hats. You'll design and maintain local and cloud (GCP) data pipelines that power our analytics and dashboards and automate key processes. This includes managing our local infrastructure, including Proxmox virtualisation hosts and network configuration, ensuring seamless integration between on-premises and cloud systems. Working closely with the team, you'll get hands-on experience with everything from data More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
Cheltenham, Gloucestershire, UK Hybrid/Remote Options
Ripjar
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
cloud environment. Familiarity with relevant technologies and platforms. Our production workloads are currently hosted in public cloud (AWS) and our dev/test workloads are self-orchestrated using clustered Proxmox as a private cloud. Our analytics workloads are distributed on bare metal using Spark, HBASE and HDFS. We make extensive use of terraform and ansible for IaC, our CI More ❯
