Thank you for sending your enquiry! One of our team members will contact you shortly.
Thank you for sending your booking! One of our team members will contact you shortly.
Duration 14 hours
Course Outline
Exploring the Architectural Foundations of Google Antigravity
- Core agent-first design philosophies
- The distinct functions of Editor and Manager interfaces
- Workspace organization and execution contexts
Setting Up Agents and Capabilities
- Allocating specific roles and specializations to agents
- Establishing task limits and autonomy parameters
- Controlling security settings and agent permissions
Architecting Multi-Agent Workflows
- Strategic workflow planning and sequencing
- Synchronizing background and foreground agent activities
- Applying chaining, delegation, and escalation methodologies
Navigating the Manager (Mission-Control) Interface
- Tracking real-time agent performance
- Analyzing state graphs and execution timelines
- Intervening to override or redirect agent tasks
Creating and Handling Antigravity Artifacts
- Reviewing task lists, work plans, and decision traces
- Examining screenshots, browser recordings, and workspace captures
- Managing audit logs and reproducibility metadata
Verification and Quality Assurance Methods
- Safeguarding traceability and operational transparency
- Verifying the precision of agent outputs
- Deploying safeguards and failover mechanisms
Embedding Antigravity into Engineering Pipelines
- Supporting CI/CD and release management processes
- Integrating with existing DevOps toolsets
- Scaling agent operations across multiple teams and environments
Advanced Strategies for Multi-Agent Collaboration
- Minimizing redundant actions and processing cycles
- Utilizing performance metrics and analytics data
- Crafting resilient and adaptive workflow structures
Conclusion and Future Directions
Requirements
- A solid grasp of contemporary DevOps and platform engineering principles
- Practical experience with AI-enhanced development processes
- Working knowledge of distributed systems or cloud-based environments
Target Audience
- Platform Engineers
- DevOps Engineers
- AI Architects