Site Reliability Engineer (Senior+)

Miris is removing the barrier to entry for spatial content, and rock-solid reliability is fundamental to that mission.

We're looking for experienced Site Reliability Engineers at the Senior level and above who can take ownership of building reliable, scalable platforms that deliver 3D/4D Gaussian splat content to AR/VR devices worldwide.

This is a high-impact role that requires deep expertise in observability, multi-tenant architecture, and the ability to collect and act on the data that ensures system reliability at scale.

You'll work closely with our Web Services team to establish robust monitoring, implement SRE best practices, and build the infrastructure that processes customer data and streaming content across multiple tenants.

Our ideal candidate thrives on designing systems that can handle rapid growth while maintaining enterprise-grade security and compliance, and knows how to instrument everything needed to keep those systems running smoothly.

• Configure and maintain cloud infrastructure automation using Terraform, focusing on CDN optimization and content delivery performance
• Develop capacity planning strategies and performance optimization initiatives for high-volume spatial content delivery.
• Instrument services to understand system health. Create and optimize monitoring dashboards and alerting systems that provide actionable insights into streaming performance and user experience
• Design and implement comprehensive observability strategies for spatial streaming services, including SLI/SLO definition and error budget management
• Help define escalation policies and participate in on-call rotations to ensure the 24/7 health of Miris pipelines
• Lead incident response efforts and conduct thorough post-mortems to drive systemic improvements across web services
• Establish reliability engineering practices within the Web Services team, including code review processes and deployment safety measures
• Mentor DevOps engineers on operational best practices, reliability patterns, and production readiness standards