Top Linux Jobs in Bangalore

Leads and develops a distributed software engineering team responsible for a customer-deployed virtual appliance. Owns engineering execution, architecture guidance, roadmap delivery, Scrum practices, reliability, incident response, vulnerability remediation, hiring, and team development. Requires technical fluency in Linux, virtualization, containers, customer-installed software, SaaS connectivity, and AI/LLM tools, while partnering closely with Product Management and cross-functional engineering teams.

Verify RTL against architecture specifications for Graphcore silicon. Responsibilities include verification planning, functional coverage closure, test generation, failure diagnosis and triage, architect feedback, shared verification infrastructure, and cross-site communication. The role requires CPU or ASIC verification experience and proficiency in SystemVerilog, Python, C++, and Linux, with leadership and planning skills.

Verify RTL against architecture specifications for Graphcore silicon. Responsibilities include verification planning, functional coverage closure, architect feedback, test generation, failure diagnosis and triage, shared verification infrastructure, and cross-site communication. The role requires CPU or ASIC verification experience and programming across SystemVerilog, Python, C++, and Linux, with desirable experience in UVM, SVA, assembly, compilers, version control, and web technologies.

Leads systems operations and production support initiatives, designing reliable infrastructure and application monitoring solutions. Responsibilities include automation, cloud deployment, CI/CD, observability, incident and change management, application support, resiliency engineering, chaos testing, SLO measurement, troubleshooting, database operations, and platform availability. Partners with application teams to establish monitoring baselines, service objectives, self-healing patterns, and permanent incident remediation.

Leads enterprise network engineering across global backbones, data centers, and edge locations. Implements secure network policies, maintains service availability, performs proactive testing, resolves capacity and reliability issues, and supports change management. Develops network automation and monitoring solutions, analyzes telemetry and traffic data, and collaborates across infrastructure teams. Mentors network operations staff and applies security, regulatory, lifecycle-management, and operational-excellence standards.

Architect, automate, and operate large-scale cloud infrastructure and distributed systems. Manage EKS and GKE container platforms, build scalable observability and alerting systems, support deployments and on-call incident response, and tune Linux and BSD environments. The role requires expertise in SRE practices, Python, Terraform, Ansible, Kubernetes, AWS, networking, web protocols, Grafana, SLIs, SLOs, error budgets, and CI/CD. Preferred experience includes virtualization, cloud architecture, automated deployments, incident prevention, software packaging, and mentoring.

Perform software verification and validation for aerospace platform components, including boot software, hardware abstraction layers, I/O drivers, and compiler abstraction layers. Develop test plans, conduct impact analysis, execute requirements- and scenario-based testing, resolve technical issues, and support audits. Lead technical initiatives, mentor engineers, manage stakeholders, and drive quality improvements using C++, RTOS environments, emulators, debuggers, and verification tools.

Develop and test Ericsson cloud-native infrastructure products supporting 5G networks. Responsibilities include requirements analysis, application design, software development, test automation, feature and module design, and AI-enabled workflow integration. The role uses Agile practices and technologies including Go, Python, Kubernetes, Helm, Docker, microservices, REST APIs, Robot Framework, Linux, Git, and AI/ML tools.

Develop and test Ericsson’s cloud-native infrastructure and network management software for 5G products. Responsibilities include requirements analysis, application design, feature development, test automation, and AI-enabled workflow integration. The role uses Go, Python, Kubernetes, Helm, Docker, microservices, REST APIs, Robot Framework, Linux, and Agile tools while contributing to architecture-aligned modules and intelligent automation.

Develop and deliver cloud-native infrastructure features supporting Ericsson’s 5G portfolio. Responsibilities include requirements analysis, design, coding, automated testing, CI pipeline qualification, defect and vulnerability resolution, documentation, and collaboration across teams from design through deployment. The role focuses on containerized, microservice-based products and requires independent problem-solving within Agile development environments.

The Principal Silicon Verification Engineer is responsible for verification activities, communication across teams, verification planning, test generation, and contributing to shared verification infrastructure.

The role involves designing and implementing network security software in public cloud infrastructure, focusing on firewalls and SWG platforms. Responsibilities include executing technical roadmaps, collaboration with engineering teams, and driving team member development.

Develop and maintain high-performance software components in C/C++ for Linux and FreeBSD systems. Design efficient data structures, troubleshoot system and application issues, configure and script operating systems, and use GDB for debugging. The role requires strong operating-system fundamentals, problem-solving ability, and collaboration with senior engineers. Familiarity with Git and networking concepts is preferred.

Serve as a senior technical leader and backend development engineer focused on system-level optimization, automation, performance profiling, and multi-cloud infrastructure. Develop software for Linux and FreeBSD systems, create VM images across AWS, Azure, and GCP, build Python or Shell automation, troubleshoot complex system issues, and design distributed systems deployed through Jenkins pipelines.

Define test plans, design test cases and scripts to validate enterprise/datacenter NVMe SSD firmware. Create whitebox/greybox tests, debug NVMe/PCIe issues, integrate tests into automation, track results, and collaborate with firmware teams to close defects and validate fixes.

Develop network-centric automation tools and self-service portals: build SPAs, microservices (Python/Golang), gRPC/REST APIs, CI/CD pipelines, IaC, observability integrations, automated tests, and participate in on-call rotations to resolve deployment or tooling outages while collaborating with network engineers.

Design, build, and maintain a large-scale observability and distributed tracing platform using Sentry/OpenTelemetry/Jaeger. Implement end-to-end tracing across microservices, develop Kubernetes operators, apply TDD/CI-CD/chaos practices, participate in on-call rotations, and review peer designs to improve reliability and scalability.

Design, build, and maintain on-prem Kubernetes and virtualization environments, automate infrastructure (IaC, IaaS), maintain CI/CD pipelines and repos, troubleshoot incidents, perform code reviews and documentation, and lead platform improvements for large-scale production systems.

Leads the Developer Platform engineering organization by treating the internal platform as a product, defining roadmaps, prioritizing backlogs, and delivering secure, reliable self-service development and deployment workflows. Manages and mentors engineering talent, drives architecture for distributed systems, promotes CI/CD and operational excellence, collaborates across teams, supports recruitment and development, and participates in operational reviews and support rotations.

Maintain and improve an on-premises Process Mining application, support customer migrations to the Celonis Platform, increase reliability and security, automate development processes, troubleshoot complex issues, mentor teammates, and contribute to an inclusive engineering culture.

Lead Site Reliability Engineer responsible for improving service reliability, uptime, observability, scalability, and incident response. The role manages SLOs, SLIs, error budgets, automated runbooks, postmortems, capacity planning, performance testing, infrastructure automation, Kubernetes and AWS environments, CI/CD, chaos engineering, and advanced alerting. The engineer also writes production code, supports resilient distributed systems, participates in on-call rotations, and collaborates with development and operations teams.

Provide senior-level technical support for complex GitLab customer issues across self-managed and SaaS environments. Troubleshoot Linux systems, logs, infrastructure, and Ruby on Rails code; reproduce bugs and contribute fixes. Mentor teammates, improve documentation and support processes, collaborate cross-functionally on product improvements, participate in on-call rotations, and support hiring activities.

Design, develop, and debug SoC and platform firmware across server subsystems (SoC firmware, BIOS, BMC). Own system-level analytics, triage, and fleet debug; collaborate with architects and cross-functional teams to improve debug methodologies and remediation flows.

Work on Azure SQL Database performance and scalability: design and run benchmarks, diagnose bottlenecks across compute/storage/distributed layers, collaborate with partners, implement optimizations, improve deployment efficiency, and participate in on-call rotation.

Develop, design, code, and enhance custom software components using modern frameworks and agile practices. Collaborate with cross-functional teams to translate requirements into scalable, secure, and high-performing solutions. Evaluate and optimize software and network performance, integrate network architecture into development lifecycles, contribute to technical problem-solving, and mentor junior team members while serving as a subject matter expert.