Integrating DevOps and Security

Nov 10, 20161 like424 views

This document discusses integrating DevOps and security by bringing development, operations, QA, and security teams together. It outlines where security currently stands, emphasizing the need to change from a "rugged" security model that acts as a bottleneck. The document proposes tactics to scale security through empathy, automation, and feedback loops. Specific tactics include integrating security into defect tracking, preventative controls, deployment pipelines, monitoring, and emphasizing that security says "we could do it this way" rather than only saying no. The overall goal is to improve security while making work easier.

$whoami
• Independent consultant

• Ethical hacking

• Organising security

• Building applications

• Twitter: @ddccﬀvv

Goals
Improving security
Bringing dev/ops/QA/… and security
together
Making your life better

Security is the infrastructure team before DevOps
Does not like risks (change)
Tries to keep control
Bottleneck

1) Empathy
2) Automate
3) Feedback loops

“We found that blockages at the end
of the project were much more
expensive than at the beginning - and
InfoSec blockages were among the
worst”
Justin Arbuckle

“By having Infosec involved throughout
the creation of any new capability, we were
able to reduce our use of static checklists
dramatically and rely more on using their
expertise throughout the entire software
development process.”
Justin Arbuckle

Defect Tracking & Post Mortem
Security issues in work tracker:
Visibility ++
Priorities ++
Security issue -> post mortem
Rework - -
Team knowledge ++

Preventive security controls
Provide security libraries or services that
every modern application or environment
requires
Place them in a central location, easily
accessible to anyone

Preventive security controls
• libraries/conﬁgs
• secret management
• OS packages/builds

Security in deployment pipeline
Automate as many security tests as
possible so that they run alongside other
tests in our deployment pipeline.

Security in deployment pipeline
• Static scanning
• Dynamic scanning
• Sad path

Security of software supply chain
“The typical organization uses 18,614
external software parts. Of those
components being used, 7.5% had known
vulnerabilities, with over 66% of those
vulnerabilities being over two years old
without having been resolved.
Sonatype 2015 State of the software supply chain report

Security and monitoring
How do you know if you’ve been
compromised?

Security and monitoring
“Year after year, in the vast majority of
cardholder breaches, organisations
detected the security breach months or
quarters after the breach occurred. Worse,
the way the breach was detected was not
an internal monitoring control, but was far
more likely someone outside of the
organization”
Marcus Sachs (Verizon data breach researcher)

Security and monitoring
• Set up central monitoring and make it
easy to use
• Application level
• Environment

Security and monitoring: etsy example
• abnormal process terminations
• internal server errors (500)
• database syntax error
• indication of sql injection attacks (UNION
ALL)

“Nothing helps you understand how hostile
the operating environment is than seeing
your code being attacked in real-time.”
Nick Galbreath

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Jeff Williams discusses turning security into code by adopting a DevOps approach to application security. He outlines three "ways" to do this: 1) Establish a continuous security workflow, 2) Ensure instant security feedback loops, and 3) Encourage a security-focused culture. The goal is to make security work an integral part of the development process through automation, integration, and cultural changes.

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Presenter - Peter Chestna, Veracode If you are moving between methodologies, you are probably looking for a roadmap or at least lessons from someone that’s been through it already. Over its 10+ years, Veracode has moved from monolith to microservice and fromwaterfall to DevOps. We have learned a lot along the way and I’m eager to share the story. As you consider the shift from waterfall to agile, or agile to continuous deployment and eventually DevOps, there is more to think about than just architecture. Peter Chestna, the Director of Developer Engagement at Veracode, led Veracode’s own transition from Waterfall to DevOps and in turn has helped hundreds of customers do the same. Join us as Peter shares his own case study, how Veracode reengineered its own architecture but more importantly the overall process including team structure, the technologies to build a robust pipeline, security considerations and the cultural shifts required.

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SECURITY TESTING is a type of Software Testing that uncovers vulnerabilities, threats, risks in a software application and prevents malicious attacks from intruders. The purpose of Security Tests is to identify all possible loopholes and weaknesses of the software system which might result in a loss of information, revenue, and repute at the hands of the employees or outsiders of the Organization.

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