Senior Site Reliability Engineer (Noida, BLR, India)

JobCubby; Bengaluru; On-site; INR 3,000,000 - 5,500,000; Full time

Job summary

Level AI is seeking a Senior SRE to join the ops and backend infrastructure team in Bengaluru. You will operate at the intersection of backend engineering, infrastructure, and FinOps, going beyond traditional DevOps.

The role emphasizes cost efficiency, reliability, and scalable GPU workloads across on‑prem and cloud clusters. You will build tooling and dashboards for cost visibility, drive experimentation on GPU clusters, and work with engineering teams to enable cost-aware budgets and

Qualifications

• 4–5 years of hands-on systems experience with large-scale backend infra.

Responsibilities

• Own infrastructure cost efficiency and FinOps, reduce Kubernetes overprovisioning, right-size resources.

Skills

SRE engineering

Python

Go/Rust

Kubernetes

Cloud (GCP)

FinOps

Cost optimization

Observability

Tools

GCP

Terraform

CI/CD

Karpenter

Cast AI

On-Prem GPU clusters

Job description

About Level AI

Level AI is on a mission to turn every customer interaction into a strategic advantage. Our AI-native platform helps enterprises transform contact centers from cost centers into engines of customer intelligence, operational efficiency, and business growth. By combining advanced AI with deep domain understanding of customer experience, Level AI empowers teams to unlock actionable insights, automate workflows, and deliver more consistent, higher-quality support across the customer journey.

Headquartered in Mountain View, California, Level AI is a Series C company backed by leading investors including Battery Ventures and ENIAC. Our platform leverages Large Language Models and Custom Small Language Models (SLMs) to power AI Agents across the entire CX journey—customer-facing agents, agent-assist, and backend automation—along with deep conversation analytics for QA, coaching, and insights.

About the role

The Senior SRE will be positioned at the intersection of backend engineering, infrastructure operations, and FinOps. The role is explicitly broader than a traditional DevOps engineer and explicitly more hands‑on than a pure architect.

What you'll be liable for:

• Infrastructure cost efficiency and FinOps. Own the continued reduction of Kubernetes overprovisioning, drive right‑sizing programs, and maintain the cost telemetry that backend teams use to make decisions.
• GPU throughput optimization.Run a structured experimentation program on on‑premise GPU clusters, partnering with AI service owners. Lead by the Engineering leadership, with this role providing the experimental bandwidth.
• Backend enablement, not ownership absorption.Build the tooling, dashboards, and processes that let backend teams from other groups own their own cost and reliability budgets. The deliverable is leverage, not headcount‑shaped work.
• Reliability instrumentation.As the infra team owns most of the instrumentation across new and offline flows, this role takes a central seat in making sure that surface area is captured properly for both cost‑at‑scale and reliability.
• Selective security workstreams.Take on a defined slice of the active security work so that senior DevOps engineers are not the single point of execution for security‑adjacent platform changes.

We'll love to explore more about you if you have:

• This role explicitly requires 4‑5 years of hands‑on systems experience. We are not looking for someone who will lean entirely on AI tooling to discover what to do; we are looking for someone who already knows what to ask, and can use AI tooling as a force multiplier on top of that judgement.
• Backend engineering depth: production experience in Python, Go/Rust, comfortable owning services end to end, able to read and reason about backend code across teams.
• Kubernetes at scale: scheduler behavior, resource requests/limits, HPA/VPA, node pool design, cost‑aware autoscaling (Cast AI, Karpenter, or equivalent).
• Cloud and on‑premise infrastructure: GCP fluency, IaC (Terraform), CI/CD, and comfort operating in hy brid setups including on‑prem GPU clusters.
• GPU workload understanding: familiarity with throughput profiling, batching, KV‑cache behavior, inference server tuning, and GPU utilization metrics.
• Observability and reliability: metrics, traces, logs, SLOs, and the discipline to instrument systems properly rather than reactively.
• FinOps mindset: demonstrated history of converting infrastructure choices into measurable cost outcomes.
• Security baseline: able to take on platform‑security workstreams without requiring constant handoff to the DevOps team.