Top Linux Jobs in Miami, FL

Build and manage automated workflows that improve business and technology productivity within a DevSecOps infrastructure team. Responsibilities include addressing complex technical problems, mentoring team members, maintaining high-quality project standards, supporting CI/CD and cloud infrastructure, automating deployment tasks, and developing client relationships. The role requires three years of technology experience and familiarity with cloud, containers, Linux, DevOps toolchains, monitoring platforms, and test automation.

Develop and operate a large-scale internal cloud management platform. Build APIs, UIs, CI/CD pipelines, and developer productivity tools using Go and TypeScript. Maintain Temporal and Argo Workflows pipelines, integrate development tooling, improve SDLC efficiency, support SOC 2 compliance, and collaborate with engineering, security, infrastructure, and SRE teams. Participate in on-call operations and apply AI technologies to improve workflows and decision-making.

Principal Architect responsible for shaping Wasabi’s object storage and database architecture. Designs large-scale distributed systems, evaluates database technologies, builds proofs of concept, troubleshoots performance and reliability issues, and guides long-term technical direction. The role requires deep AWS S3, database internals, distributed systems, Linux, networking, programming, and AI architecture expertise, along with technical leadership, mentoring, and hands-on engineering.

Lead backend engineering for a high-performance, data-intensive SaaS platform. Responsibilities include defining technical vision, designing scalable and highly available systems, executing technical projects, participating in architecture decisions, monitoring and optimizing services, improving CI/CD and infrastructure, conducting postmortems, mentoring engineers, documenting practices, and aligning with partner teams.

Own complex software systems and critical workflows end-to-end while ensuring reliability, performance, security, and maintainability. Lead architectural decisions, mentor engineers, manage incident response, improve system health, and communicate effectively with technical and non-technical stakeholders. The role requires extensive Ruby on Rails, AWS or equivalent cloud infrastructure, Linux production operations, frontend development, relational databases, testing, CI/CD, and observability experience.

Build and maintain CrowdStrike’s golden-image platform and automated pipelines across Linux, macOS, and Windows. Develop Python automation for image builds, validation, drift detection, and testing; manage infrastructure as code with Ansible, Packer, and Terraform; integrate Jenkins, GitLab CI, and Artifactory; and support image lifecycle operations. The role includes troubleshooting production issues, security hardening, compliance collaboration, documentation, cross-team partnership, and participation in on-call rotations.

Develop and operate CrowdStrike’s internal cloud management platform and mission-critical CI/CD pipelines. Build APIs and UIs using Go and TypeScript, improve developer productivity, integrate tooling, maintain cloud-native infrastructure, and support secure, highly available software delivery systems. Collaborate with development, infrastructure, security, and SRE teams, ensure SOC2-aware processes, and participate in on-call operations.

Develop and deliver complex software features using Ruby on Rails and React. Responsibilities include system design, requirements clarification, deployments, operational support, performance and security improvements, database optimization, AWS infrastructure troubleshooting, SSO integrations, monitoring, web server administration, compliance implementation, automated testing, and mentoring junior engineers.

Lead full-stack development for Huntress’s SOC platform, building analyst-facing investigation, triage, remediation, queueing, and customer reporting experiences. Shape architecture, data models, interfaces, security practices, reliability, observability, and testing while mentoring engineers and partnering with Product, UX, and SOC stakeholders. The role emphasizes Ruby on Rails, modern frontend development, cloud infrastructure, relational databases, and technical leadership across complex cybersecurity software products.

Maintains and troubleshoots server, storage, networking, cabling, and power hardware across a large-scale production data center fleet. Writes Python automation scripts, reviews logs and alerts, performs diagnostics, supports deployments, builds hardware health dashboards, coordinates with DevOps, supply chain, and vendors, and assists with hardware evaluation and reliability improvements. Requires on-call availability and travel to data center sites.

Leads a managed services engineering team responsible for AIX, Unix, and Linux service delivery. Oversees customer satisfaction, SLA performance, staffing, workload allocation, process improvement, operational procedures, budgets, vendor relationships, and technical service optimization. Manages customer reviews, support escalations, performance management, hiring, on-call schedules, and continuous service improvement while coordinating strategic and tactical technology plans across internal teams and partners.

Own and evolve enterprise CI/CD release pipelines, with emphasis on continuous delivery, progressive rollouts, automated health checks, rollback, and multi-service releases. Lead Terraform and multi-cloud IaC architecture across AWS, Azure, and GCP, including reusable modules, state management, governance, security, compliance, and cost controls. Drive organization-wide IaC adoption, monitor deployments and infrastructure, respond to incidents, and mentor engineering teams.

Design, operate, and scale SailPoint’s AWS-based Kubernetes infrastructure and service mesh for a global, mission-critical SaaS platform. Responsibilities include cluster architecture, networking, security, GitOps, CI/CD, observability, capacity planning, incident response, compliance, and platform standards. The role influences engineering teams globally, participates in 24x7 on-call support, leads service mesh strategy, and improves reliability, performance, deployment efficiency, and operational practices.

Designs, implements, and manages AWS infrastructure and Infrastructure as Code automation. Partners with application engineering, quality, security, and compliance teams to deliver reliable platform solutions. Owns platform stability, observability, incident response, security best practices, and zero-downtime deployments. Participates in on-call rotations, uses metrics for decision-making, and supports application architecture decisions while continuously improving DevOps processes and automation.

Lead the technical vision and architectural evolution of Huntress’s Core Platform. Build complex Ruby on Rails features, solve scaling challenges, manage cross-team dependencies, drive architectural decisions, and oversee system lifecycle and technical risk. Mentor engineers, establish engineering excellence, collaborate with managers and product leaders, and help teams adopt AI coding tools responsibly.

Designs and maintains large-scale production infrastructure across Linux, Windows, VMware, OpenStack, Docker, and Kubernetes environments. The role administers bare-metal servers and virtual machines, develops automation using Python, Go, and PowerShell, troubleshoots hardware and virtualization issues, and supports incident response through an on-call rotation. Responsibilities also include technical architecture, networking, configuration management, documentation, post-mortems, and applying AI tools to improve operational workflows.

Manage and monitor Microsoft Azure services, including virtual machines, dashboards, alerts, and observability systems. Administer and troubleshoot Linux environments, write Bash shell scripts, and use Git, GitHub, and Azure DevOps pipelines. Support engineering tasks with basic C programming, analyze logs, resolve incidents, develop monitoring and remediation automation, maintain runbooks, and deliver technical knowledge-transfer sessions.

Leads multiple software application development and support teams responsible for a business-critical portfolio. Oversees application strategy, architecture, cloud migration, development, lifecycle management, project delivery, budgets, vendors, security, compliance, incident resolution, and service levels. Partners with business and technology leaders to align roadmaps, deliver large-scale initiatives, improve processes, and sustain reliable, scalable solutions. Manages staff, contractors, offshore resources, and third-party providers while driving innovation, AI adoption, and continuous improvement.

The Senior Quality Engineer develops quality strategies, automated test frameworks, and complex testing scenarios across web, mobile, media, voice, and backend applications. Responsibilities include integrating automation into development workflows, selecting testing tools, monitoring quality KPIs, managing risks, improving processes, and collaborating with cross-functional teams. The role also leads and mentors junior engineers and supports Agile, CI/CD, and test coverage initiatives.

Leads multiple software application development and support teams responsible for application strategy, architecture, delivery, maintenance, security, and lifecycle management. Manages staff, vendors, budgets, projects, stakeholder relationships, and operational performance. Oversees cloud migrations, integrations, incident resolution, quality standards, compliance, and continuous improvement. Develops technology roadmaps and executive presentations while ensuring solutions meet business objectives, service levels, and sustainability requirements.

Leads multiple software development and support teams responsible for business-critical application portfolios. Oversees application architecture, development, cloud migration, DevOps, operational support, budgets, vendors, security, compliance, and technology strategy. Partners with business and IT leaders to deliver large-scale initiatives, maintain service levels, resolve incidents, and drive continuous improvement. Manages staff, contractors, offshore resources, stakeholder relationships, and project delivery across travel applications and related systems.

Lead the technical direction and architecture of the Foundations platform team, owning authentication, authorization, SSO, secrets management, tenancy, and core platform services. Design APIs, drive services through launch, make technical decisions, establish engineering standards, and mentor engineers without formal management authority. Partner with engineering and product leaders to align execution with priorities.

Develop and test application software for robotic-assisted surgery systems, including control, navigation, and user-interface functionality. Support requirements-based development, architecture implementation, code reviews, unit and component testing, code analysis, defect management, and software documentation. Collaborate with R&D, Quality, Marketing, and Project Management teams within Scrum and Agile processes while following SDLC procedures, coding standards, and medical device quality requirements.

Participates in a 20-month R&D engineering development program with rotations and training. Supports the design, implementation, testing, documentation, and maintenance of application software for robotic-assisted surgical systems. Works under supervision within Agile Scrum teams, following software development, quality, coding, testing, and regulatory procedures. Collaborates with R&D, Quality, Marketing, and Project Management teams to develop safe, robust, user-friendly medical device software.

Design and develop scalable C++ software for endpoint state and control across Windows, macOS, and potentially Linux. Build reliable, multi-process systems that enforce endpoint behavior, manage local state, support IPC, and operate across millions of devices. Responsibilities include implementing features, improving platform performance, writing design documents, defining architecture and IPC contracts, and making technical decisions in an evolving, sparsely documented environment.