DevSecOps Consulting Services
Independent DevSecOps consultants who embed security into your CI/CD pipeline and software development lifecycle — SAST, DAST, SCA, container and infrastructure-as-code scanning, and policy-as-code guardrails that block what's exploitable without slowing your releases.
Backed by 14 years of offensive security and cloud engineering, we build pipelines the way an attacker would try to break them — for teams in Australia, the UK, the US, and across APAC.
DevSecOps consulting that survives contact with real pipelines
Most "shift-left" programs stall for the same reason: security is bolted onto the pipeline as a wall of red findings, developers learn to ignore it, and the gate quietly becomes decorative. Buying more scanners doesn't fix that — the problem is signal, ownership, and where security sits in the workflow.
Our DevSecOps consulting starts from how modern software actually gets compromised: over-privileged CI identities, leaked credentials in build logs, unreviewed infrastructure-as-code, and dependency and container supply chains nobody owns. We wire security into the places those failures happen, tune it so the signal is trusted, and hand your engineers the tooling and knowledge to keep it that way — so security becomes an enabler of release velocity rather than a tax on it.
What our DevSecOps consultants deliver
Security embedded across your software development lifecycle — not bolted on at the end
CI/CD Pipeline Security
SAST, DAST, SCA, and secret scanning wired into your build pipelines as inline pull-request feedback — with gates that block on exploitable findings, not on noise.
- GitHub Actions
- GitLab CI
- Jenkins
- Azure DevOps
Secure Code Review
Automated static analysis tuned for reachability, backed by manual review of the auth, access-control, and business-logic paths that scanners consistently miss.
- SAST tuning
- Manual review
- Auth & authz logic
- IDE feedback
Container & Supply-Chain Security
Image scanning with digest pinning and rebuild-on-CVE, registry hardening, SBOM generation, and provenance/signing so a stale base image can't become a breach.
- Image scanning
- SBOM
- Sigstore/cosign
- Runtime policy
Infrastructure-as-Code Security
Terraform, CloudFormation, Helm, and Kubernetes manifests scanned for misconfiguration and over-privilege before they ever reach an environment.
- Terraform
- CloudFormation
- Helm charts
- K8s manifests
Security Champions Enablement
Stack-specific secure-coding training and a security champions program so security scales with your engineering org instead of bottlenecking on one team.
- Targeted training
- Champions program
- Threat modelling
- Playbooks
Policy-as-Code & Guardrails
OPA/Conftest and native platform controls that enforce standards automatically — with auto-remediation PRs so developers get a fix, not just a red X.
- OPA / Conftest
- Auto-fix PRs
- Policy gates
- Dashboards
The failure modes we design against
A scanner in the pipeline is not a secure pipeline. These are the gaps we close first.
Over-trusted CI identity
A single over-permissive OIDC trust between GitHub Actions and your cloud account can let any fork's pull-request workflow mint production credentials. We scope trust to specific repositories, branches, and claims — and remove long-lived cloud keys from CI entirely.
Secrets beyond the diff
Secrets don't only live in code. They leak through build logs, cached layers, error traces, and artifacts. We scan the whole surface with pre-commit and CI-level detection, and remediate historical exposure with rotation and history scrubbing — not just a warning on the latest commit.
Scanner noise nobody reads
SCA and SAST that flag every transitive CVE without reachability or exploitability context bury developers until they mute the pipeline. We tune tooling to reachable, exploitable findings so the signal is trusted and the gate is respected.
Immutable images that quietly rot
A container image inherits every vulnerability of the base tag it pinned months ago. We enforce digest pinning, automated rebuild-on-CVE, and provenance signing so 'it passed once' doesn't mean 'it's safe now'.
Why teams bring in a DevSecOps consultant
Turn security from a release bottleneck into a competitive advantage
Shift security left
Catch and fix vulnerabilities in the pull request, where they cost minutes — not in production, where they cost incidents.
Velocity you can defend
Non-blocking rollout, then gates only on what's exploitable — so security accelerates confident releases instead of stalling them.
Security that scales with engineering
Champions, playbooks, and self-service guardrails distribute ownership so security keeps pace as your teams grow.
Audit-ready by default
Policy-as-code and pipeline evidence map cleanly to SOC 2, ISO 27001, and PCI DSS — turning every release into compliance evidence.
How a DevSecOps engagement runs
A phased rollout that earns developer trust before it enforces gates
Assess
Map your SDLC and pipeline attack surface, benchmark security maturity, and find the highest-impact gaps.
Roadmap
Prioritise quick wins and structural fixes, selecting tooling that fits your stack — not tool sprawl.
Implement
Wire scanning into pipelines in scan-only mode, tune for signal, then promote gates on exploitable findings.
Enable & measure
Train developers, stand up champions, and track MTTR, escape rate, and coverage against a baseline.
DevSecOps for regulated and global teams
If you're heading into a SOC 2, ISO 27001, or PCI DSS audit, your pipeline is where secure-development and change-management controls are proven. We design pipelines that generate that evidence automatically — so an audit becomes an export, not a scramble.
We support engineering teams across Australia, the UK, the US, and APAC, and align DevSecOps work with your wider assurance program.
Strengthen the rest of your security program
Want the deeper playbook? Read our guide to shifting security left.
DevSecOps consulting — frequently asked questions
Get a DevSecOps roadmap for your pipeline
A prioritised, stack-specific plan to embed security in your SDLC — starting with the gaps most likely to be exploited.