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Following the recent release of the FedRAMP Vulnerability Scanning Requirements for Containers, FedRAMP-authorized systems that make use of containers have one month from March 16, 2021 to submit a plan for compliance with the new requirements. Organizations with a need to certify their services and infrastructure for FedRAMP compliance are looking to extend their existing vulnerability and security program to container infrastructure security assessment, and report their container security posture as a part of FedRAMP Plan of Actions and Milestones (POA&M).
Today many organizations leverage the Qualys Cloud Platform to continuously assess FedRAMP requirements for asset inventory, vulnerability management, compliance, and file integrity monitoring in a unified manner. Now they can also leverage Qualys Container Security (CS), natively built on the Qualys Cloud Platform, to continuously assess new FedRAMP requirements for container security. Qualys CS makes the assessment and reporting required for POA&M seamless and unified across their hybrid infrastructure.
Qualys Container Security (CS) offers lightweight sensors to non-intrusively scan container images, running containers across the Build-Ship-Run container lifecycle. Qualys provides this capability across a wide diversity of the evolving container ecosystem (standalone Docker-based, self-managed/cloud-provider orchestration environments like Kubernetes, container runtimes like Docker, containerd, CRI-O). Overall, this allows customers to scan both images at rest and running containers for security posture (vulnerabilities, misconfigurations). Additionally, with lightweight in-container instrumentation, Qualys CS offers the ability to monitor and prevent container drift.
The use of hardened container images is a FedRAMP requirement for the use of container technology for CSPs. Qualys Policy Compliance and Container Security provide for assessing hybrid IT container infrastructure for hardening checks via various industry standard benchmarks like CIS.
Qualys Container Security supports scanning a wide variety of industry-standard container registries. Customers can set up registry scan jobs to scan images in their registry according to various criteria (repository, tags, date, schedule). As registries are not a control/enforcement point from a container lifecycle perspective, customers can implement the following high-level items in their operational processes for container registries and registry scanning.
b. Regularly scan images in their registry with Qualys CS. Customers can either use the built-in registry scanning workflow or build custom DevSecOps workflows leveraging the Qualys CS sensor and API-based scripting.
Customers can gate the promotion of images to production registries and to deployment with image scan checks in Qualys CS . Qualys CS provides integration into a wide variety of build pipeline tools such as Jenkins and Bamboo and performs policy-driven image gating in the build and image promotion process. Additionally, Qualys CS provides for integration with data aggregation, monitoring, and visualization tools such as Splunk.
With Qualys CS, container images can be scanned regularly across the build, ship, run container lifecycle. With the CS sensor in general scan mode, it can be deployed in running container nodes, and it will scan running containers and images regularly in near real time. This ensures customers have an up-to-date security posture for their container deployment based on various real-world conditions (e.g. new deployments, updates from Qualys for new vulnerabilities, configuration, and compliance checks). Qualys CS can also perform drift detection on running containers vs. the underlying image. With in-container instrumentation, in-container behavior and drift can be monitored and prevented.
With the registry scanning, build pipeline integration options with Qualys CS, customers can adhere to the FedRAMP-defined 30-day scan requirements of images and ensure only recently scanned, compliant images are deployed to production.
Qualys CS provides for unique identifiers for each image or container scanned and additionally provides for query capabilities for container/image data based on associated metadata (e.g., image tags/labels, Orchestration environment metadata). This ensures that containers and images that have been scanned and are compliant may be tracked across their life cycle, which meets FedRAMP requirements around maintaining an accurate and complete container image inventory.
The Qualys Cloud Platform, the only FedRAMP-authorized comprehensive vulnerability and compliance management solution, has one of the highest numbers of authorizations and enables organizations to expand their FedRAMP security program to container infrastructure.
Samuel Aydlette, Principal Analyst, Compliance Programs at Qualys, and former contributing author to FedRAMP documents on container security and vulnerability scanning requirements, co-authored this blog post.
Julien Pestourie has been leading the EDF Innovation Lab since August 2021 and is Vice President of EDF Inc, Director of Innovation Lab. Prior to this role, Julien has held various positions at EDF since he joined in 2001, he was notably Director of the Smart Grid Department at EDF Lab in France (network development and advanced automation, quality of electricity supply and integration of new customer trends such as electric vehicles, advanced metering infrastructure, operational security, asset reliability and optimized maintenance, cybersecurity,...). He holds a Master's Degree in Electrical Engineering, 2001, from the Ecole Centrale Marseille. He later completed HEC's School of Management Executive Program in 2013. He has published multiple articles related to energy and power systems and has taught more than 600 hours in top engineering schools in France.
Olivier joined the EDF Innovation Lab in March 2021 and became the Innovation Director in March 2022, in charge of the Open-Innovation activity and managing the Energy Markets team. He brings his strong experience in economics and energy markets to help the team in developing its expertise on the electric system, deep carbonization technologies and new businesses. Prior to this role, Olivier has held various positions at EDF since he joined in 2010. He worked notably in the EDF Strategic Direction on long term challenges concerning the French electric system. Before joining the lab, he was Head of the Energy Market Analysis Team within the DOAAT, working closely with EDF Trading to hedge EDF assets in France and the Netherlands. He holds a Master of Science degree in Mechanical Engineering from Stanford University and graduated from the Ecole Centrale Paris.
Quentin Morel joined the EDF Innovation Lab in 2020 as head of the Smart Grid and Technology Program. His work focuses on the integration of renewable power plants into power grids and supporting EDF business units to accelerate the deployment of new products. Prior to this position, Quentin held various positions in France as a project manager and senior software engineer, particularly in the fields of smart grids, data & communication and renewable energy. He holds a Masters Degree in Energy and Technology Engineering from ECE Paris.
Sena Soysal joined the EDF Innovation Lab in 2021 as the lead of the Mobility Program. Her work focuses on various topics such as EV charging infrastructure, smart charging, AV, and micro-mobility. She also supports EDF business units to accelerate the deployment of new products and services in mobility. Before this role, Sena held various positions in Turkey and the US as a researcher and consultant, particularly in sustainable energy and mobility. She holds an M.S. degree in Civil Engineering from UC Berkeley with a focus on smart cities and a B.S. in Civil and Industrial Engineering from Bogazici University.
Hlose Pajot joined the EDF Innovation Lab in 2023 as the Digital Innovation Lead. Her work focuses on developing research activities and managing collaborations on various Digital topics such as Blockchain, Quantum Computing, Extended Reality and Web 3. She also contributes to the Open Innovation Team to accelerate the deployment of new digital products and services.
Prior to this position, Hlose held various positions in Europe and in the US - first as a Consultant in Digital Transformation and then as a Diplomat for the Office for Science and Technology of the Embassy of France in the US. She holds a Masters Degree in Engineering and Innovation from Telecom SudParis.
Victor Reyes joined the EDF Innovation Lab team in July 2023 as a Smart Grid Engineer, focusing on innovative tools and algorithms that support the integration of Distributed Energy Resources (DER) into power grids. Before joining the team, Victor worked on analyzing demand flexibility and its impact on distribution grids. Additionally, he has experience in developing commercial solar projects and conducting energy and financial models. He holds an M.S. in Energy and Resources from the University of California, Berkeley, and a B.S. in Integrated Engineering with a concentration in Sustainability from the University of San Diego.
Christine Wiley joined the EDF Innovation Lab team in 2023 as an Energy Markets Analyst. Her work focuses on evaluating how evolving technologies and policies are shaping energy market trends and opportunities. Christine is interested in exploring innovative pathways towards a decarbonized energy system. Prior to her current position, Christine has experience as an energy analyst working with building energy management systems, and has conducted research on state-level policy implementation and decarbonization strategies for the electric power sector. She holds an M.S. in Energy Policy and Climate from Johns Hopkins University, and a B.A. in Political Science with a Minor in Environmental Systems and Society from University of California, Los Angeles.
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