Design CI/CD for AI Services

Quick Overview

This question evaluates the ability to design a scalable CI/CD and MLOps platform that integrates backend services, model-serving APIs, data and feature pipelines, Kubernetes-based deployments, artifact and model versioning, security, and observability.

Design CI/CD for AI Services

Company: Apple

Role: Machine Learning Engineer

Category: System Design

Difficulty: medium

Interview Round: Onsite

Design a CI/CD platform for a large AI product organization. The platform must support backend services, model-serving APIs, data and feature pipelines, and Kubernetes-based infrastructure. Assume the users are software engineers, machine learning engineers, researchers, and SREs. The organization has hundreds of services, many daily commits, multiple environments, and some GPU-backed deployments. Your design should cover: - Source-code integration and pipeline triggering. - Build, unit test, integration test, security scan, and artifact publishing. - Model artifact versioning and reproducible deployments. - Deployment to development, staging, and production Kubernetes clusters. - Canary, blue-green, or progressive rollout strategies. - Automatic and manual rollback. - Secrets, RBAC, policy enforcement, and audit logs. - Observability for builds, deployments, service health, and model health. - Handling flaky tests, failed deployments, queue backlogs, and cluster capacity limits. Provide the high-level architecture, core components, data model, request flow, scaling strategy, reliability plan, and trade-offs.

Quick Answer: This question evaluates the ability to design a scalable CI/CD and MLOps platform that integrates backend services, model-serving APIs, data and feature pipelines, Kubernetes-based deployments, artifact and model versioning, security, and observability.

|Home/System Design/Apple
Apple logo
Apple
Feb 13, 2026, 12:00 AM
mediumMachine Learning EngineerOnsiteSystem Design
9
0

Design a CI/CD platform for a large AI product organization. The platform must support backend services, model-serving APIs, data and feature pipelines, and Kubernetes-based infrastructure.

Assume the users are software engineers, machine learning engineers, researchers, and SREs. The organization has hundreds of services, many daily commits, multiple environments, and some GPU-backed deployments.

Your design should cover:

  • Source-code integration and pipeline triggering.
  • Build, unit test, integration test, security scan, and artifact publishing.
  • Model artifact versioning and reproducible deployments.
  • Deployment to development, staging, and production Kubernetes clusters.
  • Canary, blue-green, or progressive rollout strategies.
  • Automatic and manual rollback.
  • Secrets, RBAC, policy enforcement, and audit logs.
  • Observability for builds, deployments, service health, and model health.
  • Handling flaky tests, failed deployments, queue backlogs, and cluster capacity limits.

Provide the high-level architecture, core components, data model, request flow, scaling strategy, reliability plan, and trade-offs.

Submit Your Answer to Earn 20XP

Sign in to leave a comment

Loading comments...