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Enterprise DevSecOps
Introduction
DevSecOps is an increasingly popular approach to software development that emphasizes
collaboration between development, security, and operations teams in order to ensure the security
of applications throughout the entire software development lifecycle.
In this post, we will explore what DevSecOps is and how it can benefit enterprises. We will also
discuss the challenges of implementing DevSecOps and strategies for overcoming them. Finally, we
will look at some best practices for enterprise DevSecOps and some tools to consider.
By the end of this post, you should have a better understanding of how DevSecOps can help your
organization develop secure applications faster and more efficiently.
DevSecOps Overview
DevSecOps is a term derived from DevOps, which refers to the combination of software development
and IT operations. The goal of this concept is to reduce system development lifecycles and deliver
high-quality software quickly. It includes aspects of agile methodology, which involves breaking up
projects into smaller stages for better collaboration and improvement.
DevSecOps adds to this by ensuring that Information Security is considered, and necessary controls
are put in place to mitigate risk. The advantages of DevSecOps are similar to those of DevOps, such
as the ability to deliver customer value quickly while managing risk. In short, DevSecOps is an
extension of DevOps which focuses on security.

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Benefits of DevSecOps for Enterprises
By leveraging DevSecOps, enterprises can implement automated security monitoring and testing
throughout the application development life cycle. This helps to identify any potential security issues
early on, allowing them to be addressed before they have a chance to become larger problems.
Additionally, it helps ensure that applications are released with fewer security flaws, saving time and
money in the long run.
DevSecOps also helps to simplify processes, reduce manual workloads, and enable teams to focus on
delivering quality applications faster. This can be achieved through the use of DevSecOps tools such
as static code analysis, open-source software scanning and incident response automation. Finally,
DevSecOps enables organizations to have greater control over their applications, allowing them to
address issues quickly and effectively.
In summary, DevSecOps provides enterprises with a wide range of benefits including improved
collaboration between teams, faster application development times, reduced costs associated with
security and greater control over their applications. It is an essential tool for modern organizations
looking to stay ahead in the digital world.
Common DevSecOps Myths & Misconceptions.
DevOps, and more specifically DevSecOps, is not a one-size-fits-all solution and there are a number
of DevOps myths and misconceptions about what it is and how it works. This includes:
● DevSecOps is only for start-ups: False. DevOps & DevSecOps is for any organization looking to
leverage the benefits of automation and collaboration to improve their software delivery
process.
● DevSecOps is only about tools: False. While DevSecOps does use tools to increase efficiency,
at its core, it is a culture and process that is built around collaboration, automation and
feedback.
● DevSecOps is only a deployment tool: False. DevSecOps is an approach to software
development, and security, that encourages collaboration between developers, operations
and other IT teams throughout the lifecycle of the development process. It is not just a
deployment tool.
● DevOps is a replacement for Agile: False. While DevOps, including DevSecOps, and Agile
share some similarities, they are not interchangeable. DevSecOps is an approach to software
development, and security, that embraces collaboration and automation, while Agile is a set
of methodologies used to manage software development projects.
● DevSecOps requires a massive investment: False. While DevSecOps does require an
investment of time and resources, it does not require a massive investment. There are a
number of open-source tools and platforms available that can be used to implement
DevSecOps without a large financial commitment.

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Challenges of Implementing DevSecOps
Implementing DevSecOps services and solutions can be challenging for enterprises, as it requires a
shift in mindset and culture. It also requires the integration of security into the development process,
which can be difficult to achieve. Additionally, there may be resistance from teams who are used to
working in silos and may not be comfortable with the idea of sharing responsibility for security.
Finally, there is a lack of resources and tools available to help enterprises implement DevSecOps.
Strategies for Overcoming Challenges
In order to overcome the challenges of implementing DevSecOps, enterprises should focus on
creating a culture of collaboration and shared responsibility. They should also invest in training and
education for teams, as well as tools and resources to help them implement DevSecOps. Additionally,
they should ensure that security is built into the development process from the beginning, rather
than being an afterthought. Finally, they should focus on automating security processes wherever
possible.
Best Practices for Enterprise DevSecOps
Some best practices for enterprise DevSecOps include:
• Governance Tools to capture & observe the big picture of your IT Environments and Platforms.
Tip! You need to map your landscape before you can form a strategy.
• Automating security processes wherever possible
• Integrating security into the development process from the beginning
● DataOps to ensure Data & Risk Literacy.
• Creating a culture of collaboration and shared responsibility
• Investing in training and education for teams
• Utilizing tools and resources to help implement DevSecOps
Top Insights for DevSecOps
Some of the top insights, or metrics, for DevSecOps include:
1. Time to Detection: How quickly can security issues be identified in the development process?
2. Mean Time to Resolution: How quickly can security issues be mitigated after detection?
3. Security Coverage: How much of the codebase is covered by automated security checks?
4. Security Compliance: How well are security standards being met?
5. Security Policy Enforcement: How well are security policies enforced?
6. Vulnerability Scanning: How often are systems and applications scanned for security issues?
7. Security Testing: How often are systems and applications tested for security issues?
8. Platform Coverage: How many platforms are covered by DevSecOps?

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DevSecOps Tools to Consider
• Enov8 Environment Manager & Release Manager: Enov8’s Environment Manager & Release
Manager is an Environment Governance tool that helps enterprises better model, control &
automate the management of their applications. The integrated platforms, Environments and
Release, provide visibility into the entire application lifecycle, from development to production, and
also helps to ensure that security is built into the release management process and promote the
implementation of DevSecOps “capable” Environments & DevSecOps Insights.
• Ansible: Ansible is an ideal tool to embrace DevSecOps – the practice of integrating security
processes and tools into the software development lifecycle. By using Ansible, organizations can
automate the provisioning and configuration of their infrastructure, allowing teams to focus on
developing secure applications without compromising speed or agility. This automated approach
ensures that configurations are always up to date and compliant with security policies, reducing the
risk of system vulnerabilities. Additionally, Ansible's low learning curve makes it easily accessible to
developers who are not security experts – allowing teams to quickly benefit from its capabilities
while remaining secure. With Ansible's DevSecOps-focused automation, organizations can ensure
their infrastructure is always secure and compliant, enabling teams to deliver reliable applications
faster.
• Snyk: Snyk DevSecOps platform helps teams to integrate security into their development and
deployment processes, enabling them to quickly identify, fix and monitor potential vulnerabilities in
applications. It provides developers with the tools they need to detect issues early on and remediate
them quickly, helping to reduce the risk of data breaches or other security incidents. Additionally,
Snyk's cloud-based platform automatically scans for vulnerabilities and provides real-time alerts
about any potential security issues, allowing teams to take immediate action. With its robust suite of
features, Snyk helps organizations to easily implement secure application development practices,
ensuring that their applications are secure from the start.
• Veracode: Veracode is a cloud-based application security platform that helps companies identify
and fix security vulnerabilities in their software applications. It uses a combination of automated and
manual testing, as well as static and dynamic analysis to detect coding errors and other security
threats. Veracode also provides guidance on how to remediate any issues found. Companies can use
Veracode to secure their applications from malicious attacks, comply with industry regulations, and
protect customer data.
• Mend: Mend (originally WhiteSource) is a cloud-based open-source security platform that helps
enterprises to identify and fix vulnerabilities in their applications. It provides visibility into the
security of open-source components throughout the entire software development lifecycle and helps
teams to quickly remediate any issues.
• Aqua Security: With Aqua Security, DevSecOps teams can ensure container security throughout the
entire development cycle. It provides full visibility into any existing vulnerabilities and allows teams
to automatically remediate them before they become a threat. Furthermore, it enables automation
of security processes across all applications and environments, allowing for faster deployments with
higher quality and fewer errors. Finally, the platform leverages analytics and machine learning to
track the security posture of your applications, identify any potential threats and alert teams when
necessary. With Aqua Security, DevSecOps teams can ensure that their applications are secure while
also maintaining agility and speed in development process.

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• Enov8 Test Data Manager: Enov8 Test Data Manager is designed to enable DevSecOps teams to
better manage, and secure, test data within the overall software development process. It enables
developers, testers, and operations teams to collaborate more effectively by providing them with
up-to-date visibility into the status of their test data. With Enov8 Test Data Manager, teams can
quickly and easily identify any data security, governance, or compliance issues. Additionally, it
provides automated processes for creating and managing test data throughout the entire software
development lifecycle, for example data masking or encryption, thus making it easier to ensure that
test data is accurate and secure. By taking a DevSecOps approach to managing test data, enterprises
can reduce the risk of data breaches, or compliance violations, due to improper management of data
within the lower, non-production, environments.
Who is Responsible for DevSecOps
The responsibility for DevSecOps ultimately lies with the organization's leadership. It requires a
coordinated effort between all departments, including developers, operations teams, security teams,
and executives. Everyone has to be on board and understand the importance of integrating security
into the development cycle. In particular, it is important that executive leadership understands their
role in setting the tone, providing resources and support, and driving adoption of DevSecOps
practices. Without executive commitment and involvement, successful DevSecOps adoption is
unlikely to happen.
The responsibility for implementing DevSecOps also falls on developers, operations teams, and
security teams. Developers need to build security into the code from the very beginning
What Regulations Should you be Aware Off
From the perspective of Security, and Data Privacy, the Key regulations IT & Software teams should
be aware off are:
1. The General Data Protection Regulation (GDPR): This is an EU regulation that went into effect in
May 2018. It regulates how companies collect, store, process, and use personal data, and provides
individuals with greater control over their personal data.
2. The California Consumer Privacy Act (CCPA): This is a US law that went into effect in January 2020.
It gives California residents the right to know what data is being collected about them, request access
to and deletion of their personal data, and opt out of the sale of their personal data.
3. The Payment Card Industry Data Security Standard (PCI DSS): This is an international standard that
requires companies to ensure the security of cardholder data. It covers areas such as data
encryption, access control, and network security.
4. The Health Insurance Portability and Accountability Act (HIPAA): This is a US law that regulates
how healthcare providers handle patient health data. It requires organizations to take measures to
ensure the confidentiality, integrity, and availability of patient health data.
5. The Sarbanes-Oxley Act (SOX): This is a US law designed to protect investors by preventing
companies from fraudulent accounting practices. It requires companies to have strong internal
controls for financial reporting and to provide accurate financial information to shareholders.

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Conclusion
DevSecOps is a critical component of any organization's software development strategy. It enables
organizations to integrate security into their development cycle, which helps them to quickly identify
and fix vulnerabilities before they can lead to serious issues. To successfully implement DevSecOps,
organizations must have the necessary resources and commitment from executive leadership, as well
as coordinated efforts between developers, operations teams, and security teams. It is also
important to be aware of relevant regulations such as GDPR, CCPA, PCI DSS, HIPAA, and SOX. By
taking these steps, organizations can ensure that their software development process is secure and
compliant with all applicable laws.
By implementing DevSecOps organizations are not only improving their security posture, but also the
speed and agility of their software development process. Ultimately, this will enable them to create
higher-quality products that are more secure and compliant with all applicable regulations. And
through following these steps organizations can ensure that they are taking the necessary measures
to protect themselves from cyber threats and data privacy risks. This will enable them to deliver
better products and services, while also protecting the security of their business & customers.
Contact Us
Company Name: Enov8
Address: Level 2, 447 Broadway New York, NY 10013 USA
Email id: enquiries@enov8.com
Website: https://www.enov8.com/