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HAL24K offers operational and predictive intelligence solutions through a combination of advanced data science techniques and its SaaS-based HAL24K Dimension platform.
Dimension brings all the components of data science into one platform to enable customers to explore & analyze data, train models, create forecasters, develop APIs and visualize output from within a single platform.
We are looking for a DevOps Engineer to be responsible for designing and maintaining the operations of our Dimension platform. You will work on a 100% cloud-based infrastructure which expands and evolves every day. You’ll be part of designing our infrastructure within a small, talented team. You’ll form part of our international team based in our Amsterdam offices and must be eligible to work in The Netherlands.
Provisioning, monitoring & supporting
Cloud infrastructure
CI/CD Pipelines
Applications
Bitbucket/Git
Designing scalable, secure, and resilience solutions
Support Data Science team by providing DevOps solutions
You will require excellent written and verbal English as this is an international working environment.
Must have experience with:
Kubernetes
Docker
Jenkins (or similar)
Bitbucket (or similar)
At least 1 language (C#/Python/Bash/GO)
Other useful skills include:
Dataflow tools and principles (Apache NiFi)
Big Data technology (Hadoop, Spark etc.)
Microsoft Azure cloud platform (especially Linux VMs)
Networking configurations (especially NGINX and Microsoft Azure)
Directory management (especially Active Directory or OpenLDAP)
This is a chance to get in early and be part of a team of ambitious software engineers and data scientists who are creating software and solutions for real-world city-scale AI projects. We want to change lives for the better and if you do too, we’d love to hear from you.
HAL24K is a Data Intelligence scale-up delivering operational and predictive intelligence to cities, countries and companies. It combines advanced data science techniques with modelling, analysis and visualization to enable real-time data-driven decision making in complex and multidimensional environments.
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