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 ❯
High Wycombe, Buckinghamshire, 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 ❯
Milton Keynes, Buckinghamshire, 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 ❯
