You probably already know what DevOps is if you’ve spent any time at all in the software and app development industry. However, what are your knowledge of DevSecOps? DevSecOps is the junction of DevOps and security, as you may infer from the word’s component parts.
Continue reading to find out what is DevSecOps, how it differs from DevOps, and what your organization and you can gain from knowing about it. So let’s look at what DevSecOps is defined as first.
What is DevSecOps?
In order to define DevSecOps, we must first refresh our memory of what DevOps actually is. As many of us are aware, DevOps is a set of processes and technologies that combines the development (Dev) of software and apps with the operations (Ops) of information technology (IT). Any business that wants to remain competitive in today’s fast-paced market should take advantage of DevOps, which helps an organization release apps and services more quickly.
As more firms adopt the model, DevOps has quickly established itself as the standard for application development. IT advancements like shared resources, cloud computing, and dynamic provisioning have made DevOps a more approachable and, as a result, more desirable methodology to employ.
DevSecOps is an extension of the DevOps philosophy, which incorporates security measures into each stage of the DevOps process. The DevSecOps technique fosters a ‘Security as Code’ culture by enabling continuous, adaptable collaboration between the organization’s established security teams and the release engineers for the app.
How Does SecDevOps Work?
Yes, there is such a thing as this. At first look, it appears that someone is playing a practical joke on us, yet each of these is a distinct situation. The best way to describe the variations is to say:
Security is taken into account by the DevSecOps approach, however it is not given high priority. In-house information security teams often arrive too late to address security issues, and DevOps teams frequently lack the tools necessary to deploy front-to-back security safeguards.
This phrase both metaphorically and physically places security at the end of the development process. The DevOps team creates and releases the app first, and then information security closes any security holes. Although a lack of security is preferable than none, strong security must be maintained at all stages of a product’s development lifecycle.
With this strategy, security efforts are integrated into the continuous development and integration (CD/CI) pipeline, which includes taking security into account both during the initial stages of development and at each subsequent stage.
Skills and Tools for DevSecOps
The following competencies should be mastered by security teams before they deploy DevSecOps:
- practical job experience in the DevOps industry
- knowing programming languages like Ruby, PHP, Perl, Python, and Java
- strong teamwork and communication skills
- understanding of threat modeling and risk assessment approaches
- a thorough knowledge of current best practices, relevant software, and the latest cybersecurity risks
- understanding of applications like ThreatModeler, Immunio, Checkmarx, Chef, Aqua, and Checkmarx. Additionally, knowledge of AWS, Docker, or Kubernetes is beneficial.
- Although not mandatory, a well-rounded DevSecOps professional has expertise of DevOps principles or has completed a DevOps Engineer Masters Program.
A variety of helpful technologies are available for teams concerned with security in the DevSecOps world. The following resources can be used for various security tasks:
- Claire: Examines Docker containers for flaws
- HackerOne: Allows you to prioritize and respond to vulnerability reports in an effective and timely manner.
- Rapid7 Nexpose: Manages the complete lifecycle of vulnerability detection and scans systems for flaws.
- Snyk: Looks for any known problems with open-source libraries.
- Stethoscope: Aids in user-focused security management; open-source
- Suricata: Open-source software that detects threats to networks.
Future Trends in DevSecOps
According to this report, more businesses are using DevSecOps as the standard method for project development. In other words, there is a good chance of having more employment options. DevOps will either vanish or merge with DevSecOps as more businesses see the value of implementing end-to-end security.
Additionally, companies will embrace DevSecOps at a faster rate when automation is added to the process. Automation saves time and improves security, making the use of DevSecOps a no-brainer.
Why is DevSecOps so Vital in Today’s World?
We already discussed the numerous recent developments in IT and how they make it simpler to integrate the DevOps methodology into app design, but these developments also have drawbacks. Unfortunately, many security and compliance monitoring technologies haven’t kept up with the latest innovations.
As a result, insufficient security measures prevent the development of many quick application strategies. What good is implementing a DevOps technique in that circumstance?
Of course, businesses might just ignore security precautions for the sake of expediency, but it’s a risky bet that could have disastrous results. Do you want to run the danger of your most recent app deployment being compromised, especially if the success of the launch is crucial to the future of your business? The danger of several security concerns emerging after the product’s release also exists, which could result in a large number of irate, disgruntled customers leaving your product and business.
In today’s digital world, IT security is a serious problem, and the threats aren’t going away anytime soon. Fraud and cyberattacks are on the rise. Given this harsh reality, no firm today could possibly overlook the security component of the DevOps technique.
Here is a quick rundown of the difficulties with DevOps security:
- Security is viewed as a bother by DevOps teams.
- IT security teams struggle to keep up with DevOps’ rapid pace.
- Numerous undeveloped and open-source tools lack basic security measures.
- There are more attack opportunities when privileged access controls are not properly controlled.
You may contrast how many organizations see IT security with how people feel about health or auto insurance. Because everything is now functioning flawlessly, no one wants to pay for it because who wants to spend money they don’t have to? Everything is wonderful! Why even try?
Then a crisis occurs, and if you don’t have the necessary safeguards in place, you are seriously compromised.
The “why bother?” mentality is what DevSecOps advocates must get through. Failure to do so could cause troubles for any organization, problems that could even lead to the company going out of business.
The Benefits of DevOps
Despite the advantages of DevSecOps, it is still not frequently used. least, not yet. Let’s examine the advantages of implementing DevSecOps in more detail:
- Teams find security flaws while developing apps rather than waiting till the app is out and the public is harmed and the company’s brand suffers.
- An improved return on investment (ROI) for the organization’s current security system
- Due to automation, there are fewer opportunities for error or administrative failure situations, two factors that could normally lead to cyberattacks and downtime.
- Automation eliminates the need for cybersecurity architects to set up security consoles, allowing security teams to focus on other urgent challenges while increasing their agility and speed.
- Improved team collaboration and communication
- More adaptability in handling unforeseen changes throughout the development lifecycle
- Greater potential for automated builds and quality assurance tests
Putting DevSecOps Practices in Place
How then can you implement these policies within your company?
To properly adopt DevSecOps, the team must ensure that security is embedded into the development of the project from beginning to end. This is known as “shifting security focus to the left.” The following six elements are essential to any DevSecOps strategy:
1. Code Analysis
Deliver code in small chunks so that vulnerabilities can be found more quickly.
2. Change Management
Allow any team member to contribute changes, then decide whether the change helps or hinders to increase speed and efficiency.
3. Compliance Monitoring
Be constantly compliant and be ready for an audit at any time.
4. Threat Investigation
Recognize emerging hazards in each code update and act fast.
5. Vulnerability Assessment
By analyzing the code, find new vulnerabilities, then gauge the reaction and resolution time.
6. Security Training
Develop uniform training materials for IT engineers and software developers.
Here is a list of particular steps associated with the six components:
- Streamline and automate the environment to reduce illegal access.
- Tighten access control by centralizing user identities and access control capabilities.
- Microservices-running containers need to be segregated from the network and one another.
- Apps and services must encrypt data transfers between them.
- Increase the security of API gateways
- Add security scanners to every container.
- In security testing, automate continuous integration (CI) operations.
- Include automated security capability validation tests in the user acceptance test process.
- Automate patches and security updates
- Automate system and service configuration management processes, as well as audits and corrections.
Frequently Asked Questions
What distinguishes DevOps from DevSecOps?
The software delivery pipeline, job functions, tools, and procedures of a company can all be changed through DevOps. A software development management strategy called DevSecOps adds security to the DevOps mix.
Is Code required for DevSecOps?
How does DevSecOps relate to online safety?
Cybersecurity is a component of both DevSecOps and DevSecOps, and vice versa. Although DevSecOps and cybersecurity both aim to improve security, their key distinctions lay in the scope and application of their respective fields.