Late security findings
Identify relevant issues earlier in the software lifecycle.
DevOps / DevSecOps
Make secure software delivery the path of least resistance
Missioned helps businesses integrate security into infrastructure, development, and delivery workflows so engineering teams can identify risks earlier, automate repeatable controls, and move quickly without treating security as a final stage gate.
The challenge
Security should move at the speed of engineering
When security is applied only near release, problems are discovered late, remediation becomes expensive, and security teams can become bottlenecks. DevSecOps brings security into everyday engineering workflows so appropriate checks and controls happen continuously as software and infrastructure change.
Manual security gates
Automate repeatable controls where automation is appropriate.
Inconsistent standards
Apply security requirements more consistently across applications and infrastructure.
Limited visibility
Give teams clearer insight into security issues throughout development and delivery.
Capabilities
Embed security throughout the software delivery lifecycle
We integrate security practices and automated controls into the workflows engineering teams already use from source code and dependencies to infrastructure, containers, pipelines, and production environments.
Application security integration
Incorporate appropriate code and application security checks into development and delivery workflows.
Dependency and supply chain security
Identify risks in third party packages, dependencies, artifacts, and software supply chains.
Infrastructure security
Apply security standards and validation to Infrastructure as Code and cloud configurations.
Container security
Introduce appropriate image, dependency, configuration, and runtime security practices for containerized environments.
CI/CD security
Secure delivery pipelines and integrate automated checks into the path to production.
Secrets management
Reduce exposure of credentials and sensitive configuration through controlled secrets management practices.
How it works
Make secure delivery the default engineering path
Integrate
Bring security controls into development, infrastructure, and delivery workflows.
Automate
Automate repeatable checks so feedback arrives without unnecessary manual intervention.
Prioritize
Help teams focus attention on issues based on context and meaningful risk.
Control
Apply appropriate policies, access controls, approvals, and safeguards.
Improve
Use findings and operational evidence to continuously strengthen security practices.
Business outcomes
Strengthen security without sacrificing delivery speed
Earlier risk detection
Surface security issues closer to the point where they are introduced.
Faster remediation
Give engineering teams feedback while changes are still in active development.
Consistent controls
Apply repeatable security checks across applications, infrastructure, and delivery workflows.
Reduced manual effort
Automate appropriate security activities instead of relying on repetitive manual processes.
Better engineering ownership
Make security feedback accessible within the tools and workflows developers already use.
Stronger delivery confidence
Create a more controlled path from code and infrastructure changes to production.
Technology ecosystem
Technologies for modern engineering environments
Technology choices depend on your architecture, existing environment, engineering workflows, and operational requirements.
Snyk
SonarQube
Trivy
OWASP tools
HashiCorp Vault
GitHub
GitLab
Jenkins
Kubernetes
Terraform
AWS
Azure
Google Cloud
FAQs
Common questions about devsecops
Answers to common buyer questions about introducing, modernizing, or extending this capability within an existing engineering environment.
The objective is the opposite. By integrating appropriate security checks earlier and automating repeatable controls, teams can identify issues sooner and reduce late stage remediation and manual security handoffs.
Not necessarily. Existing tools can often be integrated more effectively into development, CI/CD, infrastructure, and operational workflows. New tooling should only be introduced where it solves a clear gap.
DevSecOps can cover source code, dependencies, application builds, Infrastructure as Code, containers, CI/CD pipelines, secrets, cloud configurations, deployment workflows, and relevant production controls.
Yes. Appropriate security checks can be incorporated into existing pipelines while balancing useful feedback, risk, and delivery speed.
Security workflows should prioritize relevant and actionable findings rather than simply generating more alerts. Rules, severity, context, ownership, and remediation workflows can be structured around the risks that matter.
Yes. AI enabled applications still depend on software, APIs, infrastructure, data access, identities, dependencies, and delivery pipelines. Those layers require the same strong engineering security practices, alongside any AI specific controls required by the use case.
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Let’s solve your next technology challenge together
Whether you need to integrate security into CI/CD, strengthen infrastructure controls, improve secrets management, or reduce late stage security bottlenecks, we can help make secure delivery part of everyday engineering.