Join EasyPark as a Platform Engineer! At EasyPark, we're passionate about making city life smoother. We believe technology can solve urban challenges, and our mission is to simplify parking, connecting drivers with available spots through predictive technology. This isn't just about parking; it's about improving the entire urban experience. About the Team Our Platform Engineering team builds the essential tools and processes that empower our development teams to deliver top-notch software at scale in a cloud-native environment. We focus on streamlining AWS and Kubernetes resource management, ensuring our infrastructure is seamless, reliable, and evolves with our needs. What You'll Do As a Platform Engineer, you'll be crucial in building and maintaining the backbone of our operations. Your responsibilities will include: - Designing and building scalable tools and processes to ensure system reliability. - Managing Kubernetes clusters and using Helm for efficient resource provisioning, scaling, and configuration. - Implementing Infrastructure as Code (IaC) to guarantee consistent, scalable, and reliable cloud resources. - Optimizing infrastructure performance and ensuring continuous reliability. - Working proactively in our cloud-native environment , always seeking improvements. - Planning and executing migrations and upgrades with minimal downtime. What You'll Bring We're looking for someone with a strong background in platform engineering and a passion for cloud-native technologies. - 2+ years of experience in Platform Engineering, DevOps, or Site Reliability Engineering, specifically in cloud-native environments. - Comfortable with Kubernetes and Helm for cluster management and infrastructure automation. - Proven experience with Terraform . - Demonstrated experience in scalability, performance tuning, and capacity planning . - Experience planning and executing migrations and upgrades . - A deep understanding of web applications and the ability to troubleshoot protocols like TLS, DNS, and TCP/IP . - Familiarity with load balancers, reverse proxies, web application firewalls, and routing . #J-18808-Ljbffr