DevSecOps and Security Automation Services
Build security checks into development, delivery, and operations. Ancilar integrates vulnerability scanning, artifact verification, secrets management, policy enforcement, and evidence collection, with remediation ownership and controls matched to your risks.
What Is DevSecOps?
DevSecOps integrates security into software development, delivery, and operations. It connects automated checks, vulnerability remediation, secrets management, and shared responsibility throughout the software lifecycle. GitGuardian detected 23.77 million new hardcoded secrets in public GitHub repositories during 2024. [GitGuardian, 2025] Scanning needs accountable follow-up. Ancilar integrates code and dependency checks, artifact verification, and evidence collection into delivery workflows. Each control has an owner, response process, and documented exceptions.
"Ancilar delivers DevSecOps services with code and dependency scanning, software supply chain verification, secrets management, policy enforcement, runtime monitoring, and control evidence collection, connecting automated checks with accountable remediation across the enterprise software delivery lifecycle."
Why Teams Adopt DevSecOps
Identify risks earlier, verify release artifacts, and assign clear ownership for security findings and exceptions.
Earlier Security Feedback
Earlier risk detection through actionable code review and build feedback.
Artifact Traceability
Traceable release artifacts with component inventories and verified provenance.
Consistent Policy Checks
Consistent security decisions through defined rules and recorded exceptions.
Managed Credentials
Reduced credential exposure through scoped access, rotation, and monitoring.
Accessible Control Evidence
Accessible control evidence with review ownership and retention policies.
Prioritized Remediation
Faster remediation decisions through exploitability context and accountable owners.
DevSecOps Use Cases
Software Supply Chain Hardening
Generate component inventories and verify release signatures and provenance.
Compliance Evidence Workflows
Collect delivery control evidence for SOC 2 and ISO/IEC 27001.
Secrets Management Rollout
Replace embedded credentials with managed secrets and workload identities.
Pipeline Security Retrofit
Integrate scanning and enforce selected policies within existing pipelines.
Review Security Integration Options
Common DevSecOps Failures
Late Security Findings
Issues discovered near release leave little time for remediation.
Unverified Build Outputs
Unverified artifacts weaken confidence in build origin and integrity.
Exposed Credentials
Credentials in repositories or logs create avoidable access risks.
Alert Fatigue
Duplicate findings obscure exploitable vulnerabilities that need engineering attention.
Fragmented Control Evidence
Scattered records make control review and audit preparation harder.
Unowned Vulnerabilities
Known vulnerabilities remain unresolved when dependencies lack remediation owners.
How Ancilar Integrates DevSecOps
Shift-Left Scanning Integration
- Integrate SAST, SCA, and secret scanning into the pipeline
- Deliver context-rich security feedback at commit and pull request time
Software Supply Chain Hardening
- Generate software bills of materials (SBOMs) in CycloneDX or SPDX format
- Sign artifacts, verify trusted identities, and evaluate SLSA provenance requirements
Policy-as-Code Enforcement
- Use OPA for suitable policy decisions and Kyverno for Kubernetes policies
- Automate selected rules while retaining policy documents and exception approvals
Secrets and Key Management
- Configure Vault or cloud secrets services with supported rotation workflows
- Revoke exposed credentials, remove embedded values, and monitor for recurrence
Vulnerability Prioritization
- Prioritize by exploitability and business impact, not alert volume
- Agree remediation deadlines, accountable owners, and retesting workflows
Control Evidence Collection
- Collect selected technical control evidence for SOC 2 and ISO/IEC 27001
- Map records to control owners, review periods, and retention requirements
Runtime Security
- Deploy runtime threat detection with Falco or equivalent
- Configure container and workload security monitoring
Dependency Governance
- Automate dependency updates and upgrade policies
- Enforce open-source consumption and license policy
Give every security finding an owner and response deadline.
Integrate security checks with accountable remediation and documented evidence workflows.
Technical Architecture & Enterprise Stack
GitLab CI
Jenkins
Docker
Kubernetes
Cloudflare
GitLab CI
Jenkins
Docker
Kubernetes
Cloudflare
AWS
Azure
Prometheus
Datadog
Elastic Stack
AWS
Azure
Prometheus
Datadog
Elastic Stack
From Strategy to Production
Security Posture Assessment
- Assess pipeline, dependency, credential, and control evidence gaps
- Establish the threat model, risk baseline, and control ownership
Deliverable:Security assessment and risk baseline
DevSecOps Architecture Design
- Design scanning, supply chain verification, policy, and secrets controls
- Map evidence retention, exception approvals, and manual review responsibilities
Deliverable:Security architecture and tooling plan
Scanning and Secrets Foundation
- Integrate code, dependency, and secret scanning into development workflows
- Configure supported secrets rotation and access; revoke exposed credentials
Deliverable:Integrated scanning and secrets infrastructure
Supply Chain and Policy
- Generate SBOMs and verify signatures and provenance against trusted policies
- Enforce selected supply chain and deployment rules with recorded exceptions
Deliverable:SBOM, signing, and policy suite
Compliance and Runtime Security
- Collect selected control evidence for owner review and retention
- Deploy runtime detection with prioritized findings and remediation workflows
Deliverable:Control evidence workflows and runtime monitoring
Operationalization and Handover
- Document remediation deadlines, exceptions, escalation, and operating responsibilities
- Train the team and establish a measured control improvement cadence
Deliverable:Security operating model and documentation
Engagement Models
Security Assessment
Audit pipeline and supply chain security and design the DevSecOps roadmap. All timelines are indicative and confirmed after scoping.
Teams needing a prioritized plan for delivery security controls
1 to 2 weeks
Security assessment and DevSecOps roadmap
DevSecOps Build
Security integration across scanning, supply chain verification, and selected control evidence.
Teams embedding security into the delivery lifecycle
4 to 10 weeks
Tested pipeline security controls and evidence collection workflows
Supply Chain and Compliance Sprint
Focused engagement on SBOM generation, artifact verification, and control evidence collection.
Teams facing supply chain or audit requirements
3 to 6 weeks
Verified artifact workflow and mapped technical control records
Select Engagement Model
Common Questions About DevSecOps
DevSecOps shares responsibility for security across development, security, and operations, using automated checks and feedback throughout delivery. It complements threat modeling, manual review, penetration testing, and incident response. Ancilar integrates selected controls and remediation workflows into existing engineering practices, with defined release gates and exception handling.
A software bill of materials (SBOM) is a machine-readable inventory of software components and their relationships. It supports dependency tracking and vulnerability response. A signature supports integrity and signer verification; provenance describes how an artifact was built. Ancilar generates SBOMs in CycloneDX or SPDX format and links them to release artifacts. Verification requires trusted identities and explicit policies. An SBOM is not inherently signed or complete, and these controls do not prove software is free of vulnerabilities.
Secrets management controls credential storage, access, rotation, and revocation. GitGuardian found plaintext secrets in 35% of customer private repositories it scanned. [GitGuardian, 2025] Ancilar integrates Vault or cloud secrets services, scoped access, and workload identities, then checks repositories and logs for recurrence. Dynamic secrets depend on the selected engine and integration.
DevSecOps automation can collect technical control evidence that supports SOC 2 examinations or ISO/IEC 27001 certification work. It does not replace organizational policies, risk management, control operation, or independent assessment. Ancilar scopes evidence collection around your controls and owners; a compliant organization or successful audit is not an automatic outcome of pipeline tooling.
DevSecOps integration adds security controls and remediation workflows to existing delivery systems. Ancilar introduces scanning, artifact verification, and secrets controls in stages, measures their effect on feedback time, and assigns owners for findings. Work connects to CI/CD pipeline engineering for release orchestration.
Ready to Embed Security Into Your Pipeline?
"Security checks become useful controls when findings lead to owned, measurable action."
Share your delivery workflow, security findings, and evidence requirements. Ancilar scopes the controls, integrations, and remediation responsibilities needed to strengthen software delivery and make selected security evidence easier to review.
Integrate security checks with accountable remediation and documented evidence workflows.
Ready for scale?
Build security controls your engineers can operate and improve.