Closer to CI/CT expansion than DevSecOps
DevSafetyOps adds ISO 26262 and IEC 62279 verification, quality metrics, and evidence management to the CI/CT structure already familiar to automotive engineering teams.
Consulting
DevSafetyOps
DevSafetyOps extends CI/CT into functional safety, configuration restoration, and SDV backend operations.Verification, quality metrics, security, coverage, and evidence are connected in one flow.
Overview
Extend CI/CT into a functional-safety operating model
The core is to continuously update verification evidence and to restore the exact build and test environment of a past point in time when needed.
Concept
Functional-safety development needs a broader CI/CT model
For automotive teams, CI/CT is a more practical starting point than a DevSecOps label.DevSafetyOps expands CI/CT with functional-safety verification, configuration restoration, and cloud-to-car operations.
Scope extends from ECU to SDV backend
In-vehicle control software and cloud-to-car systems should be treated together, including OTA, diagnostics, data processing, monitoring, and backend operations.
Build and test environments must be restorable
Build scripts, test settings, containers, virtual ECUs, and runner environments should be managed as configurations so production-era environments can be restored years later.
Operating Model
Connect development, verification, configuration, and Ops in one flow
The point is not a tool list.DevSafetyOps connects continuous verification, configuration-based environment restoration, and SDV backend operations into one operating model.
Run static analysis, coding-rule checks, test techniques, coverage, and source-quality metrics continuously during development.
Add vulnerability checks, open-source composition, SBOM analysis, and quality gates before merge and release.
Connect requirements, change requests, code, build results, tests, coverage, and evidence as a traceable pipeline.
Architecture
Show the relationships and containment structure clearly
The architecture connects development changes, issue management, Git, CI/CT, build-test environment configurations, and CD outputs in one traceable flow.
Restore the same configuration after production
VMs, containers, compilers, and test runners can be recreated at a specific point in time, even years after mass production.
Trace issues, code, and pipelines together
JIRA or Redmine, Git, and CI/CT are connected so each feature or defect change is tied to build and verification results.
Keep virtual verification environments independent
Virtualized environments reduce dependency on specific PCs or servers and make verification continuity more resilient.
Delivery Record
Implemented first in aerospace, automotive, and railway projects
DevSafetyOps is not only a concept.Synetics has built these structures in industrial environments where functional safety and build-verification realities must be handled together.
Aerospace CI/CT environments
We have implemented virtualized software build and verification environments for aerospace organizations including KARI and KAI, with configuration-managed operation.
Automotive virtual verification environments
We have built virtualized build and verification environments and repeatable CI/CT operating models for automotive organizations including PopcornSAR.
Railway functional-safety development environments
We have applied virtualized SW build and verification environments in railway organizations including ANTZ, connecting directly to IEC 62279-oriented development.
Continuous education for enterprises and institutions
We have trained Hyundai Motor Group, Lotte Innovate, Asiana IDT, and TTA on CI/CT and configuration-based operating models.
Expertise
Cover standards, processes, and tool integration together
Synetics designs CI/CT, configuration restoration, standards response, and open-source CI plus verification tool integration as one practical structure.
A‑SPICE process and configuration management
We design requirements, changes, builds, tests, evidence, and configuration management so the environment of a specific point in time can be restored.
ISO 26262 and IEC 62279 execution
Static analysis, test techniques, coverage, and code-quality metrics are placed inside the development flow with evidence structures.
Jenkins-centered open-source CI integration
We connect Jenkins with analysis, testing, coverage, quality metrics, and vulnerability-management tools to create CI/CT structures that operate in practice.
DevSafetyOps connects CI/CT, safety, quality, security, and Ops for automotive, aerospace, and railway software.