Core Runtime
Minimal kernel, stable by design
AI Agent Runtime
Guga organizes models, tools, permissions, and context into a recoverable, auditable, embeddable runtime so agents can move from conversation into real products.
Core architecture
Guga Agent starts from a minimal kernel. Every capability plugs in, so you can compose, replace, and extend the runtime that fits your product.
Minimal kernel, stable by design
Common capability domains covered
Community and custom plugins can grow freely
Unified integration standards with hot swapping, version compatibility, and rollback.
Multi-model access, streaming, function calling, retry policy
Safe execution, sandboxing, audit quotas, command allowlists
Skill wiring, protocol adapters, capability expansion, orchestration
Persistent sessions, resume points, portability, auditability
Context trimming, compression, priority rules, budget control
Lifecycle | State machine | Events | Hooks
Permissions | Context | Storage | Audit
Repository actions, commit audit, PR analysis, diff editing
Structured artifact storage, indexing, references, lifecycle
Event replay, audit trails, visualization, report export
Debugging, running, observing, TUI / interactive shell
Roles, permissions, toolsets as reusable templates
ToolCallread_file
ToolResultread_file
ModelCallgpt-4o
Permissionapprove
Discoverable, installable, and version-managed
Designed for reliability
Clear boundaries make agents recoverable, auditable, and safe enough to embed in real products.
The core owns lifecycle, state, events, hooks, and permissions.
Providers, tools, skills, MCP, memory, and UI all plug in.
Replay, audit, evaluation, and UI derive from persisted events.
The model proposes intent; the runtime decides what executes.
Runtime assembles, budgets, compresses, and reinjects context.
Lifecycle, state machine, events, hooks, permissions
Multi-model access, streaming, function calling, tools
Safe execution, sandboxing, auditing, quotas
Persistent sessions, resume, portability
Structured artifact storage, indexing, references
Event replay, traceability, visualization
Context trimming, compression, priority policy
Skill library, MCP protocol, capability expansion
Debug, run, observe, share
Task orchestration, change integration, test runs
Evidence organization, source attribution, deep research
Review flows, scoring, feedback loops
Roadmap
Guga keeps the runtime small and clear, then expands product capabilities through auditable plugins.
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