• As a Senior Site Reliability Engineer (SRE) on our team, you will leverage platform engineering principles to ensure that Shippo's services are reliable, scalable, and performant. • You will be a hybrid software development and operations engineer, responsible for designing, building, and maintaining the infrastructure that supports our applications. • Your work will directly impact our ability to meet and exceed SLAs, and you will collaborate closely with other engineering teams to create services that are automatable, measurable, and resilient to failure. • Design, scale, and secure infrastructure to stay ahead of business needs through fault-tolerant architecture design, performance testing, profiling, and tuning, and capacity planning. • Design, build, deploy, and maintain automation, monitoring, and alerting systems, as well as design, implement, and test disaster recovery solutions. • Ensure scalability and maintainability through microservices adoption, decoupling of concerns and data model, queuing of jobs and application layering. • Enhance and maintain our CI/CD pipeline for smooth and safe production releases via automated testing and verification. • Verify and ensure performance and correctness of systems in response time and throughput. • Participate in peer reviews and testing and contribute to automated test suites and in design reviews for new features, products, and systems. • Participate in an on-call rotation.

• Lead the initial setup of our DevOps and platform engineering practices • Design and deliver an internal platform for personal or feature environments to boost developer velocity • Build and maintain AWS-based infrastructure for performance, scale, and security • Build CI/CD pipelines and automate release processes end to end • Implement observability tooling (logging, monitoring, alerting) to detect and resolve issues early • Collaborate with developers to remove bottlenecks and improve reliability • Ensure high availability through monitoring, incident response, and recovery strategies • Drive Infrastructure as Code best practices and infrastructure automation • Document systems and processes for clarity and reproducibility

• Own build, deploy, and runtime reliability across BRAHMA AI’s hybrid estate. • Deliver secure, scalable infrastructure for Gen AI based workflows and products across hybrid environments. • Partner with infrastructure and multidisciplinary product and research teams to help them innovate and ship fast. • Design, implement, and operate Slurm and Kubernetes-based platforms across cloud and on-prem GPU nodes, including autoscaling, rollout strategies, and multi-cluster operations. • Build CI/CD pipelines for services, model training, and model serving; standardise artifact/version management and environment promotion. • Implement Infrastructure as Code with Terraform/Terragrunt and configuration management; enforce drift detection and repeatable environments. • Design and implement observability stacks (metrics, logs, tracing); drive incident response and postmortems. • Secure the stack with least privilege, secrets management, network policy, and hardened baselines; support ISO/MPA controls with the security team. • Operate model-serving infrastructure for real-time and batch workloads; optimise GPU utilisation, concurrency, and latency. • Drive cost visibility and efficiency across compute, storage, and egress; forecast capacity and plan lifecycle of hardware and licenses.

• Design, build, and operate the scalable, secure Treasury Cloud (TCloud) platform and its services. • Automate infrastructure provisioning via IaC and integrate pipelines with the IRS EDP 2.0. • Ensure platform stability, high availability, and optimal cost management. • Writing and maintaining Terraform modules to manage cloud landing zones. • Implementing the HashiCorp Vault centralized secrets management solution. • Developing reusable CI/CD pipeline templates for microservices and API services. • Configuring and monitoring platform observability.