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Google Cloud

Cloud platform used to operate production applications, data systems, and machine learning workloads with strong integration across analytics and AI services.

Details

Google Cloud

Google Cloud Platform (GCP) is used as a primary production environment for running application, data, and machine learning workloads, with particular strength in analytics, Kubernetes-native services, and managed ML capabilities.

It is approached as a product-centric cloud platform, optimized for data-intensive systems and ML-driven applications.

Key Capabilities

  • Compute & Kubernetes Runtime
    Supports containerized and VM-based workloads using Google Kubernetes Engine (GKE) and Compute Engine.

  • Data & Analytics Stack
    Provides scalable analytics and storage through Cloud Storage and BigQuery for large-scale data processing.

  • Managed ML & AI Services (Vertex AI)
    Enables training, evaluation, deployment, and lifecycle management of ML models using a unified platform.

  • Platform-Native Integration
    Strong interoperability between compute, data, and ML services simplifies system design and operations.

  • Operational Simplicity
    Emphasizes managed services that reduce infrastructure overhead while maintaining reliability.

Experience & Platform Contribution

Designed, deployed, and operated production workloads primarily on GCP, spanning application services, analytics pipelines, and machine learning systems.

Key contributions included:

  • Running production ML applications using GCP-native services
  • Leveraging BigQuery for large-scale analytics and downstream data consumption
  • Operating Kubernetes-based microservices on GKE within shared platform environments
  • Using Vertex AI for managed ML workflows, including training and deployment
  • Advising teams on architectural decisions aligned with GCP’s strengths in data and ML

GCP served as the main execution environment for products, enabling teams to build data- and ML-driven systems with a strong balance of scalability, reliability, and operational efficiency.