About the job
Join INTRALOT as a Platform Engineer – AWS Infrastructure and Power the Future of Gaming!
At INTRALOT, we are at the forefront of revolutionizing the gaming industry through cutting-edge technology and innovative solutions. Our global presence, rich diversity, and dynamic teams foster a culture that prioritizes people. We invite you to become a part of our team as a Platform Engineer. Are you a driven professional eager to elevate your career? At INTRALOT Canada, we are redefining the gaming landscape with scalable, reliable, and state-of-the-art systems. Take this opportunity to make a significant impact while collaborating with a team that thrives on innovation.
Your Role:
As a Platform Engineer – AWS Infrastructure, you will oversee the operational integrity, reliability, and evolution of our existing AWS infrastructure platform that powers production workloads. Your main objectives will be stability, security, automation, and operational excellence, ensuring that our platform remains robust, scalable, and user-friendly.
This role is integral to our operations team and focuses on enhancing and managing shared AWS services.
Responsibilities include:
Managing and supporting production AWS environments across multiple accounts.
Maintaining essential AWS services including compute, networking, storage, IAM, and shared platform services.
Implementing patch management utilizing Ansible where suitable.
Responding to infrastructure alerts, incidents, and service disruptions.
Reliability, Monitoring & Incident Management:
Monitoring platform health, availability, and capacity using CloudWatch and centralized observability tools.
Troubleshooting infrastructure issues concerning compute, networking, storage, or access control.
Engaging in incident response, root-cause analysis, and post-incident improvements.
Infrastructure as Code & Controlled Automation:
Enhancing and managing existing Infrastructure as Code through Terraform and/or AWS CloudFormation.
Utilizing Ansible for configuration management, operational automation, and standardizing system-level modifications as needed (e.g., OS configurations, agents, operational tools).
Minimizing manual configurations by enforcing version control on existing resources.
Applying changes through structured CI/CD pipelines and change management practices.

