Role Description Our client is a venture-backed financial technology firm dedicated to transforming the global movement of money through stablecoin infrastructure. They are currently seeking a Senior Infrastructure Engineer to design and build an internal platform that empowers product teams to deploy software with confidence, reliability, and speed. - Platform Architecture: Own and evolve core platform components, including a TypeScript-based Pulumi codebase and Kubernetes-based runtime environments. - Engineering Standards: Enforce high engineering standards through code, architecting scalable systems that prioritize reliability and security. - Developer Experience: Improve developer productivity by building internal development platforms focused on self-service and "golden paths." - System Observability: Design and maintain the monitoring stack, defining SLIs/SLOs, error budgets, and operational dashboards. - Infrastructure as Code: Build reusable systems and infrastructure primitives rather than one-off scripts to ensure a scalable and maintainable environment. - Operational Excellence: Participate in the maintenance and operations of production-grade systems, including on-call rotations and incident response tooling. Qualifications - 5+ years of software engineering experience, with a significant focus on infrastructure and cloud domains. - Strong programming skills in TypeScript or another strictly typed language. - Deep understanding of AWS architecture and proven experience designing, operating, and scaling Kubernetes workloads. - Strong grasp of distributed systems fundamentals, including availability, consistency, and fault tolerance. - Familiarity with GitOps patterns, deployment automation, and Infrastructure as Code (IaC) systems. - Ability to operate in short feedback loops and a desire to build foundational infrastructure for the future of digital finance. - Ability to provide significant overlap with Eastern Time business hours. Requirements - Opportunity to build foundational infrastructure for a next-generation financial fabric. - Work alongside a small, mission-driven group of builders from high-performance finance and crypto backgrounds. - Engagement with a fast-moving, well-funded startup during a period of high growth. - Commitment to fostering a diverse and equitable workplace regardless of race, religion, gender identity, or veteran status. Interview Process - Recruiter / HR Initial Screening: Candidates will be asked to respond to a set of questions via video recording. - Hiring Manager Interview: A technical and background discussion with the Head of Engineering. - Technical Interview I: Deep dive into engineering capabilities and systems design. - Technical Interview II: Further assessment of infrastructure expertise and coding proficiency. - Final Interview: Comprehensive review and cultural alignment. Commitment to Equality and Accessibility At MLabs, we are committed to offering equal opportunities to all candidates. We ensure no discrimination, accessible job adverts, and providing information in accessible formats. Our goal is to foster a diverse, inclusive workplace with equal opportunities for all.

• Design and implement a highly scalable, multi-tenant control plane that supports Firmus’ growing AI and infrastructure needs • Contribute to the development of exabyte-scale, S3-compatible object storage, distributed file systems, and high-performance filesystems • Work with bare-metal provisioning tools such as Base Command Manager, Warewulf, Ironic, MaaS, and similar platforms • Apply a deep understanding of operating systems, computer networks, software-defined storage, and high-performance applications • Work with technologies including RDMA, GPU Direct Storage, RoCE, InfiniBand, DPDK, Ceph, Weka, DAOS, and others • Collaborate with operations teams to monitor, analyse, and optimise internal clusters and storage platforms • Document architecture designs, operational procedures, and performance results • Collaborate with L2 SRE engineers, site operations, and networking teams to ensure platform reliability, reproducibility, and performance • Contribute to continuous improvement in cluster validation, CI/CD automation, and provisioning and testing frameworks • Apply knowledge of Kubernetes and composable storage clusters • Contribute to the development of custom Kubernetes operators and intelligent orchestration frameworks to optimise AI workload performance for large-scale GPU cluster commissioning

• Design, operate, and support infrastructure systems with parity across tenancy models (single vs multi) and public clouds (AWS, Azure, and GCP) - and work with engineering teams to get their services consistently deployed to those environments • Bring cloud infrastructure expertise to the team, helping us strengthen and scale our infrastructure as we expand dbt Cloud’s multi-cloud capabilities. • Help create a great developer experience while working with our close partners in Architecture, Release Engineering, Product Engineering and Security • Leverage tools and languages such as Terraform, Kubernetes, Python, Bash, Helm, ArgoCD, Go, and DataDog • Design and build automation to eliminate manual toil and streamline infrastructure operations at scale • Identify and implement infrastructure optimizations that reduce cloud spend without sacrificing reliability • Participate in a balanced on-call rotation in an environment that values continuous improvement, and help to upgrade our tooling and reduce toil

• Implement and maintain robust infrastructure security across hybrid environments. • Contribute to system and platform-level infrastructure architecture for performance, security, and reliability. • Build and maintain onboard compute environments as self-contained, fault-tolerant micro–data centers. • Develop and support secure cloud infrastructure for fleet orchestration, telemetry ingestion, observability, and software deployment. • Manage bare-metal provisioning and life-cycle management for shipboard hardware. • Build and optimize CI/CD and release processes for autonomy software deployment. • Work closely with mechanical, electrical, and autonomy engineers to navigate constraints. • Implement monitoring, logging, and remote debugging capabilities for distributed systems. • Support system integration and troubleshoot field operations.