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Multi-Cloud AI Agents BootCamp

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Go from AI Practitioner to Multi-Cloud AI Agent Engineer

Multi-Cloud AI agents bootcamp, 36 hours of live training for experienced IT professionals, delivered over 4 weeks.

  • ⁠⁠36 hours over 4 weeks, 11 modules and 23 hands-on labs, all on live cloud resources.
  • Build across Azure, AWS & Google Cloud with leading AI agent platforms and cloud-native services.
  • Complete 23 hands-on labs covering RAG, AI agents, multi-agent workflows, MCP and A2A.
  • Deploy and operate AI agents with observability, evaluation, guardrails, governance and cost controls.
  • Build a multi-cloud capstone where agents across different clouds work together through A2A.
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    Overview

    Course Overview

    This 36-hour live Multi-cloud AI agents bootcamp teaches you to build, deploy and operate AI systems on Microsoft Azure, Amazon Web Services and Google Cloud. On each cloud, you deploy a machine learning model and a foundation model, build a retrieval-augmented generation (RAG) application, build a multi-agent system, and run it in production with tracing, guardrails and cost controls.

    The shared ideas (RAG, agent design, MCP, A2A, guardrails and evaluation) are taught once in Module 1, so each cloud block goes straight to building. The same reference project is rebuilt on every cloud, which makes the differences between the platforms easy to see.

    The bootcamp ends with a capstone: one multi-agent system whose agents run on different clouds and work together through the Agent2Agent (A2A) protocol.

    Highlights

    Program Highlights

    36 Hours. 4 Weeks. 23 Hands-On Labs. - 11 structured modules delivered through live cloud environments for practical, instructor-led learning.

    Master Three Leading AI Agent Platforms - Build with Microsoft Foundry, Amazon Bedrock AgentCore and Gemini Enterprise Agent Platform.

    Build the Same Project Across Three Clouds - Rebuild one reference project on Azure, AWS and Google Cloud to directly compare platforms and architectures.

    Build. Deploy. Operate. - Follow the complete AI journey on every cloud, from model deployment and LLM applications to production-ready agents.

    Connect Agents Across Clouds - Build a multi-cloud capstone where agents running on different clouds collaborate through the A2A protocol.

    Build the Foundation for Three Certifications - Develop hands-on skills aligned with Microsoft AI-103, AWS AIP-C01 and Google Cloud Professional Agentic Architect.

    Agentic AI Job Statistics

    • IT – Software & Services - 37%
    • AI job share in BFSI - 15.8%
    • Manufacturing - 6%
    • Healthcare & Pharmaceuticals - 4.2%
    • Retail + Automotive + Telecom + Logistics + Construction - 15.5%
    • Other industries - 21.5%
    growth-icon (2)

    86K+

    U.S. job postings mentioning Agentic AI skills

    growth-icon (2)

    280%+

    YoY growth in Agentic AI skill mentions

    growth-icon (2)

    $153K

    Median salary in Agentic AI job postings

    growth-icon (2)

    382K

    Projected AI job postings in India in 2026

    growth-icon (2)

    58%

    YoY growth in GenAI & LLM demand in India

    growth-icon (2)

    35%

    YoY growth in AI Engineering demand in India

    Curriculum

    Multi-Cloud AI Agents BootCamp Course Content

    Download Syllabus
    Module 1 Multi-cloud AI foundations

    The three platforms side by side

    • Microsoft Foundry, Amazon Bedrock and AgentCore
    • Gemini Enterprise Agent Platform
    • ML versus agent platform

    Shared building blocks

    • RAG
    • Agent design
    • Tools and memory
    • MCP and A2A
    • Guardrails and evaluation are taught once for all three clouds

    Lab 1: accounts and reference project

    • Set up Azure, AWS and Google Cloud with budget alerts
    • Clone the starter repository
    • Walk through the project

    Outcome

    • All three cloud accounts ready, and a clear map of which service does what on each cloud.
    Module 2 Azure: deploy models and build an LLM application

    Microsoft Foundry setup and
    architecture

    • Foundry projects and model catalogue
    • Identity and role-based access
    • Where Azure Machine Learning fits

    Lab 2a: deploy ML and
    foundation models

    • Azure Machine Learning managed online endpoint
    • Foundry model deployment
    • Deployment types

    Lab 2b: RAG with Azure AI
    Search

    • Ingest and chunk documents
    • Vector, hybrid and semantic search
    • Grounded answers with citations

    Guardrails and evaluation

    • Content safety and prompt-injection shields
    • Evaluators for groundedness, relevance and safety

    Outcome

    • ML model and a foundation model deployed on Azure, and an RAG application with guardrails.
    Module 3 Azure: build agents and multi-agent systems

    Lab 3a: build a single agent

    • Foundry Agent Service in the portal and VS Code
    • Function tools
    • Knowledge from Azure AI Search

    Lab 3b: tools with MCP

    • Microsoft Agent Framework SDK in Python
    • Connecting MCP servers
    • Approval controls on tool calls

    Lab 3c: build a multi-agent workflow

    • Sequential, concurrent, handoff and group-chat patterns
    • Agent Framework workflows
    • Human approval
    • A2A

    Outcome:

    • A multi-agent system on Azure with tools, a human approval step and an A2A connection.
    Module 4 Azure: deploy and operate agents

    Lab 4a: deploy agents

    • Deploy to Foundry Agent Service
    • Managed identity and private
      networking
    • CI/CD with GitHub Actions (walkthrough)

    Lab 4b: observability and evaluation

    • Tracing with Application Insights
    • Token, latency and error dashboards
    • Agent evaluation

    Governance and cost

    • Tool-access controls and content safety on agents
    • Quotas and budgets

    Outcome

    • The Azure system running in production with tracing, guardrails and cost controls.
    Module 5 AWS: deploy models and build an LLM application

    Amazon Bedrock setup and
    architecture

    • Model access
    • Bedrock Agents and AgentCore, and when to use each
    • IAM roles
    • Where SageMaker AI fits

    Lab 5a: deploy ML and foundation models

    • SageMaker AI real-time endpoint
    • Bedrock Converse API
    • On-demand and provisioned throughput

    Lab 5b: RAG with Bedrock Knowledge Bases

    • Amazon S3 data source
    • Chunking and embeddings
    • Vector store options
    • Answers with citations

    Guardrails and evaluation

    • Bedrock Guardrails: content filters, denied topics, redaction and grounding checks
    • Bedrock evaluations

    Outcome:

    • An ML model and foundation models live on AWS, and a RAG application with guardrails.
    Module 6 AWS: build agents and multi-agent systems

    Lab 6a: build an agent with Bedrock Agents

    • Instructions and action groups
    • AWS Lambda functions as tools
    • Attaching a knowledge base

    Lab 6b: build an agent with Strands Agents

    • Strands Agents SDK in Python
    • MCP servers; AgentCore Gateway to expose APIs and Lambda functions as tools

    Lab 6c: build a multi-agent system

    • Supervisor with specialist agents
    • Agents as tools, swarm and graph
      patterns; human approval;
    • A2A

    Outcome:

    • A multi-agent system on AWS with tools, a human approval step and an A2A connection.
    Module 7 AWS: deploy and operate agents

    Lab 7a: deploy agents

    • Package and deploy to AgentCore Runtime
    • AgentCore Identity and Memory

    Lab 7b: observability andevaluation

    • AgentCore Observability with Amazon CloudWatch
    • Traces, token use and latency
    • Error analysis

    Governance and cost

    • Guardrails on agents
    • IAM and tool-access policies
    • Cost controls

    Outcome:

    • The AWS system running in production with tracing, guardrails and cost controls.
    Module 8 Google Cloud: deploy models and build an LLM application

    Agent Platform setup and architecture

    • Model Garden, ADK and Agent Runtime
    • IAM and service accounts
    • How the former Vertex AI services fit

    Lab 8a: deploy ML and foundation models

    • Model Registry and Agent Platform Endpoints (formerly Vertex AI
      Endpoints)
    • Gemini and Model Garden models

    Lab 8b: RAG with RAG Engine

    • Ingest and chunk documents
    • Embeddings and Vector Search
    • Grounded answers with citations

    Guardrails and evaluation

    • Model Armor for prompt injection and sensitive data; safety filters
    • Evaluation for groundedness and quality

    Outcome:

    • An ML model and foundation models live on Google Cloud, and a RAG application with guardrails.
    Module 9 Google Cloud: build agents and multi-agent systems

    Lab 9a: build an agent with ADK

    • Agents, tools and sessions in Python
    • Memory Bank for long-term memory
    • Testing locally

    Lab 9b: tools with MCP

    • Connecting MCP servers to an ADK agent
    • Built-in tools; a low-code agent
      in Agent Designer for comparison

    Lab 9c: build a multi-agent system

    • Sequential, parallel and loop workflow agents
    • Coordinator with specialists
      human approval
    • A2A and Agent Registry

    Outcome:

    • A multi-agent system on Google Cloud with tools, a human approval step and an A2A connection.
    Module 10 Google Cloud: deploy and operate agents

    Lab 10a: Deploy agents

    • Choosing between Agent Runtime, Cloud Run and GKE
    • Deploy to Agent Runtime
    • Agent Identity and Agent Gateway

    Lab 10b: observability and evaluation

    • Tracing and logging
    • Evalsets and trajectory metrics
    • Error analysis

    Governance and cost

    • Model Armor on agents
    • Tool-access controls through Agent Gateway
    • Cost controls

    Outcome:

    • The Google Cloud system running in production with tracing, guardrails and cost controls.
    Module 11 Multi-cloud capstone

    Choosing a cloud

    • Comparing the three platforms on cost model, governance and ecosystem
    • A decision checklist
    • Portable patterns with MCP and A2A

    Lab 11: capstone build

    • One multi-agent system
    • Agents hosted on different clouds calling each other through A2A
    • Shared MCP tools

    Operate and compare

    • Tracing a request across clouds
    • Comparing cost and latency per cloud

    Demo and review

    • Team demos
    • Review of the three builds
    • Certification paths for each cloud

    Outcome:

    • One multi-agent system with agents on different clouds working together, demonstrated and compared on
      cost and latency.

    Schedules

    Schedules for Multi-Cloud AI Agents BootCamp

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      Projects

      Multi-Cloud AI Agents BootCamp Projects

      Project 1
      Lab 1: accounts and reference project: Set up Azure, AWS and Google Cloud with budget alerts; clone the starter repository; walk through the project
      Project 2
      Lab 2a: deploy ML and foundation models: Azure Machine Learning managed online endpoint; Foundry model deployment; deployment types
      Project 3
      Lab 2b: RAG with Azure AI Search: Ingest and chunk documents; vector, hybrid and semantic search; grounded answers with citations
      Project 4
      Lab 3a: build a single agent: Foundry Agent Service in the portal and VS Code; function tools; knowledge from Azure AI Search
      Project 5
      Lab 3b: tools with MCP: Microsoft Agent Framework SDK in Python; connecting MCP servers; approval controls on tool calls
      Project 6
      Lab 3c: build a multi-agent workflow: Sequential, concurrent, handoff and group-chat patterns; Agent Framework workflows; human approval; A2A
      Project 7
      Lab 4a: deploy agents: Deploy to Foundry Agent Service; managed identity and private networking; CI/CD with GitHub Actions (walkthrough)
      Project 8
      Lab 4b: observability and evaluation: Tracing with Application Insights; token, latency and error dashboards; agent evaluation
      Project 9
      Lab 5a: deploy ML and foundation models: SageMaker AI real-time endpoint; Bedrock Converse API; on-demand and provisioned throughput
      Project 10
      Lab 5b: RAG with Bedrock Knowledge Bases: Amazon S3 data source; chunking and embeddings; vector store options; answers with citations
      Project 11
      Lab 6a: build an agent with Bedrock Agents: Instructions and action groups; AWS Lambda functions as tools; attaching a knowledge base
      Project 12
      Lab 6b: build an agent with Strands Agents: Strands Agents SDK in Python; MCP servers; AgentCore Gateway to expose APIs and Lambda functions as tools
      Project 13
      Lab 6c: build a multi-agent system: Supervisor with specialist agents; agents as tools, swarm and graph patterns; human approval; A2A
      Project 14
      Lab 7a: deploy agents: Package and deploy to AgentCore Runtime; AgentCore Identity and Memory
      Project 15
      Lab 7b: observability and evaluation: AgentCore Observability with Amazon CloudWatch; traces, token use and latency; error analysis
      Project 16
      Lab 8a: deploy ML and foundation models: Model Registry and Agent Platform Endpoints (formerly Vertex AI Endpoints); Gemini and Model Garden models
      Project 17
      Lab 8b: RAG with RAG Engine: Ingest and chunk documents; embeddings and Vector Search; grounded answers with citations
      Project 18
      Lab 9a: build an agent with ADK: Agents, tools and sessions in Python; Memory Bank for long-term memory; testing locally
      Project 19
      Lab 9b: tools with MCP: Connecting MCP servers to an ADK agent; built-in tools; a low-code agent in Agent Designer for comparison
      Project 20
      Lab 9c: build a multi-agent system: Sequential, parallel and loop workflow agents; coordinator with specialists; human approval; A2A and Agent Registry
      Project 21
      Lab 10a: deploy agents: Choosing between Agent Runtime, Cloud Run and GKE; deploy to Agent Runtime; Agent Identity and Agent Gateway
      Project 22
      Lab 10b: observability and evaluation: Tracing and logging; evalsets and trajectory metrics; error analysis

      Capstone Projects

      Capstone Projects

      Build 2 Capstone Projects live during the bootcamp based on your project selection, with access to 6 additional Capstone Projects on GitHub.

      Certification

      Multi-Cloud AI Agents BootCamp Exam Details

      Exam Details
      • Certificate: AgileFever bootcamp completion certificate, issued after all eleven modules and the capstone demo.
      • Aligned certifications: Microsoft AI-103, AWS Certified Generative AI Developer – Professional (AIP-C01) and Google Cloud Professional Agentic Architect.
      • Exam coverage: the hands-on foundation for the generative AI and agent parts of each exam. It does not fully cover any of the three.
      • Before an exam: take the exam-prep add-on for the certification you choose.
      Prerequisites
      • AgileFever GenAI and Agentic AI BootCamp, or equivalent experience building agents.
      • Working Python, including calling APIs and using SDKs.
      • Accounts on Azure, AWS and Google Cloud, each with billing enabled.

      Career Assistance

      Career Assistance

      • AI- Powered Resume & Profile Building

        Your resume, LinkedIn, and GitHub — optimized by industry professionals to stand out to recruiters and land interviews faster.

      • Mock Interviews

        Practice real technical and behavioural interviews with honest feedback from people who actually hire for AI roles.

      • 1:1 Career Mentoring

        Work directly with industry veterans to position yourself for AI roles — covering job search strategy, communication, and career planning.

      • Hiring Exposure

        Get direct visibility with active hiring managers. Understand what they actually look for — and how to stand out in competitive AI hiring pipelines.

      Benefits

      Why AgileFever

      Ready to build, deploy and operate production-ready AI agents across Azure, AWS and Google Cloud?

      Apply Now

      Testimonial

      Journeys that keep Inspiring ✨ everyone at AgileFever

      manager
      Arjun Mehta

      Senior Cloud Architect

      Finally, a bootcamp that goes beyond building agents. Working across Azure, AWS and Google Cloud helped me understand how to design, deploy and operate multi-agent systems in real enterprise environments.

      businesswoman
      Priya Nair

      AI Solutions Architect

      The hands-on labs made the biggest difference. Rebuilding the same AI solution across three clouds gave me a much clearer understanding of architecture, platform choices, cost and deployment.

      manager
      Daniel Roberts

      Lead AI Engineer

      The multi-cloud capstone brought everything together. Connecting agents across different cloud platforms through A2A gave me practical experience that I could directly apply to enterprise AI projects.

      FAQ

      Frequently Asked Questions

      1. Will this bootcamp prepare me for the three certification exams?

      It builds the hands-on foundation for all three. Each exam covers more than the bootcamp, so plan for the exam-prep add-on for the one you sit.

      2. Can I take just one cloud?

      Yes. Each cloud is also available as a standalone 12-hour course.

      3. Which cloud comes first, and why?

      Azure, because Microsoft Foundry keeps models, agents, tracing and deployment in one place. AWS and Google Cloud follow. Private cohorts can change the order.

      4. Will we build or train models?

      No. The ML models are pre-trained and the foundation models are built by their vendors. You deploy or enable them, then build the applications and agents.

      5. What does the capstone involve?

      You build one multi-agent system whose agents run on different clouds and call each other through A2A, then
      compare cost and latency and demo it.

      6. What do the labs cost to run?

      Labs use small models and short-lived resources, and Module 1 sets a budget alert on each cloud. Delete resources after each cloud block to stop charges.

      7. Can my company run this as a private cohort?

      Yes. Corporate cohorts are available with flexible scheduling.