Senior Platform Engineer (SRE)

Accountabilities:

• Design, build, operate, and continuously improve AWS infrastructure across multiple regions.
• Develop and maintain Kubernetes-based infrastructure managed through Terraform, Terragrunt, and Helm, with infrastructure defined and reviewed entirely as code.
• Design and operate highly available, distributed architectures capable of supporting critical live-event workloads without conventional maintenance windows.
• Own large-scale object storage environments exceeding 15 petabytes, optimizing reliability, performance, scalability, and cost.
• Build and operate event-driven infrastructure using technologies such as Kafka, supporting high-volume media ingestion, processing, and distribution.
• Drive infrastructure cost optimization, particularly around storage and data egress, treating cloud economics as an architectural consideration.
• Contribute to multi-cloud and Bring Your Own Storage architectures that enable customers and partners to retain media in their own cloud environments while maintaining efficient platform access.
• Build and evolve an internal developer platform that enables engineers to develop locally, deploy through reliable pipelines, and provision infrastructure through self-service workflows.
• Establish clear engineering standards and processes for infrastructure definition, modification, review, deployment, and operational ownership.
• Partner with product engineers to reduce platform friction, respond effectively to infrastructure needs, and prevent the Platform function from becoming a delivery bottleneck.
• Strengthen infrastructure security through vulnerability analysis, patching, hardening, and continuous security improvements in support of SOC 2 and broader compliance requirements.
• Participate in on-call responsibilities for critical infrastructure, sharing operational coverage across the Platform team.
• Own incidents through resolution and contribute to detailed postmortems that document technical causes, business impact, costs, and preventative actions.
• Reduce alert noise, operational toil, and recurring incidents through proactive reliability engineering and platform improvements.
• Lead projects autonomously from discovery and scoping through architectural decisions, implementation, production deployment, and ongoing operation.
• Create and defend technical proposals and RFCs, contributing to engineering-wide technical discussions and architectural decisions.
• Collaborate closely with engineering leadership and cross-functional teams while communicating complex technical concepts clearly to stakeholders with different levels of technical expertise.

Requirements:

• Approximately 6+ years of experience in SRE, Platform Engineering, Infrastructure Engineering, or a closely related discipline, with greater emphasis placed on demonstrated impact and technical depth than on a specific number of years.
• Deep, hands-on AWS expertise and strong production experience with Terraform.
• Solid experience designing, deploying, and operating Kubernetes in production environments.
• Proven experience designing distributed systems rather than simply operating existing infrastructure.
• Strong understanding of high availability, multi-region architectures, event-driven systems, and reliability engineering, with the ability to explain and defend architectural trade-offs.
• Experience with infrastructure-as-code and tools such as Terraform, Terragrunt, and Helm.
• Strong understanding of cloud storage, ideally including large-scale object storage and the economics of storage and data egress.
• Experience with event-streaming technologies such as Kafka is highly valuable.
• Strong builder mentality, with the ability to take ambiguous technical problems from discovery and scoping through solution design, implementation, production deployment, and ongoing improvement.
• Ability to work autonomously and take ownership of infrastructure projects from end to end.
• Strong communication skills, including the ability to adapt technical explanations to engineers, product stakeholders, and other audiences.
• A strong security mindset, with practical awareness of infrastructure hardening, vulnerability management, patching, and secure operational practices.
• Comfortable participating in an on-call rotation and taking ownership of production incidents.
• Experience establishing platform foundations, engineering processes, or internal infrastructure practices in an early-stage or rapidly scaling environment is a strong advantage.
• Experience with media, video, storage infrastructure, ingestion pipelines, transcoding, live streaming, or high-volume egress is a plus.
• Familiarity with technologies such as PostgreSQL, OpenSearch, Temporal, or Go is beneficial.
• Comfortable working in a remote-first, international environment and collaborating across distributed teams.

Benefits:

• €90,000–€110,000 annual compensation.
• €150,000 in equity, providing an opportunity to participate in the long-term value created by the business.
• Fully remote position within Europe.
• Remote-first international working environment with regular opportunities for team gatherings.
• Significant autonomy and ownership over technical architecture, infrastructure strategy, and project delivery.
• Opportunity to work on infrastructure operating at substantial scale, including 15+ petabytes of media storage and 145M+ minutes of video ingested monthly.
• Direct influence over platform architecture and infrastructure decisions that have both technical and commercial impact.
• Opportunity to solve challenging problems across AWS, Kubernetes, distributed systems, event-driven architectures, cloud economics, and developer platforms.
• Shared on-call model designed to distribute operational responsibility across the Platform team.
• Strong focus on learning from incidents through structured postmortems and continuous reliability improvements.
• Opportunity to work alongside experienced engineers in an international team spanning Europe and the US.
• Exposure to high-profile sports organizations and mission-critical workloads where infrastructure reliability directly affects live-event operations.
• Engineering culture centered on autonomy, technical ownership, RFC-driven decisions, collaboration, and continuous improvement.