CONTINUOUS MONITORING OF CONTAINERS Shawn Wells Chief Security Strategist U.S. Public Sector shawn@redhat.com || 443-534-0130

The Problem Applications require complicated installation and integration every time they are deployed 2

THE PROBLEM DEVELOPERS 3 I.T. OPERATIONS

DEVOPS 4 Everything as code Application monitoring Automate everything Rapid feedback Continuous Integration/Delivery Rebuild vs. Repair Application is always “releaseable” Delivery pipeline

A Solution Adopting a container strategy will allow applications to be easily shared and deployed. 5

WHAT ARE CONTAINERS? It Depends Who You Ask APPLICATIONS INFRASTRUCTURE 6 ● Sandboxed application processes on a shared Linux OS kernel ● Package my application and all of its dependencies ● Simpler, lighter, and denser than virtual machines ● Deploy to any environment in seconds and enable CI/CD ● Portable across different environments ● Easily access and share containerized components

A SOLUTION Container App Operating System Controlled by IT Operations Virtual Machine Hardware 7 Controlled by Developers

A SOLUTION DEVELOPERS 8 I.T. OPERATIONS

$ docker build -t app:v1 . 9

$ docker build -t app:v1 . $ docker run app:v1 10

physical virtual private cloud public cloud 11

DEVOPS WITH CONTAINERS physical virtual private cloud dev source repository CI/CD engine container public cloud 12

? 13

? 14

WE NEED MORE THAN JUST CONTAINERS 15 Scheduling Security Decide where to deploy containers Control who can do what Lifecycle and health Scaling Keep containers running despite failures Scale containers up and down Discovery Persistence Find other containers on the network Survive data beyond container lifecycle Monitoring Aggregation Visibility into running containers Compose apps from multiple containers

Kubernetes is an open-source system for automating deployment, operations, and scaling of containerized applications across multiple hosts kubernetes 16

kubernetes 17

DEVOPS WITH CONTAINERS AND KUBERNETES 18

INDUSTRY CONVERGING ON KUBERNETES 19

INDUSTRY CONVERGING ON KUBERNETES 20

DEVOPS WITH CONTAINERS AND KUBERNETES NETWORK Not enough! Need networking 21

DEVOPS WITH CONTAINERS AND KUBERNETES IMAGE REGISTRY NETWORK Not enough! Need an image registry 22

DEVOPS WITH CONTAINERS AND KUBERNETES heapster IMAGE REGISTRY METRICS AND LOGGING NETWORK Not enough! Need metrics and logging 23

DEVOPS WITH CONTAINERS AND KUBERNETES APP LIFECYCLE MGMT IMAGE REGISTRY METRICS AND LOGGING NETWORK Not enough! Need application lifecycle management 24

DEVOPS WITH CONTAINERS AND KUBERNETES APP SERVICES APP LIFECYCLE MGMT IMAGE REGISTRY METRICS AND LOGGING NETWORK Not enough! Need application services e.g. database and messaging 25

DEVOPS WITH CONTAINERS AND KUBERNETES SELF-SERVICE APP SERVICES IMAGE REGISTRY APP LIFECYCLE MGMT METRICS AND LOGGING NETWORK Not enough! Need self-service portal 26

NOT ENOUGH, THERE IS MORE! 27 Multi-tenancy Teams and Collaboration Routing & Load Balancing Quota Management CI/CD Pipelines Image Build Automation Role-based Authorization Container Isolation Capacity Management Vulnerability Scanning Infrastructure Visibility Chargeback

Container application platform based on Docker and Kubernetes for building, distributing and running containers at scale 28

OpenShift for Government Accreditations & Standards OCTOBER 2016 DECEMBER 2016 MARCH 2017 JUNE 2017 29 RHEL7 COMMON CRITERIA - EAL4+ - Container Framework - Secure Multi-tenancy RHEL7 FIPS 140-2 CERTIFIED - Data at Rest - Data in Transport INDUSTRY FIRST: NIST CERTIFIED CONFIGURATION AND VULNERABILITY SCANNER FOR CONTAINER OPENSHIFT BLUEPRINT FOR AZURE (FedRAMP MODERATE)

Meanwhile, in Government: FISMA from an earlier era 30 ● Written in 2003-2004 ● Pre GovCloud, C2S, MilCloud ● Pre DevOps, Infrastructure as Code ● Multi-year dev/ship cycles common ● Waterfall dominant ● IT was more manual a decade ago

Meanwhile, in Government: FISMA from an earlier era https://www.telos.com/assets/Telos-AWS-white-paper.pdf 31

Container Contents Matter You need to know … ● ● ● 32 CONTAINER Will what’s inside your container compromise your infrastructure? APPLICATION Are there known vulnerabilities in the application layer? RUNTIME Are the runtime and operating system layers up to date? OS

Community created portfolio of tools and content to assess systems for known vulnerabilities. https://github.com/NSAgov Or direct: https://github.com/OpenSCAP 33

https://github.com/nsagov 34

RHEL7 STIG content, rebased in RHEL 7.3: ● ● 6,180 commits from 95 people 441,055 lines of code Shipping in RHEL 7: ● Intelligence Community: C2S and CS2 ● DoD: RHEL7 Vendor STIG ● Civilian: USGCB/OSPP ● Justice: FBI Criminal Justice Info. Systems (FBI CJIS) OpenSCAP interpreter contains: ● ● 6,811 commits from 74 people 157,775 lines of code “Security Button” RHEL7 Installer: ● 35 6 people, 90 days

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Atomic Scan Enables multiple container scanners Red Hat container scanning CONTAINER API RED HAT SCANNING INTERFACE 37

Example Pipeline 38

demos!

Contact Info LinkedIn: https://www.linkedin.com/in/shawndwells/ EMail: shawn@redhat.com Cell: 443-534-0130 (US EST) Blog: https://shawnwells.io OpenSCAP Slides + Videos: https://github.com/OpenSCAP/scap-security-guide/wiki/Collateral-and-References OpenShift Ansible Scripts: https://github.com/redhatdemocentral/ocp-install-demo 40