The Decentralized Geospatial Collaborative
Official@decentralizedgeo
Building the decentralized geospatial web
Agent Skills by The Decentralized Geospatial Collaborative
Showing 15 vetted skills indexed across 1 GitHub repositories.
DecentralizedGeorequesting-code-review
Automate standardized code-review prompts for task-driven development workflows.
DecentralizedGeosubagent-driven-development
Dispatch implementer, spec-reviewer, and code-reviewer subagents for per-task workflows.
DecentralizedGeousing-superpowers
Enforce Skill invocation before any response in conversations.
DecentralizedGeobrainstorming
Guide structured brainstorming sessions to produce sectioned design specifications.
DecentralizedGeowriting-skills
Creates and validates skill documentation using RED-GREEN-REFACTOR with subagent testing.
DecentralizedGeosystematic-debugging
Identify root causes of bugs using a structured four-phase debugging process.
DecentralizedGeoexecuting-plans
Execute written plans in batches with progress reports between batches.
DecentralizedGeowriting-plans
Draft step-by-step implementation plans for multi-step software engineering tasks.
DecentralizedGeodispatching-parallel-agents
Dispatch parallel agents to investigate independent test failures concurrently.
DecentralizedGeoagent-memory
Store and recall project context across development sessions using markdown files.
DecentralizedGeotest-driven-development
Enforce a tests-first workflow with the Red-Green-Refactor cycle.
DecentralizedGeofinishing-a-development-branch
Verify tests and guide Git merge decisions with worktree cleanup.
DecentralizedGeoreceiving-code-review
Verify code-review feedback against the codebase before implementing changes.
DecentralizedGeoverification-before-completion
Enforce evidence-based verification before claiming task completion.
DecentralizedGeousing-git-worktrees
Create isolated git worktrees with safety checks and automatic project setup.
Frequently Asked Questions About The Decentralized Geospatial Collaborative
FAQPage SchemaWhat specific engineering tasks are enabled by these capabilities?▼
These capabilities enable structured software development including test-driven cycles, systematic debugging, and rigorous code review verification. Users can manage complex implementation plans, maintain project context across sessions via markdown, and ensure high-quality code merges through evidence-based verification processes.
Which personas benefit most from these development methodologies?▼
Software engineers, technical leads, and systems architects benefit from these structured methodologies. The framework is designed for developers who require consistent, repeatable processes for managing multi-step tasks, maintaining clean Git environments, and enforcing strict quality standards during the development lifecycle.
What are the prerequisites for implementing these development practices?▼
Implementation requires a standard Git-based environment and a commitment to the Red-Green-Refactor cycle. Users must be prepared to adopt structured planning documentation and integrate Git worktree management into their existing repository maintenance routines to fully utilize the provided verification and dispatching capabilities.