Top DevOps Engineer Jobs in Bengaluru

Designs and maintains CI/CD pipelines, cloud infrastructure, container orchestration, monitoring, logging, and infrastructure-as-code systems. The role uses AWS, Azure, GCP, Docker, Kubernetes, Terraform, Ansible, Grafana, Loki, and Python to automate deployments and improve reliability. Responsibilities include implementing serverless and event-driven architectures, troubleshooting infrastructure issues, supporting scalability and performance, maintaining high availability, and applying security best practices while collaborating with development and operations teams.

Owns and operates AWS cloud infrastructure and data platforms supporting index computation and analytics. Responsibilities include managing Airflow, Kafka, ETL pipelines, databases, CI/CD, Docker, Kubernetes, Helm, and EKS; improving monitoring, reliability, security, IAM, secrets management, and compliance; leading incident response; and mentoring engineers.

Design, build, and maintain infrastructure using IaC tools. Automate CI/CD pipelines for deployment and manage cloud services across AWS and Azure.

Designs and delivers cloud and DevOps architectures, automates infrastructure and operational processes, implements CI/CD pipelines, and establishes engineering best practices. The role supports client adoption of cloud technologies, resolves complex technical issues, manages dependencies, and ensures end-to-end implementation quality. It also requires mentoring and leading team members, participating in client meetings, and working with cloud platforms, infrastructure automation, containers, serverless technologies, Kubernetes, Linux, and shell scripting.

Design, deploy, and maintain production Kubernetes clusters across on-premises and hybrid-cloud environments. Optimize container networking, runtimes, and resource allocation for low-latency RTB workloads. Build GitOps-based CI/CD automation, implement observability with Prometheus, Grafana, and Jaeger, and enforce cluster security through network policies, OPA/Gatekeeper, and vulnerability scanning. Collaborate with SRE and backend teams to scale reliable cloud-native infrastructure.

Designs, automates, and manages enterprise DevOps and SRE practices, including CI/CD pipelines, containerized deployments, GitOps, infrastructure automation, security integration, monitoring, logging, and incident response. Administers enterprise DevOps tooling, improves reliability and scalability, troubleshoots complex production issues, and partners with development, infrastructure, security, and operations teams. Owns initiatives from design through deployment and ongoing operational support while reducing manual effort and operational toil.

Drive automation, deployment, reliability, and operational excellence for a large-scale cloud platform. Design and manage secure, highly available cloud infrastructure (primarily Azure), build and maintain CI/CD pipelines, implement IaC with Terraform, lead incident response and root cause analysis, enforce security and SOC2 controls, mentor DevOps engineers, and collaborate with cross-functional teams to improve platform automation and reliability in a 24x7 production environment.

Design, automate, secure, and operate scalable Azure cloud infrastructure and platforms. Build CI/CD pipelines, automate infrastructure with Terraform, Bicep, ARM, and YAML, and manage production AKS and Kubernetes workloads. Optimize system availability, performance, scalability, and cost while supporting secure deployments and troubleshooting. Integrate GenAI applications using Azure AI Foundry, LLM APIs, RAG, Cognitive Search, and vector databases. Mentor junior engineers and promote technical best practices.

The DevOps Engineer will enhance software development and IT operations, focusing on automating processes, managing cloud infrastructure, and implementing CI/CD pipelines.

We are seeking a hands-on DevOps Engineer with 5+ years of experience to manage cloud infrastructure, CI/CD pipelines, and security best practices in a seed-stage startup environment.

Design, implement, and manage scalable AWS infrastructure; lead migrations and modernization; build CI/CD pipelines and IaC; deploy containers with Kubernetes/Docker; apply Well-Architected principles; mentor junior engineers and drive DevOps best practices.

The role involves designing and implementing infrastructure services, building automated systems, ensuring security and reliability, and mentoring a team of infrastructure engineers.

Own Plane’s infrastructure and operational architecture across cloud, multi-cloud, self-hosted, sovereign, and air-gapped environments. Lead Kubernetes, GitOps, CI/CD, security, observability, incident response, disaster recovery, database operations, compliance, cost optimization, and reliability. Build automated deployments and support secure AI workload infrastructure, including open-weight models. Partner across engineering teams to improve deployment speed, operational resilience, and developer experience.

Own and operate the production infrastructure and delivery platform for AI products. Implement infrastructure-as-code, run Kubernetes, manage CI/CD, ensure security, reliability, observability, and compliance (single-tenant, SOC 2). Build automation and guardrails to enable safe, fast shipping.

Responsible for maintaining and supporting automation workflows in the DevOps pipeline, configuring tools, and implementing best practices for efficiency.

Operate and improve AWS cloud infrastructure, maintain IaC (Terraform/CloudFormation), design CI/CD pipelines, automate with scripting, monitor and respond to incidents, secure cloud accounts and delivery, support on-premises to cloud migrations, optimize global delivery and handle AI-driven traffic patterns, and document runbooks and architectures.

As a DevOps Engineer (GCP), you will automate and streamline software delivery processes while managing GCP infrastructure to ensure reliability and scalability.

The DevOps Engineer will manage on-premises IT infrastructure, focusing on security, performance, and system availability. Responsibilities include network management, firewall configuration, system administration, and user support.

Lead the architecture, delivery, security, reliability, and optimization of large-scale AWS cloud infrastructure. Mentor DevOps and platform engineers, drive AI-enabled automation, establish CI/CD and SRE practices, coordinate platform roadmaps across teams, and lead incident response and post-mortems. The role also owns infrastructure design, observability, capacity planning, performance tuning, cost optimization, compliance, deployment velocity, and developer experience improvements.

The DevOps Engineer will enhance software development processes, automate deployments, manage AWS infrastructure, and ensure system reliability.

Design, implement, and manage Azure infrastructure using IaC; build and maintain CI/CD pipelines; administer and secure Linux servers; automate deployments and configuration management; monitor performance and cost; perform security assessments and compliance; provide production support and documentation; collaborate with development, QA, and operations teams.

The DevOps/SRE will ensure the reliability of the AIOps platform, automate software deployment, manage infrastructure, and improve CI/CD practices.

Drive the infrastructure strategy for AI platform, leading a DevOps team for critical systems in regulated environments, focusing on cloud, Kubernetes, observability, and security operations.

Operate and scale low-latency, high-availability trading infrastructure; automate and manage IaC; monitor and respond to incidents; optimize system and network performance; implement secure CI/CD and IAM practices; collaborate with trading, engineering, and security teams; participate in rotational on-call support.

Build and maintain standardized container images and reliable, observable CI/CD pipelines for a cloud-native platform. Improve build performance, security, reproducibility, dependency management, caching, and supply-chain security. Integrate vulnerability scanning, reduce remediation time, document golden paths, and improve developer experience. The role partners across engineering and security teams, influences platform architecture and tooling, and enables teams to ship safely and efficiently.