Security and DevSecOps
Find, prioritise and close exposure continuously
What is security and devsecops with DevOpsArk?
DevSecOps with DevOpsArk means security verification built into the delivery path rather than bolted on afterwards: scanning at build, policy at admission, continuous posture at runtime, and findings that reach the engineers who can resolve them.
What this solution addresses
- Security review is a stage at the end that everyone tries to route around.
- The findings list is too large and too badly ordered to work from.
- Findings have no owner, so they age rather than close.
- Policy is a document rather than something the platform enforces.
- Evidence for an audit is assembled by hand every time.
A shared base image CVE becomes one item, not one per service.
Routed through the ownership recorded in the application catalogue.
A finding closes when the rebuilt artifact proves it, not when someone marks it done.
Stage by stage, with the modules that deliver each one
Every stage links to the modules that implement it, so the path from outcome to capability is explicit.
Shift left
Scan images, dependencies, code and infrastructure definitions in the pipeline, with a policy gate before promotion.
Prioritise
Deduplicate, rank by exposure rather than CVSS alone, and assign to the owning team with a concrete remediation.
Control access
Least-privilege roles, time-bound elevation and centralised secrets with rotation and read audit.
Evidence
Continuous control status, exportable, so an audit is a report rather than a project.
Everything involved in this solution
Security
Posture, policy and continuous verification
Scanners
Image, code, IaC and secret scanning
Vulnerability Management
From finding to fix, with ownership
Secrets
Centralised secrets with rotation
IAM
Access, roles and approvals
SSL Management
Certificates that renew before they expire
Security and DevSecOps: frequently asked questions
DevSecOps is the practice of building security verification into the software delivery process rather than applying it as a separate downstream review. It means policy is checked at build, at admission and at runtime, and findings reach the engineers who own the affected code.
Moving a check earlier so the feedback arrives while the change is still cheap to alter, scanning a dependency in the pull request rather than in a quarterly report. It is only useful if the earlier check is fast and specific enough to act on.
By exposure rather than severity alone: whether the workload is internet-reachable, whether the vulnerable code path is actually loaded, whether it holds credentials, and what data it can reach. That ordering usually reduces the genuinely urgent set to a manageable number.
Yes, but the sensible sequence is to run a rule in report mode, clean the estate, then promote it to enforcement. Starting with enforcement produces exceptions that become permanent.
Control status is recorded continuously rather than reconstructed, so evidence for a period is an export. The same record answers the follow-up question about when a control was not satisfied and for how long.
Background on this topic
What is DevSecOps? Beyond "shift left"
What DevSecOps means in practice, why shifting left fails when the feedback is not actionable, and the practices that actually change security outcomes.
Container security: the practices that actually reduce risk
Build-time hardening, runtime restriction and supply chain controls for containers, ordered by how much risk each one removes rather than by how often it is mentioned.
Kubernetes security: the controls that matter most
A prioritised guide to securing Kubernetes (RBAC, pod security, network policy, secrets and supply chain) ordered by risk reduced rather than by chapter number.
Vulnerability management: turning a report into a work queue
How to make a twelve-thousand-row vulnerability report actionable: deduplication, exposure-based ranking, ownership and verified closure.
Talk through security and devsecops for your estate
A 30-minute conversation with a platform engineer about what you have and what would actually change.