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Opstree Global in Bengaluru seeks an experienced GCP DevOps Architect to design, implement, and operate scalable, secure cloud platforms on Google Cloud Platform.
The ideal candidate should lead architecture for 5–10 million users, drive CI/CD, IaC, observability, security, and SRE practices while mentoring teams and ensuring reliability/cost efficiency across multi-region deployments.
10+ years in Cloud Infrastructure, DevOps, SRE, or Platform Engineering, with strong hands-on experience in Google Cloud Platform (GCP) and Google Kubernetes Engine (GKE).
We are looking for an experienced GCP DevOps Architect to design, implement, and operate highly scalable, secure, resilient, and cost-efficient cloud platforms on GCP.
The ideal candidate should have strong expertise in GCP, GKE, Kubernetes, DevOps, CI/CD, Infrastructure as Code, observability, security, and high-availability architecture, with experience building platforms capable of handling 5–10 million users / high-volume production traffic.
The candidate will be responsible for defining cloud architecture, DevOps standards, deployment strategies, reliability engineering practices, and platform automation.
Design highly available and scalable cloud architectures on GCP.
Architect platforms capable of supporting 5–10 million users and high-volume traffic.
Design multi-region / multi-zone architectures for high availability and disaster recovery.
Select and optimize appropriate GCP services based on scalability, reliability, performance, and cost.
Design networking architecture including VPC, subnets, Cloud Load Balancing, Cloud NAT, Cloud DNS, Private Service Connect, firewall policies, and hybrid connectivity.
Define cloud architecture standards, reference architectures, and engineering best practices.
Strong hands-on experience designing and managing GKE production clusters.
Design scalable GKE architectures including:
Network policies
Pod security
Optimize Kubernetes workloads for performance, availability, and cost.
Define Kubernetes deployment, upgrade, backup, and disaster recovery strategies.
Troubleshoot complex production issues involving Kubernetes, networking, compute, and application performance.
Design and implement enterprise-grade CI/CD pipelines.
Strong experience with tools such as GitHub/GitLab, Jenkins, Cloud Build, Argo CD, and/or other CI/CD platforms.
Implement GitOps-based deployment strategies where appropriate.
Automate build, test, security scanning, deployment, rollback, and release processes.
Implement progressive delivery strategies such as:
Establish DevOps standards across development and operations teams.
Strong hands-on experience with Terraform.
Build reusable Terraform modules and infrastructure frameworks.
Automate provisioning and configuration of GCP infrastructure.
Implement infrastructure versioning, state management, policy controls, and automated validation.
Experience with configuration management and automation tools is desirable.
Architect systems for millions of users and high concurrent traffic.
Design autoscaling strategies across compute, Kubernetes, databases, and networking layers.
Implement SRE practices including:
Conduct architecture reviews, scalability assessments, and production readiness reviews.
Design fault-tolerant systems with appropriate RTO/RPO targets.
Design comprehensive monitoring and observability solutions using Google Cloud Operations Suite / Cloud Monitoring / Cloud Logging and tools such as Prometheus, Grafana, OpenTelemetry, and Datadog.
Implement infrastructure, application, Kubernetes, and business-level monitoring.
Establish centralized logging, metrics, tracing, alerting, and dashboards.
Analyze production performance and identify bottlenecks.
Implement GCP security best practices across infrastructure and Kubernetes.
Strong understanding of:
Implement least-privilege access and secure CI/CD pipelines.
Integrate vulnerability scanning and security controls into the DevOps lifecycle.
Monitor and optimize GCP infrastructure costs.
Optimize GKE compute, node pools, autoscaling, storage, networking, and logging costs.
Establish cloud FinOps practices and cost governance.
Identify opportunities for capacity optimization without compromising reliability.