DevSecOps integrates security into the DevOps pipeline with an aim to unite application development, IT operations, and security teams under a common DevSecOps umbrella. DevSecOps builds on the idea that cross-functional teams must work together and that everyone is responsible for security.
DevSecOps
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DevSecOps goal is to bake security into the software development lifecycle, rather than bolting it on later in the cycle, as has been the case with waterfall development models.
DevSecOps is utilized to enforce cybersecurity practices within an automated DevOps Continuous Integration/Continuous Deployment pipeline.
DevSecOps Automation Essentials- Software version control
- Continuous integration
- Continuous testing
- Configuration management and deployment
- Continuous monitoring
- Containerization
- Container orchestration
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Our team of DevSecOps have extensive experience in helping organizations work with Developers and Operations in implementing automated security processes within an automated DevOps Continuous Integration/Continuous Deployment pipeline.
Highlights include:
- Map Regulatory Requirements and Best Practice using our own Proprietary Software Development Checklist.
- Inclusion of the following requirements during the Design phase of the System Development Lifecycle
- Security Best Practices
- Privacy (protecting CUI/PHI/PII/PCI data)
- Code Best Practices
- Operations Best Practices
- Configure an internal secure Artifactory that has been scanned for vulnerabilities. This enables an organization to maintain a secure internal repository of dependencies that has been downloaded from public repositories such as Maven.
- Creation of Scaffold/Base Library/Templates: Work with Software Architects and Developers to develop templates/basic building blocks for different functions of the application, such as microservices and User Interface. Developers will now use the approved scaffold templates to develop future applications.
- Conduct manual testing, static code analysis, and dynamic testing
- Experience with Agile Methodology, API Security, Container Security, Microservices Security, and Docker Containers.
- Deep knowledge of the following tools:
- Dynamic Application Security Testing Tool
- Burp Suite
- WebInspect
- Acunetix
- OWASP ZAP
- Static Application Security Testing Tool
- Fortify SCA
- Container Security Scanning Tool
- Tenable IO
- Compliance and Vulnerability Tool
- Nessus Manager, Tenable Security Center
- Dependency Library Check
- OWASP Dependency Check
- Operation Tools
- Splunk, Ansible, WSUS, JIRA, Nipper, Netwrix, PRTG
- Knowledge of software Best Practice resources and Cheat Sheets
Certifications:
Our consultants have industry’s most prestigious certifications such as:
- AWS Certified Solutions Architect—Associate (AWS-SAA)
- AWS Certified Solutions Architect-Professional (AWS-SAP)
- AWS Certified Developer—Associate (AWS-DA)
- AWS Certified SysOps Administrator
- AWS Certified Cloud Practitioner (AWS-CLF)
- Scaled Agile Framework (SAFe)
- Certified Information System Security Professional (CISSP)
- Certified Information Systems Auditor (CISA)
- Certified GIAC Systems and Network Auditor (GSNA)
- Certified Risk Information Systems Control (CRISC)
- Certified ITIL Foundations, V3
- Certified Information and Certified Information Security Manager (CISM)
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Code Design
- Scar folding/Blueprint
- Proprietary Software Development checklists and Best Practices
- Customized Sanitizer library code for prevention of common software flaws such as SQL injections and XSS
- Development of Security User Acceptance Criteria
- DevSecOps Cheat Sheets
- Development of Testing Cases
Continuous Testing and Automation within the DevOps CI/CD pipeline:
- Security User Stories and Test Plans
- Manual code review
- Manual and Automated Code Scans, Analysis, and Remediation
- Continuous integration of security tools and methodologies
- Continuous manual and automated testing using Best Practice test cases and various security tools
- Configuration management and deployment
- Continuous monitoring
Infrastructure Security
- Design and selection of security controls and tools
- Hardening of infrastructure components such as containers, code repositories, proprietary software, Operating Systems and Databases
- Continuous scanning, analysis, and remediation of vulnerabilities
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