Digital Engineering

Cloud DevSecOps

A federated DevSecOps spine, engineered for velocity and trust.

Policy-as-code, supply-chain hardening, and the developer experience that makes shipping fast and shipping safely the same thing.

The case

Velocity and security
are the same investment.

When DevOps and security are run as opposing forces, both lose. Releases get gated by manual review. Security becomes the team that says no. Engineers route around the controls — and the platform's actual security posture decays.

We design DevSecOps as one engineered system. Policy is code. Supply chain is hardened by default. The developer platform makes the secure path the easy path. Audit isn't a quarterly scramble — it's the same evidence pipeline you ship code through.

What we build

The spine that lets you
ship daily and pass audit.

01

Policy-as-code

Centralized policy with team-level autonomy — OPA, Sentinel, or platform-native enforcement at every layer.

02

Supply-chain hardening

SBOMs, signed artefacts, provenance attestation, and dependency hygiene engineered into every release.

03

Internal developer platform

A platform-as-a-product with golden paths, self-service primitives, and developer NPS as the metric — not ticket volume.

04

Continuous compliance

Engineered evidence collection, drift detection, and audit-grade controls for regulated estates — HIPAA, PCI, SOX, ISO.

05

Threat modeling & secure SDLC

STRIDE / LINDDUN at design time, automated SAST / DAST in CI, and the cultural practice that makes both stick.

06

Identity & secrets

Federated identity, just-in-time access, and secrets management engineered around least privilege — not retrofitted around it.

Reference architecture

The DevSecOps spine,
engineered in layers.

Every layer is a security control point and a velocity control point — the design choice is whether they reinforce or fight each other.

01

Source layer

Layer 01

Code, IaC, and policy as versioned, reviewed artefacts.

Trunk-based dev
Mandatory review
IaC repos
Policy repos
Signed commits
02

Pipeline layer

Layer 02

CI as the universal evidence pipeline.

GitHub Actions
GitLab CI
Tekton
ArgoCD
Required checks
03

Supply-chain layer

Layer 03

SBOMs, signing, provenance — every artefact accounted for.

SLSA
Sigstore / cosign
SBOM (CycloneDX)
Dependency scanning
Container hardening
04

Runtime layer

Layer 04

Workload identity, network policy, and runtime detection.

Workload identity
OPA Gatekeeper
Service mesh
Falco / runtime SIEM
Network segmentation
05

Evidence layer

Layer 05

Continuous evidence — for engineers and auditors.

Audit log lake
Compliance dashboards
Drift detection
Evidence pipelines
Continuous attestation

Stacks we work with

The CI is the spine.
Every other tool plugs into it.

Once the CI / CD pipeline is the universal evidence path, the rest of the stack is a series of plug-in decisions. Below are the tools we reach for first — most engagements span four to five of these categories.

01

CI / CD

Where the evidence pipeline lives. Required checks gate every promotion; everything downstream is supplementary. If your CI is fragmented, every other security control is theatre.

GitHub ActionsGitLab CIJenkinsArgoCDFluxSpinnaker
02

Policy

Code-reviewed, version-controlled, and enforced at runtime. Policy that lives outside the repo is policy that decays — quietly, until the audit.

OPA / GatekeeperSentinelKyvernoCloud-native policyCustom
03

Supply chain

SBOMs, signing, and provenance attestation as defaults. Hardened by SLSA-aware tooling so the next supply-chain CVE is hours of work, not weeks.

SigstorecosignSnykTrivyGrypeSBOM tooling
04

Runtime

Where defense-in-depth lives. Workload identity, service mesh, and runtime detection — chosen against the threat model, never against the vendor poster on the wall.

FalcoSysdigWizPrisma CloudCiliumIstio / Linkerd
05

Identity & secrets

Zero standing privilege. Just-in-time access, short-lived credentials, and audit by default. The single biggest reduction in your blast radius.

HashiCorp VaultAWS / Azure / GCP IAMTeleportConjurOIDC federation

Outcomes we engineer for

What a hardened
spine pays back.

Daily

Production deploys

Median release frequency once the platform spine is engineered properly — without compromising security posture.

<15 min

Lead time for change

Median commit-to-production time on a hardened CI / CD spine — a DORA elite metric.

Zero

Manual audit prep

Continuous evidence pipelines mean audit prep is automatic — engineers don't lose weeks to it.

<1%

Change failure rate

Median rate of changes that cause a production incident on a properly engineered DevSecOps spine.

Where this applies

Anywhere fast and
regulated meet.

  • Banking & Capital Markets
  • Insurance & Reinsurance
  • Healthcare Providers & Payers
  • Pharma & Life Sciences
  • Public Sector & Sovereign
  • Defense & Aerospace
  • Energy & Utilities
  • Telecom & Media
  • Manufacturing
  • Logistics & Mobility
  • B2B SaaS
  • Higher Education

Start the conversation

From release-day stress
to ship-daily confidence.

Tell us where the friction is. We'll diagnose the spine and propose the highest-leverage place to start.