DevSecOps is Progressively Evolving as a Prominent Development Method
DevSecOps is likely to stay here for the long haul. Cybercrime today has become so sophisticated that it is a significant concern globally. To overcome this challenge, the world is embracing methods like DevSecOps.
We all know how popular DevOps services are among organizations. That said, more and more companies are integrating these security measures into their software development processes.
Let’s see how these factors bolster the market growth statistics:
➔ By 2030, the DevSecOps market size is projected to reach USD 41.66 billion. The figures are exponentially increasing, with a CAGR of 30.76% from 2022 to 2030.
➔ Security is more evident than ever! DevOps teams are running 44% of DAST, over half run SAST scans, and around 50% scan containers and dependencies.
Get to Know DevSecOps Services
As the name implies, it is an extension of the DevOps practice. DevSecOps stands for:
● Development (Dev): Consists of planning, coding, building, and testing the application.
● Security (Sec): The introduction of security earlier in the software development cycle.
● Operations (Ops): Monitoring and fixing of potential issues.
Since each team has different roles to play, it’s essential to ensure security as well. In other words, this approach enables teams to integrate security practices into the DevOps process.
Besides, this approach intends to build on the mindset that “security is a shared responsibility among all stakeholders”.
6 Pillars of DevSecOps
These pillars are all about the framework that blends traditionally siloed operations (development, infrastructure, operations, and information security) into a cohesive whole.
Pillar 1: Collective Responsibility
Pillar 2: Collaboration and Integration
Pillar 3: Pragmatic Implementation
Pillar 4: Bridging Compliance & and Development
Pillar 5: Automation
Pillar 6: Measure, Monitor, Report & and Action
Our DevSecOps Expertise
For high-growth companies and startups, our DevSecOps expertise offers a practical and productive solution to security concerns. We make sure your business stays ahead of the curve. You can find us behind your back to enhance the existing DevOps pipeline and to establish security protocols from the ground up.
Indeed, our expertise lies in:
➔ DevSecOps Assessment: Partner with us for reliable software products created with security in mind throughout the development lifecycle. Embrace little to no data breaches, protect user privacy, and maintain integrity.
➔ DevSecOps CI/CD Pipelines: Experts in the creation of a proactive security framework to check defects, analyze code, automate security testing, and ensure compliance checks.
➔ Static Application Security Testing: With proficiency in SAST, we catch critical security flaws to reduce potential vulnerabilities and create cleaner yet more maintainable code.
➔ CloudOps Security Management: Set security practices for delivery management, optimization, and workload performance using DevSecOps SDLC.
➔ SBOM Adoption and Generation: We create a software bill of materials to trace the origins of every single component, verify their security aspect, and address vulnerabilities or risks.
What are the Components of DevSecOps?
Successful implementation of developer security operations depends solely on the following components:
➔ Code Analysis: As the first phase in SDLC, code analysis quickly looks through the source code for weak spots by setting up the code in small chunks.
➔ Change Management: The software team employs change management tools to track, manage, and report amendments. This eventually elevates speed and efficiency. Most importantly, it even figures out if the impact of the change applied is positive or negative.
➔ Compliance Monitoring: Developer security operations enable organizations to comply with the General Data Protection Regulation (GDPR) and the Payment Card Industry Data Security Standard (PCI DSS).
➔ Training: Training implies that organizations can train their software and IT engineers in data safety. To ensure security, they can even establish Standard Operating Procedures, Compliance Rules, and Policies.
➔Threat Investigation: After the code update, a new threat might emerge. For that matter, DevSecOps teams investigate security issues in the early stage, i.e., before and after deploying the application. Once identified, they even fix them and release an updated version.
Secure & Agile: Our DevSecOps Toolkit
Our developer security operations toolkit leverages security measures throughout the SDLC to address vulnerabilities early in the development process. With our toolkit, we offer functionalities like automated static and dynamic security testing, infrastructure as code, secrets management, security checks, CI/CD pipeline security, and more.
Types of DevOps Security Tools
➔ SAST (Static Application Security Testing): By using a white-box testing method, SAST tools directly assess the application’s code and scan source, byte, or binary code.
➔ Threat Modeling Tools: This tool chain creates threat models and manages security vulnerabilities across the SDLC. Plus, these tools are frequently used in incremental DevOps stages by top DevOps consulting companies in India.
➔ Log Management Tools: They manage extensive logs generated in day-to-day business for proper functioning. Moreover, log management tools help discover and analyze machine-generated data.
➔ DAST (Dynamic Application Security Testing): DAST tools make the most of the lack-box testing method while stimulating external attacks on running applications. Furthermore, these tools identify misconfigurations, runtime errors, and a lack of authentication and authorization.
➔ Alerting Tools: True to its concept, alerting tools notify developers of occurring security flaws and encourage them to examine or solve them prior to project progression.
➔ Container Security: Our container security tools shield containerized environments. This is possible by checking images, enforcing runtime protections, and making sure that security standards are followed. At the same time, some may offer response and threat detection capabilities.
➔ SCA (Software Composition Analysis): Scans component dependencies against Common Vulnerabilities and Exposures (CVE) and National Vulnerability Database (NVD). In addition, this tool is well-versed in scanning third-party components. They can be integrated into a CI/CD pipeline for automated scanning.
Benefits of DevSecOps
Here’s a more detailed look at the benefits of DevOps:
➔ Unparalleled Security: Weak spots in code are only detected when a company implements a DevSecOps approach. Security is one of the primary advantages. To further describe, this model analyzes code at its core and conducts regular threat assessments.
➔ Ensure Regulatory Compliance: It can be applied to align with regulatory requirements and guarantee a less complicated path to regulatory approval. Therefore, you can ultimately avoid penalties or any other reputational damage.
➔ Improved Collaboration: The establishment of a collaborative environment is yet another benefit of a DevSecOps approach. How? Teams can adapt to enhanced communication and get to know each facet of an application’s interfaces.
➔ Build a Security-Aware Culture: Working with this model often provides numerous benefits. The next benefit on the list is the ability to build a security-aware culture. While working on the software development project, the top DevOps consulting companies in Australia, Dubai, and other countries became more aware of security best practices and can discover security issues in the code, modules, or other technologies.
➔ Speed and Agility: Delivering code quickly has become easy with DevSecOps. It helps in delivering quality code in no time. In this way, businesses can ensure a faster time to market, stay ahead of the curve, and swiftly respond to market demands.
➔ Cost Saving: Security isn’t always expensive. The key contributor to the cost is the scenario where a team member has to redo a lot of the code to resolve vulnerabilities. Not only does this take time, but it certainly affects the cost. However, the use of DevSecOps lifecycle reduces cost and frees up the team to engage in other work.
Why Choose Incloudo For DevSecOps Service Needs?
Incloudo provides best-in-class cloud consulting services led by experienced professionals who ensure a positive outcome. Besides, we emphasize a structured approach.
What does that mean? The answer is simple: we utilize established methodologies and patterns to accelerate solutions.
➔ Holistic Approach: Gone are the days when security was treated as an afterthought. Incloudo looks at the DevSecOps methodology as a whole.
➔ Multidimensional Expertise: To fulfill the department’s needs with multidimensional expertise, professionals here utilize their knowledge and expertise. Focused on delivering value, we inculcate best practices to let businesses achieve scalability.
➔ Proactive Threat Detection: Embedded security checks throughout the SDLC and automated security tests are jointly conducted with the help of threat intelligence, continuous monitoring, and feedback loops.
➔ Extended Services in Varied Industries: Incloudo is known to furnish a successful DevSecOps execution in industries like finance or banking, technology, media or entertainment, healthcare, e-commerce, and education.
➔ Customer-Centric Approach: Our commitment and customer-centric approach strongly emphasize long-term relationships with clients. Facing trouble at any stage of software development? Find us as your trusted technology partner.
Despite this, we take pride in our customer service department, which actively responds to queries within 24 hours.
Frequently Asked Questions
Q1: What are DevSecOps services?
A: DevSecOps consulting services are a harmonious blend of development, security, and operations, which integrates security in the SDLC. Businesses consider adopting this approach to reduce the risk of releasing code with security vulnerabilities.
Q2: What are the tools used for DevSecOps?
A: To execute the build phase analysis, some popular tools are SonarQube, OWASP Dependency-Check, SourceClear, Checkmarx, Retire. Js, and Snyk.
Q3: What are the challenges of DevSecOps?
A: It presents challenges like resistance to the cultural shift and integration of complex tools.
Q4: What is the primary difference between DevOps and DevSecOps?
A: The key difference between them is that DevOps emphasizes collaboration between development and operations teams, whereas it not only promotes collaboration but also extends it to include security teams.
Q5: What are the main benefits of DevSecOps?
A: It leads to more rapid development timelines, lowered risks, and the delivery of more reliable and safe software.