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AWS, Azure, GCP, container, and Kubernetes security specialists for cloud-first enterprises and multi-cloud estates.
Cloud Security Engineers sit at the intersection of security architecture and cloud platform engineering — a hybrid role that is one of the most genuinely scarce skill profiles in the security market. The skill set is broader than traditional security engineering because the cloud platform is not just a target to defend but an active programmable surface to design securely. Engineers in this role write Terraform and CloudFormation, review IAM policies at the JSON level, design VPC and Virtual Network architectures, build Kubernetes admission controllers, and integrate runtime security tooling — alongside the core security engineering work of detection design, incident response, and posture management.
The day-to-day work is split across several recurring rhythms. Posture management is steady-state — running CSPM tooling against the deployed environment, prioritising findings, and remediating misconfiguration through code rather than console clicks. Identity and entitlement work has grown into a major time sink at multi-cloud scale — designing least-privilege IAM policies, removing standing privilege through just-in-time access patterns, and using CIEM tooling to surface accumulated entitlements that have grown beyond what is needed. Infrastructure-as-code scanning runs in CI/CD pipelines, catching security regressions at pull-request time before they land in deployed environments. Runtime workload protection covers EDR/CWPP coverage on virtual machines, container runtime security, and serverless function protection. Incident response in cloud environments has its own discipline — log volumes are larger, attack patterns are different, and forensic acquisition has different mechanics.
The cloud security tooling landscape segments into several recognisable categories that map roughly to engineer specialisations. Our bench breakdown follows the market shape:
| Capability | Function | Dominant platforms | Engagement shape |
|---|---|---|---|
| CSPM | Posture + misconfig scan | Wiz, Prisma Cloud, Lacework, Orca | Project + retainer |
| CWPP | Runtime workload protection | CrowdStrike, SentinelOne, Defender, Aqua | Project |
| CIEM | Entitlement management | Entra PM, Wiz, Prisma, Sonrai | Project + retainer |
| Cloud-native | First-party services | AWS Security Hub, Defender, SCC | Always-on |
| IaC scanning | Pre-deployment scan | Checkov, tfsec, Snyk, Wiz Code | Embedded in CI/CD |
Most of our enterprise engagements involve multi-cloud estates rather than single-cloud deployments. The data has been consistent for several years now: the majority of mid-to-enterprise organisations operate workloads across at least two public cloud providers, often with a third for specific workload types (analytics on GCP, productivity on Azure, customer-facing on AWS). Multi-cloud breadth is the strongest premium driver in cloud security engineer compensation, and the engineers we place at the upper end of the salary range typically carry production experience across all three major providers rather than just one.
The operational reality of multi-cloud security is that the underlying threat patterns are largely common across providers, but the tooling, naming conventions, and integration mechanics differ enough that engineers without multi-cloud experience routinely under-secure their secondary clouds. This is the most common gap we see when auditing existing security postures — heavy investment in primary-cloud security with secondary-cloud security operating well below the same standard.
We staff Cloud Security Engineers across contract, direct hire, and embedded engagements. The dominant shape is contract for nine to fifteen months — typically as part of a posture management programme, a multi-cloud security uplift, or a Kubernetes security rollout. Direct hire is more common for senior architect-level roles where permanent ownership matters.
Our IAM Architect and IAM Engineer placement pages cover the identity-side specialism that often pairs with cloud security work, particularly when the engagement involves CIEM rollout or cloud-native IAM policy design.
Container and Kubernetes security has emerged as a distinct sub-discipline within cloud security since 2022 as Kubernetes adoption has matured into broad enterprise deployment. The discipline covers admission controllers (Open Policy Agent / Gatekeeper, Kyverno), Kubernetes RBAC design, runtime security tooling (Falco, Aqua, Sysdig Secure), supply-chain scanning at the image build phase (Trivy, Grype, Snyk Container), image signing and verification (Cosign, Sigstore), and the network policy framework that governs pod-to-pod communication. Engineers specialised in this domain typically come from a Kubernetes platform engineering background and have specialised into security rather than the other way around.
We maintain a separate placement track for container and Kubernetes security engineers because the underlying expertise is more about Kubernetes platform fluency than traditional security engineering. Engagements typically run nine-to-twelve months for initial security rollout against existing Kubernetes deployments, with optional retainer continuation for steady-state operations.