools we use and seeing how the automation rules reacted to those findings. It was basically a hands-on trial period to see how the platform prioritizes the risks and handles asset grouping before we fully integrated it into our daily monitoring and incident response workflows. I was specifically focusing on setting up automation rules for vulnerability ticketing and risk scoring. In our line of work, we get flooded with scan data from multiple scanners. I wanted to see how intelligently the platform could aggregate those duplicates into a single actionable record. I spent some time setting up the criteria to automatically route high priority vulnerabilities to the right technical teams and tracking how well the tool managed the lifecycle of an incident from discovery to remediation. In our organization, Nucleus Security is deployed using a hybrid cloud approach. Nucleus Security itself operates as a secure SaaS platform, which makes it incredibly easy to manage without us having to worry about hosting the infrastructure or managing server updates ourselves. However, because our organization manages a complex infrastructure including internal data centers, private cloud environments, and public cloud services, the platform is integrated across all of them. We use their secure connectors and APIs to safely pull vulnerability data from our infrastructure and centralize everything into their cloud interface. This gives us the best of both worlds: a low-maintenance SaaS tool that still has full visibility into our entire hybrid estate. We use AWS the most within Nucleus Security. A massive chunk of our core cloud infrastructure and workloads live there, so it is naturally our primary data source. We heavily rely on Nucleus Security to ingest and centralize everything coming out of our native AWS security tools, such as Amazon GuardDuty, Inspector, and AWS Security Hub, alongside our standard network and application scanners. The platform is especially useful here because it handles cloud-native vulnerabilities really well, particularly when it comes to tracking ephemeral or short-lived assets and automatically organizing them based on our existing AWS resource tags. We purchased Nucleus Security directly through the AWS Marketplace. It made the entire procurement and billing process much smoother since we could consolidate the subscription cost right into our existing enterprise AWS billing agreement.
My main use case for Nucleus Security is unifying the vulnerability management landscape, providing a single source of truth for vulnerabilities.
I have been using Nucleus Security for the past few years in my company, particularly in the healthcare field.I use Nucleus Security especially for understanding radiation safety, nuclear medicine, and risk management in clinical settings. For healthcare, I use it most often to support safe handling practices including patient and staff protection, regulatory awareness, and broader health-related preparedness planning. A specific example is reviewing work related to nuclear medicine exams. I use it to identify procedures such as PET scans or bone scans to ensure that radiation safety protocols, patient identification, documentation, and handling procedures are being followed correctly. On a day-to-day basis, I use that knowledge to support safe care, reduce risks, and help ensure compliance with healthcare standards.