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Duration 14 hours
Course Outline
Exploring the Architecture of Google Antigravity
- Core principles of agent-first design
- The specific functions of the Editor and Manager interfaces
- Workspace configuration and execution contexts
Setting Up Agents and Defining Capabilities
- Allocating roles and specializations to individual agents
- Establishing task limits and levels of autonomy
- Controlling security settings and permissions for agents
Architecting Multi-Agent Workflows
- Planning workflow sequences and order
- Synchronizing background and foreground agent activities
- Applying patterns for chaining, delegation, and escalation
Utilizing the Manager (Mission-Control) Interface
- Tracking real-time agent performance
- Analyzing graphs, state changes, and execution timelines
- Stepping in to override or redirect agent tasks as needed
Creating and Administering Antigravity Artifacts
- Managing task lists, work plans, and decision logs
- Handling screenshots, browser recordings, and workspace snapshots
- Maintaining audit logs and reproducibility data
Verification and Quality Assurance Practices
- Guaranteeing full traceability and transparency
- Checking the accuracy of agent-generated outputs
- Deploying safety measures and failover protocols
Embedding Antigravity into Engineering Pipelines
- Enhancing CI/CD and release cycles
- Integrating with current DevOps toolsets
- Scaling agent operations across various teams and environments
Advanced Techniques for Multi-Agent Optimization
- Minimizing redundant actions and iterative cycles
- Utilizing performance data and analytics for improvement
- Crafting robust and flexible workflow designs
Wrap-up and Future Directions
Requirements
- A solid grasp of contemporary DevOps and platform engineering principles
- Practical experience with AI-assisted development processes
- Knowledge of distributed systems or cloud-based infrastructures
Intended Audience
- Platform engineers
- DevOps specialists
- AI solution architects