Beacon Threat Intelligence
Know what you're installing before you trust it.
Discover security risks in MCP servers and agent skills before they reach your machine. Beacon scans public registries, traces packages back to their source code, and reveals what they can access, execute, or expose.
| Name | Risk |
|---|---|
| skill-graph-audit Audit Skill() refs; detect hubs, isolates, and dangling targets | |
| skills-eval Evaluate Claude skill quality through auditing | |
| subagent-testing Test skills via TDD in fresh subagents | |
| architecture-paradigm-client-server Applies client-server architecture for web/mobile apps | |
| architecture-paradigm-cqrs-es Applies CQRS and Event Sourcing for read/write separation and audit trails | |
| architecture-paradigm-event-driven Applies event-driven async messaging to decouple producers and consumers | |
| architecture-paradigm-functional-core Applies Functional Core, Imperative Shell to isolate logic from side effects | |
| architecture-paradigm-hexagonal Applies hexagonal architecture isolating domain from infrastructure | |
| architecture-paradigm-layered Applies layered n-tier architecture with enforced boundaries | |
| architecture-paradigm-microkernel Applies microkernel architecture with minimal core and plugin extensibility | |
| architecture-paradigm-microservices Applies microservices for independent deployment and per-service scaling | |
| architecture-paradigm-modular-monolith Applies modular monolith with enforced internal boundaries | |
| architecture-paradigm-pipeline Applies pipes-and-filters for sequential data transformations | |
| architecture-paradigm-serverless Applies serverless FaaS patterns for event-driven workloads | |
| architecture-paradigm-service-based Applies coarse-grained service architecture for deployment independence | |
| architecture-paradigm-space-based Applies data-grid architecture for high-traffic stateful workloads | |
| architecture-paradigms Selects and routes to the right architecture paradigm | |
| architecture-aware-init Selects architecture paradigm via research before scaffolding | |
| dorodango Polishes working code through successive quality passes in fresh subagents. Use after tests pass when code needs multi-dimension refinement before release | |
| makefile-generation Generates Makefiles with testing, linting, formatting, and automation targets | |
| mission-orchestrator Orchestrates full project lifecycle by auto-detecting state and routing to the correct phase | |
| precommit-setup Configures pre-commit hooks for linting, type checking, formatting, and testing | |
| project-brainstorming Guides project ideation via Socratic questioning to produce a validated brief. Use before specification when requirements are unclear | |
| project-execution Executes implementation plans with progress tracking, checkpoint validation, and quality gates. Use after planning is complete and tasks are ready to implement | |
| project-init Scaffolds new projects with git, CI/CD workflows, pre-commit hooks, and build config | |
| project-planning Converts a specification into a phased, dependency-ordered implementation plan. Use after specification is complete and before execution begins | |
| project-specification Transforms project briefs into testable specifications with user stories and acceptance criteria. Use after brainstorming, before planning | |
| war-room Convenes a multi-LLM expert panel to pressure-test hard-to-reverse decisions | |
| war-room-checkpoint Assesses decision reversibility and risk at critical checkpoints | |
| workflow-setup Configures GitHub Actions CI/CD workflows for testing, linting, and deployment | |
| architecture-diagram Generates a Mermaid architecture diagram showing high-level component relationships | |
| call-chain Traces execution paths through the code graph with criticality scoring and Mermaid charts | |
| class-diagram Generates a Mermaid class diagram showing types, inheritance, and composition | |
| code-communities Detects architectural clusters and coupling boundaries via community detection on the code graph | |
| data-flow Generates a Mermaid sequence diagram showing how data moves between components | |
| dependency-graph Generates a Mermaid dependency graph showing import relationships between modules | |
| workflow-diagram Generates a Mermaid workflow diagram showing process steps, decisions, and state transitions | |
| agent-teams Coordinates Claude agent teams via filesystem protocol | |
| delegation-core Delegates tasks to Gemini or Qwen with quota tracking and error handling | |
| gemini-delegation Delegates tasks to Gemini CLI implementing delegation-core for Google's models | |
| qwen-delegation Delegates tasks to Qwen CLI via delegation-core for Alibaba's models | |
| agent-expenditure Tracks per-agent token usage and flags waste in parallel dispatch | |
| bloat-detector Detects codebase bloat via dead code, duplication, complexity, and doc bloat scans | |
| clear-context Manages context overflow by handing off to a fresh subagent at 80% usage | |
| code-quality-principles Applies KISS, YAGNI, and SOLID principles for clean code with reduced complexity | |
| compression-strategy Recommends context compression strategies for bloated or quota-heavy sessions | |
| context-map Generates a compressed project context map to avoid expensive Read/Grep calls. Use at session start or before implementing features in an unfamiliar codebase | |
| context-optimization Optimizes context window via MECW principles and memory tiering | |
| cpu-gpu-performance Establishes CPU/GPU baselines before resource-intensive operations. Use before builds, training runs, or any task that pins cores or GPUs for over a minute | |
| decisive-action Guides when to ask clarifying questions versus proceed autonomously. Use to reduce unnecessary clarifying questions when intent is clear |
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