DevSecops Engineer
- Vancouver, BC, Canada
$160,000 to $230,000 CAD / year · Full-time
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Job details
- Pay
- $160,000 to $230,000 CAD / year
- Job type
- Full-time
- Apply by
- Posting language
- English
- Posted
Original job description
osition title: Senior Software Engineer, DevOps & Security
Location: Vancouver – 3 days a week on site
What’s In It for You?
You'll own real infrastructure at real scale and have deep, hands-on experience across cloud, platform engineering, infrastructure, and developer experience, with authority over the IaC, GKE, and CI/CD architecture every team depends on. You'll help shape how a fast-moving, AI-first engineering org ships software safely.
Klue moves fast and builds AI-first. This role involves keeping engineering fast, the platform scalable and secure, and costs fully visible. The four areas below are where most of that lives, not where it ends:
- What You’ll DoOwn the paved road for infrastructure. Build and extend our Pulumi component library so teams get correct, disaster-recovery-ready infrastructure by default instead of hand-rolling stacks across our GCP environments.
- Run GKE like a product. Handle cluster and node pool upgrades, in-cluster services, workload right-sizing, and policy enforcement so Kubernetes stays reliable as we scale.
- Make CI/CD something engineers never think about. Own the core building blocks of our CI/CD workflows, cut CI time and flake rate fleet-wide, and standardize the golden path for shipping services.
- Give engineers real visibility into their own systems. Improve the internal developer platform surfaces that show what's actually happening under the hood.
- Keep production legible. Own the health of our observability stack: consistent instrumentation, actionable alerts, and less noise on-call.
- Treat cost like an engineering problem. Drive GCP and LLM cost reduction through attribution, right-sizing, commitment planning, and killing off orphaned resources.
- Make the secure path the fast path. Extend our software supply chain controls, own infrastructure identity and access, and build SOC 2 and other compliance requirements into automated, evidenced controls, so audits are a byproduct of how we build.
What Success Looks Like
- We want you to love the role you are in and believe these skills and experiences will help you to be successful!Self-Serve Platform: New services are provisioned from standardized components without DevOps writing bespoke infrastructure
- Reactive Load Trends Down: DevOps spends less time on reactive work every quarter, on-call page volume moves in the same direction.
- CI Speed & Trust: Median pipeline duration and flaky-failure rate both drop measurably across the fleet
- Security & Audit Readiness: Controls are automated and evidenced, with audit findings in your areas trending to zero.
- Cost Efficiency: GCP spend per unit of workload declines through right-sizing and cleanup, with clear per-team attribution that makes tradeoffs visible to their owners.
- Reliability: The services that matter have published SLOs, real error budgets, and incident reviews that produce durable platform fixes.
- Automation Over Repetition: Recurring manual work gets automated, not repeated.
What You Bring
- Must-HavesDeep, hands-on experience in DevOps, SRE, platform, or infrastructure engineering, operating production systems that paying customers depend on, including being on-call for them.
- Deep, practical Kubernetes knowledge.
- Infrastructure as code treated as software. Pulumi or Terraform.
- Strong GCP or AWS fundamentals.
- You have a background in systems engineering and writing software.
- CI/CD owned as a product. You've built and maintained pipelines used by other teams, GitHub Actions or Buildkite preferred, GitLab CI / CircleCI transfers.
- Hands-on experience with security tooling as an engineering practice.
- Compliance engineering for SOC 2 or enterprise partner security programs implemented as automated controls; threat modeling, etc
- Ownership under ambiguity. You scope a vague problem, ship it incrementally, and tell people clearly what changed and why.
- Fluent with AI coding tools, with experience working with AI-first teams.
- Nice-to-HavesYou have owned platform migrations and decommissions.
- Built an internal developer platform or self-service tooling that other engineers adopted.
- Comfort with LLM infrastructure (gateways, token cost attribution, rate limiting, provider failover).
- Our Tech StackGCP
- Kubernetes
- Pulumi IaC
- Postgres
- Temporal
More about this job
Responsibilities
Build and operate the company’s GCP infrastructure, Kubernetes platform, infrastructure-as-code components, and CI/CD systems, while improving reliability, observability, developer self-service, and cloud and LLM cost efficiency. Strengthen software supply-chain security, infrastructure access controls, and automated compliance evidence, while reducing operational toil and improving production readiness.
Requirements
Requires deep hands-on experience operating production systems in DevOps, SRE, platform, or infrastructure engineering, strong Kubernetes and cloud fundamentals, and practical infrastructure-as-code and CI/CD ownership. Candidates should also have experience implementing security and compliance controls, demonstrate ownership in ambiguous situations, and be comfortable using AI coding tools; no specific education requirement is stated.
Skills
- DevOps
- Site Reliability Engineering
- Platform Engineering
- Kubernetes
- Google Cloud Platform
- Infrastructure As Code
- Pulumi
- Terraform
- CI/CD
- GitHub Actions
- Buildkite
- Software Supply Chain Security
- SOC 2 Compliance
- Observability
- Cost Optimization
- Infrastructure Identity And Access Management
Visa sponsorship
Not detected in the job text
Categories
- Technology
- Software
- Engineering
- Security & Safety
Keywords
- Google Cloud Platform
- GKE
- Kubernetes
- Pulumi
- Terraform
- Infrastructure As Code
- CI/CD
- GitHub Actions
- Buildkite
- GitLab CI
- CircleCI
- PostgreSQL
- Temporal
- Platform Engineering
- DevOps
- Site Reliability Engineering
- Software Supply Chain Security
- SOC 2
- Compliance Automation
- Threat Modeling
- Observability
- Service-Level Objectives
- Error Budgets
- Incident Reviews
- Cloud Cost Optimization
- LLM Infrastructure
- Token Cost Attribution
- Infrastructure Identity And Access Management
- Disaster Recovery
- Internal Developer Platform