1,726 to 1,750 of 3,284 Permanent Containerisation Jobs

such as Terraform or CloudFormation. Solid understanding of cloud strategy, platform engineering, and operating models , with hands-on expertise in areas such as: Automation Containerisation (Docker, Kubernetes) FinOps Proven ability to translate business needs into scalable, user-focused cloud solutions . Excellent communication, stakeholder engagement, and team-empowerment skills. ...

such as Terraform or CloudFormation. Solid understanding of cloud strategy, platform engineering, and operating models, with hands-on expertise in areas such as: Automation Containerisation (Docker, Kubernetes) FinOps Proven ability to translate business needs into scalable, user-focused cloud solutions. Excellent communication, stakeholder engagement, and team-empowerment skills. A growth ...

such as Terraform or CloudFormation. Solid understanding of cloud strategy, platform engineering, and operating models , with hands-on expertise in areas such as: Automation Containerisation (Docker, Kubernetes) FinOps Proven ability to translate business needs into scalable, user-focused cloud solutions . Excellent communication, stakeholder engagement, and team-empowerment skills. ...

such as Terraform or CloudFormation. Solid understanding of cloud strategy, platform engineering, and operating models , with hands-on expertise in areas such as: Automation Containerisation (Docker, Kubernetes) FinOps Proven ability to translate business needs into scalable, user-focused cloud solutions . Excellent communication, stakeholder engagement, and team-empowerment skills. ...

graphics, user experience, and cross-platform development. Familiarity with tools such as Git and Jira. Exposure to or curiosity about modern DevOps practices (e.g. containerisation, cloud, CI/CD). A passion for software quality and maintainability. A growth mindset – open to learning new languages, platforms, and techniques. Strong communication ...

processes and workflows. What We Look For Experience building and operating ML infrastructure, ideally in production environments serving real users. Strong proficiency in containerisation (Docker, Kubernetes) and orchestration of multi-stage ML workflows. Hands-on experience with ML platforms and tools such as MLflow, Kubeflow, Vertex AI, SageMaker, or similar ...

processes and workflows. What We Look For Experience building and operating ML infrastructure, ideally in production environments serving real users. Strong proficiency in containerisation (Docker, Kubernetes) and orchestration of multi-stage ML workflows. Hands-on experience with ML platforms and tools such as MLflow, Kubeflow, Vertex AI, SageMaker, or similar ...

processes and workflows. What We Look For Experience building and operating ML infrastructure, ideally in production environments serving real users. Strong proficiency in containerisation (Docker, Kubernetes) and orchestration of multi-stage ML workflows. Hands-on experience with ML platforms and tools such as MLflow, Kubeflow, Vertex AI, SageMaker, or similar ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you’ll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...

near-real-time detection (e.g., high-rate packet/flow analytics). Background in resilience engineering, chaos testing, and capacity planning at hyperscale. Containerization/orchestration experience and secure service-to-service communication (mTLS, policy). Familiarity with zero trust principles, segmentation, and modern security architectures. How you'll have ...