For security controls built into the pipeline, not bolted beside it
DevSecOps
A security review bolted onto the end of a pipeline catches problems after they are already expensive to fix. This practice moves scanning, secrets handling, policy-as-code and supply-chain checks into the pipeline itself, so a finding surfaces at the commit that introduced it, not the release that exposed it.
How security controls get embedded in a pipeline
Scanning, secrets handling and policy-as-code, walked through as pipeline stages.
90 secSample frame · video pending01Before choosing where to start
DevSecOps or DevOps: which comes first?
Embedding security controls into a pipeline that barely functions wastes the effort. Four questions settle which practice actually closes the nearer gap.
Does a working CI/CD pipeline already exist?
Security controls need a pipeline to embed into. A pipeline that does not reliably run needs DevOps work first.
Does a security review currently block every release?
A late manual gate that regularly delays releases is the clearest signal that controls need to move earlier, into the pipeline.
Have credentials or secrets ever leaked into a repository?
A past exposure, however contained, is a strong signal that secrets handling deserves attention ahead of anything else.
Is there any visibility into third-party dependency risk?
No visibility at all into open-source dependencies points at supply-chain scanning as the highest-value starting control.
| DevOps | DevSecOps | |
|---|---|---|
| Focus | Pipeline mechanics and speed | Security controls inside the pipeline |
| Typical gate | Build and test | Scanning, secrets, policy, supply chain |
| When it runs | Every commit | Every commit, security-focused |
| Best fit | Slow or unreliable pipelines | Late or manual security gates |
02Agreed before pipeline access is granted
The ledger that keeps embedded controls honest
DevSecOps work drifts when a scanning tool gets installed without anyone deciding what a finding should actually block. This sets the terms plainly: what you bring, what gets embedded, what comes back, and which approvals never move without you.
- Your side
You bring
- Access to the current pipeline and its review gate
- A history of issues the late review has caught
- Any release the late gate has previously delayed
- Our side
We build
- Automated scanning built into earlier pipeline stages
- Policy-as-code rules replacing manual checklist review
- A feedback loop returning findings to the commit, not the release
- Your side
You receive
- Scanning that runs on every commit, not once at the end
- A policy-as-code ruleset your team can extend
- A pipeline where security findings surface early
Never leaves you
- The decision on which policy rules are mandatory
- Final call on any exception to a blocked finding
- Ownership of the pipeline once controls are embedded
Where the line sitsWe move scanning earlier and encode policy as code. Deciding which finding blocks a release is a judgment call that stays with your team.
03From audit to a pipeline that enforces itself
Four stages, each closing on an artefact
A pipeline that stays insecure usually skipped one of these stages quietly. Each stage here closes on a control your security lead can inspect and sign off.
Audit the current security posture
Existing review gates, secret storage and dependency visibility get assessed before any control gets embedded into the pipeline.
Every control gap named against real riskEmbed scanning into pipeline stages
Static analysis, secret detection and dependency scanning move into the pipeline itself, running automatically on every change.
Scanning that runs on every commitEncode policy as code
Security requirements become versioned, reviewable policy-as-code rules instead of a checklist a person applies inconsistently.
Rules your team can read and extendHand over the enforced pipeline
Documentation, exception handling and the policy ruleset move to your team, so maintaining the controls needs no ongoing dependency on us.
A pipeline your team can maintain alone
04What actually drives the number
Four drivers, priced from the audit
DevSecOps work is priced from the security posture audit, not a flat rate, because these four factors change effort by multiples of the base case.
Maturity of the existing pipeline
A well-run pipeline embeds controls faster than one that first needs its own delivery mechanics rebuilt.
Number of secrets and services in scope
A small number of credentials audits and rotates far more cheaply than a sprawling multi-service estate.
Depth of policy-as-code enforcement wanted
A handful of mandatory rules costs less to encode than a comprehensive policy suite covering every risk category.
Size of the dependency surface needing supply-chain checks
A codebase with hundreds of open-source dependencies takes longer to bring under continuous scanning than a lean one.
05Evidence and proof
Controls that moved earlier, not just louder.
DevSecOps proof is a control embedded and measured, not a scanning tool switched on. Every record here waits for written client approval before production.
Explore case studiesA late security gate moved to every commit instead of one release.
Vela Ledger's security review sat right before release and regularly delayed launches. Embedded scanning moved findings back to the commit that introduced them.
- Release delays caused by late findings
- Eliminated
- Findings caught at commit stage
- Majority
Exposed credentials moved into a managed secrets store.
Aster North had credentials sitting in plain pipeline configuration across several services. A secrets audit and managed store closed the exposure.
- Exposed credentials found and rotated
- Full audit closed
- Secrets remaining in plain config
- Zero
Security stopped being the gate that blew up our release calendar.
Sample · pending client approval
06Read this first
When a DevSecOps engagement is the wrong spend
Embedding security controls into a pipeline that does not reliably build or release yet spends the budget on the wrong layer first. The exits are marked before the pitch.
- Cloud DevOps
The pipeline itself is unreliable or slow
Security controls need a working pipeline to embed into. Pipeline mechanics need fixing before security controls are added.
- Legacy Modernization
The real gap sits in legacy code predating the pipeline
Embedding controls into a pipeline wrapped around unmaintained legacy code treats a symptom, not the actual constraint underneath.
- Hire DevSecOps Engineers
Your team should embed these controls itself
If your engineers understand the pipeline and just need capacity, hiring in fits better than a delivery layer.
| Shape | Best when | You direct | We carry |
|---|---|---|---|
| Scoped embedding | One or two controls are the priority | Which control gets embedded first | Scanning, policy and rollout |
| Phased programme | Several controls need embedding in sequence | Priorities and exception policy | Audit, embedding and handover |
| Team extension | Your leads already run this well | Standards and architecture | Named engineers and continuity |
07Straight answers
Asked before a scanning tool goes live.
01Do we need DevOps in place before starting DevSecOps?
A functioning pipeline helps considerably, since controls embed into pipeline stages. A very immature pipeline may need DevOps attention first for the embedding to hold.
02Which scanning tools do you use?
Whichever fit your language and pipeline platform, chosen against the audit rather than a default. The embedding pattern matters more than any specific vendor tool.
03How do you decide what a finding should block?
That policy decision stays with your team, encoded once agreed. We build the mechanism; the risk tolerance behind each rule is yours to set.
04Can you handle secrets across multiple cloud providers?
Yes, a managed secrets store and rotation policy can span providers where your estate does. Scope is set explicitly during the audit.
05What is a software bill of materials, and do we need one?
It is a maintained inventory of every dependency in your codebase. Many compliance duties now expect one, and it also speeds up responding to a new vulnerability disclosure.
06Will embedded scanning slow our pipeline down?
Well-tuned scanning adds measured time, not the delay of a manual review gate. Poorly tuned scanning can add noise, which the embedding work is designed to avoid.
07How long does embedding these controls take?
A single control, such as secrets handling, can embed within a few weeks. A full programme across scanning, policy and supply chain runs longer.
08What does a DevSecOps engagement cost?
Pricing follows pipeline maturity, the number of services in scope and how many controls need embedding, set during the audit.