“We’ll fix security issues after the release.” These words cost companies millions per data breach. The story is always the same: a minor security vulnerability slips through testing, hackers find it within days, and suddenly your software development team is working overtime to patch issues that could have been caught earlier.
But what if your development team could spot and fix over 90% of vulnerabilities before the code even reaches production? That’s what companies achieve when they integrate security into their development process through DevSecOps practices. By making security part of every stage of the software delivery cycle, teams catch threats early.
You’re probably thinking: “Great, another process that will slow down our releases.” Actually, it’s quite the opposite. Teams implementing DevSecOps in their continuous integration pipeline deploy code more frequently, with half the failures of traditional security measures. How? By catching security vulnerabilities when they’re cheapest and easiest to fix – during development.
In this guide, we’ll break down the concrete benefits of DevSecOps, from faster deployments to reduced costs. You’ll learn which security tools actually work in your development workflow, what to implement in your first 90 days, and how to measure success. No fluff – just practical steps to secure your software delivery without sacrificing speed.
4 Business-Critical Benefits of DevSecOps
Security breaches cost companies hundreds of thousands in recovery expenses. But numbers don’t tell the whole story. Each security vulnerability burns through developer time, damages customer trust, and puts your application security at risk. Let’s look at how the DevOps and DevSecOps approaches prevents these issues and pays for itself.
Faster Time-to-Market Without Security Compromises
“Is it secure?” This question often comes at the end of the software development lifecycle, causing costly delays. With automated security testing, you flip this around. Your development team can run security checks on every code commit, taking minutes instead of days.
Here’s what you can automate in your continuous integration workflow:
- Code analysis for common vulnerabilities (runs in minutes)
- Third-party dependency checks (runs in the background)
- Security controls validation (automated with each deployment)
Manual reviews focus on what matters most: complex security threats and architectural choices. Your security experts spend time on strategic work, not repetitive checks.
Smart Cost Reduction Through Early Detection
Finding and fixing vulnerabilities during the development process costs a fraction of addressing security issues in production. We’re talking about times less expense and effort when caught early through automated testing. Simple math shows why early detection matters.
Development and security teams find dozens of vulnerabilities and cybersecurity threats per sprint. Catching these early in the delivery process (often thanks to observability in DevOps) means:
- Less emergency security patching
- Fewer production rollbacks
- Reduced operation team downtime
Shared Responsibility for Security
Security becomes a shared responsibility, not just the security team’s problem. Your DevOps team learns to spot security threats while coding, similar to how they catch performance issues.
Essential security practices your team masters:
- Secure software development patterns
- Threat modeling in the development cycle
- Continuous security testing fundamentals
The result? Developers make security part of their daily workflow, cutting review cycles and reducing back-and-forth with security operations.
Robust Security That Scales
As your codebase grows, manual security measures become impossible. Automated security controls scale with your software delivery needs.
Start by automating these critical processes in your pipeline:
- Vulnerability scanning in your continuous integration
- Application security policy checks
- Security compliance validation
Teams implementing DevSecOps best practices deploy multiple times more often while maintaining robust security.
Remember: Every automated security check becomes a permanent safeguard in your development cycle. Unlike manual reviews, automated security testing never gets tired or misses threats due to deadline pressure.
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Let us guide you through our DevSecOps security assessment and implementation process.
Security Tools That Power Modern DevSecOps
Picture your software development pipeline as a series of security checkpoints. At every stage of the development process, different security tools scan your code for potential threats. The right combination of DevOps tools catches vulnerabilities before they become problems.
SAST vs DAST – When to Use Each?
Static Application Security Testing (SAST) works like a security expert who knows every best practice. It scans your code during the development cycle, catching issues like:
- SQL injection vulnerabilities
- Hard-coded credentials
- Buffer overflow risks
- Cross-site scripting weaknesses
Dynamic Application Security Testing (DAST) approaches security differently. It tests your running application as part of your continuous delivery process, behaving like an ethical hacker. DAST finds:
- Authentication flaws in your software
- Server configuration vulnerabilities
- API security threats
- Runtime environment risks
The key difference? SAST integrates security into your development workflow, while DAST validates your security controls in production. You need both to create secure software. SAST saves time by catching threats early, while DAST uncovers security issues that only appear in your delivery pipeline.
Choosing the Right Security Tools Stack
Start with these core security measures:
Application Security Tools:
- Version control security hooks for continuous integration
- Dependency scanners for third-party code analysis
- Infrastructure security validators
Security Operations Integration:
- Automated security gates in your pipeline
- Container security scanners
- Compliance validation tools
Integration tip: Connect your security tools to your DevOps team’s chat platform. When tools detect security vulnerabilities, developers get instant notifications with fix suggestions. This speeds up your development cycle without disrupting workflow.
Remember: Security tools should strengthen your development process, not slow it down. Start with basic security controls and add more robust security measures as your operation teams grow comfortable with automated security testing.
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Your First 90 Days of DevSecOps – How To Get Started?
Starting with DevSecOps doesn’t mean overhauling your entire development process at once. Begin with what impacts your software delivery most – usually the security vulnerabilities that repeatedly slow down your releases.
First Month Focus:
- Analyze recent security threats in your development cycle
- Automate one critical security control in your pipeline
- Set up basic code analysis in your continuous integration flow
Quick win: Start catching common vulnerabilities before they reach testing. Your operation teams will notice the difference in software quality.
Essential Security Tools Checklist
Start with these foundational security measures:
- Code scanner integrated into your development workflow
- Dependency vulnerability checker for secure software delivery
- Container security scanner in your pipeline
Integration tip: Connect these security tools to your version control system. This lets your development team catch security issues right where they work, making security part of their daily process.
Team Training and Security Practices
Good news: Your DevOps team doesn’t need to become security experts overnight. Start with essential security practices they can apply daily:
- Secure software development guidelines for your stack
- Common vulnerability patterns in your application security
- Security-focused code review checklist
Build security into your workflow gradually:
- Add security controls to code review templates
- Share security best practices in team meetings
- Celebrate when automated security testing catches threats early
Success metrics for your security operations:
- Vulnerabilities caught in development vs. production
- Time saved through automated security measures
- Reduction in emergency security patches
Remember: Progress in continuous security beats perfection. Each security control you automate adds another layer of protection to your software delivery lifecycle.
Need help strengthening your security practices in the software development process? Let our security and DevOps experts help you work better and safer. Contact Multishoring for an assessment of your development pipeline’s security controls.
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