As a Site Reliability Engineer for Arrive Logistics, you will be responsible for building a purposeful, proactive, and sustainable approach to reliability based on core SRE principles and practices. Your role covers the entire life-cycle of a product: from helping engineering teams with architecture and delivery to on-call incident response and triage.
Responsibilities
Create monitoring, alerting and dashboarding solutions that improve visibility into Arrive’s application performance and business metrics.
Deliver features and fix bugs to ensure the reliability of systems, including supporting teams by contributing code to their back-end and front-end applications.
Collaborate with others to architect and design production applications against critical challenges at the software and cloud infrastructure level.
Perform root cause analysis and post-mortems with an eye towards future prevention.
Create automation to ensure repeatability, eliminate toil, and reduce mean time to detection and resolution.
Designing, developing, and operating scalable self-service platforms that power hundreds of applications across hybrid and cloud-native environments to empower product teams.
Responsibilities
Design, implement, and maintain modern platform solutions that empower developers with fast, frictionless, and self-service access to runtime environments
Collaborate closely with software engineering teams to co-design platform capabilities and provide them with a modern, customisable developer workplace
Develop intelligent automations to streamline platform operations, deployments, and maintenance tasks
Ensure high availability, performance, scalability, and security of owned services, applying high-quality principles and proactive resilience engineering
Provide support to key stakeholders, addressing complex technical challenges with a consultative approach
We're looking for an experienced Lead Platform Engineer to design, implement, and maintain modern software artifacts, cloud-native infrastructure and deployment pipelines in the context of IIoT.
Responsibilities
Technical driver for software development and DevOps practices within agile software development teams
Design, implement, and maintain CI/CD pipelines and GitOps workflows
Build and manage containerized applications using Kubernetes
Develop automation scripts and tools
Contribute to application development tasks as needed, leveraging your programming expertise
Lead and support enterprise technology infrastructure projects, diagnosing complex issues, designing integrations, and automating processes across hybrid cloud and on-prem environments.
Responsibilities
Diagnose complex issues across servers, networks, cloud environments and systems to identify root causes
Recommend solutions that balance technical feasibility, timelines and customer priorities
Test, refine and automate processes to improve reliability, efficiency and repeatability
Assess risks proactively and implement strategies to prevent disruptions
Plan end-to-end infrastructure solutions across platforms and technologies
Requirements
Nice to have: Familiar with a variety of IT concepts, practices, and procedures
Nice to have: Knowledge of design techniques, tools, and principals involved in production of precision technical plans, blueprints, drawings, and models
Nice to have: Logic and reasoning to identify the strengths and weaknesses of alternative solutions, conclusions, or approaches to problems
Nice to have: Analytical and problem‑solving skills with high attention to detail
Analyst in Business Consulting Risk within the TMT (Technology, Media & Entertainment, and Telecommunications) sector, focusing on process and controls, enterprise risk, and technology risk.
Responsibilities
Writing and optimizing SQL queries to extract, transform, and validate structured datasets for risk analysis.
Identifying control gaps and testing control effectiveness within process and control frameworks.
Using programming or coding to automate data analysis and streamline repetitive risk and controls workflows.
Applying structured analytical methods to assess process risks and convert data findings into actionable recommendations.
Applying consulting methodologies for risk management and process improvement in the TMT sector.
Senior DevOps engineer working within a Scrum team to build and secure digital environments for law enforcement services, focusing on on-premise container platforms and deployment of high-quality production applications.
Locations (3)
Amsterdam, North Holland, Netherlands
Utrecht, Utrecht, Netherlands
Apeldoorn, Gelderland, Netherlands
Responsibilities
Documenteren van werkzaamheden volgens de standaarden van de FIOD
Realiseren van functionaliteiten op een on-premise containerplatform
Zorgen voor deployment van hoogwaardige productieapplicaties
Testen en monitoren van gerealiseerde functionaliteit om kwaliteit, betrouwbaarheid en continuïteit te waarborgen
Afstemmen met andere ontwikkelaars, product owner, businessanalist, architect en gebruikers
Move to New Zealand - Systems Reliability Engineer
AI‑native Systems Reliability Engineer responsible for designing, deploying, and maintaining scalable, reliable cloud infrastructure and continuous delivery pipelines.
Senior DevOps/Build System Engineer responsible for the build system and infrastructure of a complex software product, focusing on CI/CD, artifact management, and automation.
Compensation
The US pay range for this position is $123,000–$160,000. This range reflects the minimum and maximum total target annual compensation for this role across all U.S. locations.
Responsibilities
Own, design and evolve the build system
Build and maintain the build pipelines end to end
Assemble and validate release deliverables (packages, images, artifacts)
Build and operate the release pipeline
Keep the product buildable through toolchain and dependency upgrades
Site Reliability EngineerNewArrive Logistics · Austin, US
Move to New Zealand - Systems Reliability EngineerPropellerhead · Auckland, New Zealand
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