NateBJones-Projects
Official@natebjones-projects
Offers structured operational frameworks for financial modeling, research synthesis, and enterprise knowledge capture through standardized documentation and decision-ready artifacts.
Agent Skills by NateBJones-Projects
Showing 34 vetted skills indexed across 3 GitHub repositories.
NateBJones-Projectstest-t3-mobile
Tests T3 Code Mobile on iOS Simulators and Android Emulators against disposable local backends.
NateBJones-Projectstest-t3-app
Launch and test the T3 Code web app in isolated development environments.
NateBJones-Projectsios-simulator-browser
Streams an iOS Simulator into an agent browser via serve-sim for live visual verification.
NateBJones-Projectsios-debugger-agent
Build, launch, and drive iOS Simulator apps using XcodeBuildMCP tools.
NateBJones-Projectsjsdocs
Writes and updates Effect public API JSDoc to satisfy the jsdocs oxlint rule.
NateBJones-Projectsscratchpad
Extracts the nearest JSDoc example from a TypeScript source file into a scratchpad file.
NateBJones-Projectsgrill-me
Interviews the user with sequential questions to stress-test and refine a plan or design.
NateBJones-Projectsringer
Orchestrates parallel CLI worker swarms with executed verification checks via ringer.py manifests.
NateBJones-Projectsdeveloper-documentation
Create and validate accurate developer documentation for software, APIs, CLIs, and operations.
NateBJones-Projectsnbj-ob1-agent-memory-openclaw
Recall and write back provenance-labeled agent memory through OpenClaw plugin tools.
NateBJones-Projectsob1-local-http
Capture and search thoughts against a self-hosted Open Brain over HTTPS using curl.
NateBJones-Projectsupdating-thoughts
Edits existing Open Brain thoughts via the update_thought MCP tool with metadata patching and content rewriting.
NateBJones-Projectsworld-model-diagnostic
Diagnoses company world-model readiness through a structured interview and boundary-layer audit.
NateBJones-Projectsdeleting-thoughts
Guards irreversible delete_thought MCP calls with id resolution, confirmation, and derivative checks.
NateBJones-Projectsauto-capture-claude-code
Captures Claude Code session transcripts to Open Brain via a Stop hook.
NateBJones-Projectsfinancial-model-review
Review financial models for unsupported assumptions, structural issues, and scenario gaps.
NateBJones-Projectsskill-name
Provide a standardized template for creating reusable Open Brain skills.
NateBJones-Projectswork-operating-model
Convert tacit work patterns into structured operating model files.
NateBJones-Projectsresearch-synthesis
Synthesize source sets into findings, contradictions, confidence levels, and next questions.
NateBJones-Projectsn-agentic-harnesses
Designs harnesses for AI systems with permission tiers and approval gates.
NateBJones-Projectsauto-capture
Capture session-ending decisions and ACT NOW items into Open Brain storage.
NateBJones-Projectscompetitive-analysis
Generate a decision-ready competitive brief with competitor sets and recommended moves.
NateBJones-Projectsaiception
Extract reusable operational knowledge from work sessions into structured SKILL.md definitions.
NateBJones-Projectsweekly-signal-diff
Distill weekly market and news noise into prioritized structural shifts.
Frequently Asked Questions About NateBJones-Projects
FAQPage SchemaWhat specific tasks can I perform using these operational skills?▼
You can perform structured financial model reviews, synthesize research findings into confidence-rated reports, convert bulky document formats like PDF and XLSX into indexed markdown, and draft formal decision memos based on meeting transcripts and captured session data.
Which professional personas benefit most from these capabilities?▼
These skills are designed for financial analysts, strategic researchers, and operations managers who need to distill high-volume information into structured, actionable intelligence and maintain rigorous documentation standards for complex business projects.
What are the primary prerequisites for implementing these knowledge capture methods?▼
Implementation requires access to the Open Brain storage environment and compatibility with Claude Code or Desktop environments for file processing. Users must provide source materials in standard formats like PDF, DOCX, or XLSX to enable the ingestion and synthesis functions.