• Provide technical leadership for complex network projects in datacenter and cloud environments • Design and implement connectivity solutions for high-tech platforms at global scale • Define standards and best practices for network infrastructure • Manage network resources with a focus on automation and infrastructure as code • Perform advanced troubleshooting and handle critical incident response • Conduct technical reviews of change procedures • Research and evaluate new technologies and services

• Analyze complex problems and demonstrate strong problem-solving skills; • Collaborate with cross-functional teams to propose pragmatic solutions to real-world problems and take ownership of end-to-end implementation; • Design, build, and operate the shared infrastructure platform to support Swile’s growth, new products, and international expansion; • Continuously improve the developer experience by treating the platform as a product: simplify workflows, shorten time-to-market, and automate everything that improves engineers’ productivity; • Train, coach, and support software engineers to make teams autonomous in DevOps and SRE practices, enabling our "you build it, you run it" philosophy at scale; • Ensure platform security and compliance while keeping costs under control; • Understand the business context to deliver relevant solutions to users and clients; • Stay current with new technologies and architectures and exercise sound judgment about their applicability at Swile; • Provide constructive, high-quality feedback in code reviews and mentor peers to promote technical growth within the team.

• DevOps duties include creating and maintaining online distribution repos • Developing Linux-based packages and patches • Developing and testing end-user installation strategies • Automating build and deployment processes • Contributing to developing, operating, and maintaining DevSecOps processes, tools, and an automation pipeline • Ensuring the DevSecOps environment facilitates designing, implementing, deploying, and executing automated tests • Continuously investigating new technologies to improve productivity, quality, ease of use, and maintenance. • Automating DevOps pipelines, software builds, and software tests. • Authoring and maintaining automation deployment and monitoring scripts • Developing and maintaining security controls and systems • Managing virtualized and containerized assets • Creating virtual and physical network configurations, servers, communications, and test and developer engineering support • Linux software package creation and deployment and for creation and maintenance of the on-line distribution repository • Design, integration, test, and initial deployment of a variety of applications in an enterprise Kubernetes environment using modern tools and patterns • Responsible for creating infrastructure as code environments for complex virtualized networks • Train others to perform similar DevSecOps and automation tasks • Maintain and evangelize content to support a corporate library of knowledge.

• Quickly implement and adapt infrastructure using Terraform, Pulumi, or other major IaC tools. • Docker is critical. Deeply understand how to design, build, and optimize secure, multi-stage Dockerfiles. • Design, build, and manage robust CI/CD pipelines to automate testing, building, and deployment across environments. • Provision and manage foundational services. Deep expertise in one major provider is required, transferable to the other. • Expertise in at least one major container platform: EKS, GKE, ECS, Fargate, or Cloud Run. (Kubernetes is highly valued, particularly EKS or GKE.) • Know when to use load balancers, VPNs for secure connectivity, and private VPCs for isolation. Apply subnetting, routing, VPC peering, and NAT gateways to build secure systems. • S3 (AWS) or Cloud Storage (GCP). • RDS (AWS) or CloudSQL (GCP). • Deploy event-driven components using AWS Lambda, GCP Cloud Functions, or equivalents. • Protect PII; apply encryption, secrets management, network firewalls, and web application firewalls (AWS WAF, GCP Cloud Armor) following security best practices. • Write high-quality automation and tooling in Go, Python, Node.js, or Bash for client-specific operational challenges. • Ensure robust monitoring and high system uptime.