Role-Based Programme
RB0865

Google Antigravity for Information Technology

Advanced Agentic Development, Automation & IT Engineering

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Duration
32 Hours
Level
Advanced
Delivery
Instructor-Led
Format
Capability Development

Programme Objectives

  • Develop advanced expertise in using Google Antigravity to execute complex software development, IT operations, troubleshooting, testing, and automation workflows.
  • Architect multi-agent solutions using parallel subagents, isolated worktrees, browser automation, reusable Agent Skills, and project-specific context.
  • Integrate Antigravity with repositories, databases, monitoring systems, APIs, and enterprise development tools through MCP.
  • Automate recurring IT engineering activities while maintaining permissions, validation, security, change control, and human approval.
  • Design scalable agentic IT workflows covering development, operations, incident response, quality assurance, documentation, and governance.

Tools covered

Google Antigravity 2.0Antigravity CLIAI AgentsParallel SubagentsBrowser AgentProjectsGit WorktreesArtifactsAgent SkillsProject RulesMCPScheduled TasksIntegrated TerminalVCS ReviewRemote Control

Who should attend

  • IT Engineers
  • Software Developers
  • DevOps Engineers
  • Platform Engineers
  • Cloud Engineers
  • Site Reliability Engineers
  • System Administrators
  • Application Support Engineers
  • Infrastructure Engineers
  • Solution Architects
  • Technical Support Engineers
  • IT Automation Engineers
  • Engineering Leads
  • IT Operations & Platform Managers

Prerequisites & Participant Readiness

  • Working knowledge of software development, IT operations, or infrastructure environments
  • Basic programming or scripting proficiency
  • Familiarity with Git and source-code repositories
  • Familiarity with command-line environments and development tools
  • Basic understanding of APIs, databases, cloud platforms, and application architecture
  • Previous Antigravity training is not required

TOC Modules

Concepts
  • Understanding Antigravity's agent-first architecture across code, terminal, browser, and technical workflows
  • Understanding Projects, Agents, tools, context, permissions, and execution modes
  • Understanding Local Mode versus isolated Git Worktree execution
Practical activities
  • Configuring a project containing application repositories and technical resources
  • Executing and reviewing an end-to-end agent-assisted engineering task

Scenarios

Enterprise Application Change with Multi-Agent Engineering

Change Requirement → Architecture Analysis → Parallel Development Agents → Isolated Worktrees → Code Changes → Automated Tests → Browser Validation → VCS Review → Human Approval → Release

Participants coordinate multiple Antigravity agents to implement a complex application change while maintaining repository isolation, testing, review evidence, and controlled release approval.

Production Incident to Preventive Automation

Production Alert → Specialized Investigation Agents → Logs / Code / Connected Systems → Root Cause → Corrective Action → Testing → Recovery → Agent Skill → Scheduled Preventive Checks

Participants investigate and resolve a simulated production incident and convert the validated resolution pattern into a reusable Agent Skill and controlled recurring operational workflow.

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