Staff Site Reliability Engineer

Staff Site Reliability Engineer

Pocket FM is a leading audio entertainment platform that brings engaging, serialized fiction to millions of listeners across genres like romance, thriller, fantasy, and more. With over 130 million users globally and strong traction in markets like the US and Europe, we’re revolutionizing storytelling through audio. Our unique model combines free listening with micropayments for premium content, powering strong business growth. In FY25, we reached an ARR of INR 2,000 crore, with over 100,000 hours of content on the platform. We're also at the forefront of innovation, leveraging AI-generated content to scale efficiently.

Role Overview We are looking for a

Staff SRE

to lead reliability engineering efforts while driving AI-native solutioning and platform strategy. This role requires a blend of deep SRE expertise, distributed systems knowledge, applied AI/ML understanding, and strong security fundamentals to build resilient, scalable, intelligent, and secure infrastructure. You will play a key role in shaping how AI-powered systems are designed, deployed, monitored, optimized — and secured — across the organization.

The Role: What You Build and Own

SRE & Platform Engineering Design, build, and operate highly reliable, scalable distributed systems Define and implement SLIs, SLOs, SLAs, and error budgets Lead incident management, root cause analysis (RCA), and postmortems Drive an automation-first approach for operations, deployment, and recovery Improve observability (logs, metrics, tracing) across systems

AI-Native Solutioning Architect and implement AI-driven operational workflows (AIOps) Build systems leveraging LLMs, intelligent automation, and predictive analytics Integrate AI into monitoring, alerting, anomaly detection, and remediation Evaluate and adopt AI-powered developer and SRE tooling (e.g., LLM-based copilots, auto-debugging tools)

Information Security & Resilience Embed

security-by-design

principles into infrastructure and platform architecture Partner with Security teams to implement cloud security best practices (IAM, RBAC, network segmentation, encryption) Lead secure configuration and hardening of Kubernetes clusters and cloud environments Implement and maintain DevSecOps practices across CI/CD pipelines Drive vulnerability management, patching strategy, and secure dependency management Define and monitor security-related SLIs/SLOs (e.g., patch latency, vulnerability remediation time) Implement runtime security, anomaly detection, and threat monitoring for AI and distributed systems Ensure compliance with relevant frameworks (SOC2, ISO 27001, GDPR, etc.) Conduct security reviews, threat modeling, and participate in incident response for security events Secure AI/ML systems, including model security, prompt injection mitigation, data protection, and access controls

Strategy & Leadership Define and drive AI-native SRE strategy and roadmap Partner with engineering, platform, product, and security teams to embed reliability and security by design Mentor engineers and establish best practices for SRE + AI + Security integration Lead initiatives for cost optimization, performance tuning, system resilience, and risk reduction

The Ideal Candidate — Who You AreZ

Experience 8–12+ years in SRE / DevOps / Platform Engineering Proven experience operating production-grade distributed systems at scale

Strong Experience With Cloud platforms (AWS / GCP) Kubernetes & container orchestration Infrastructure as Code (Terraform,etc.) CI/CD systems and automation frameworks

Deep Understanding Of Distributed systems, scalability, and fault tolerance Observability tools (Prometheus, Grafana, Datadog, OpenTelemetry) Incident management frameworks and reliability engineering best practices Cloud security architecture and DevSecOps principles

Programming Strong programming experience in Python / Go

Your AI/ML Toolkit

Hands-On Experience With LLMs (OpenAI, open-source models, etc.) AI/ML pipelines or inference systems

Understanding Of Prompt engineering, embeddings, vector databases AI-driven automation or AIOps platforms Secure AI system design and model lifecycle governance

Experience Integrating AI Into Monitoring / alerting Incident response Developer productivity workflows Security monitoring and anomaly detection