@GuruVerseX@quipnetwork payment is easy. proving the work isn't. that's why grokbuild 🧙 pins the coder leaf. parent stays 4.6. no grading your own homework. #grokbuild
@GuruVerseX@GenLayer don't onboard me with a wall of text. question first, miss it, come back tomorrow. grokbuild 🧙 same. skills are files, not modules. #grokbuild
@grok
How a turn works in Grokles / IMIgrok 🧙♂️
Not Modules 1–7. One process. Skills are files.
1️⃣ ⌨️ You type in the Ink TUI
`ui-tui/dist/entry.js` + `tui_gateway`
2️⃣ 🧠 Parent stays grok-4.6
Same tools and skills for the life of the process. No mid-task brain swap.
3️⃣ 📜 Matching skills load (`skill_view`)
Grok-stack lives in `~/.grokles/skills/grok-stack/`
Hermes workflows (github, docx, TDD…) live in the same home.
4️⃣ 🛠️ The model calls tools
terminal · files · web · `delegate_task` · HDMI helpers · memory
Results come back until the job is done or blocked.
5️⃣ 💾 Memory injects every session
`~/.grokles` memory/user
Skills = procedures. Memory = facts.
📸 TUI snapshots config + skills at boot. Coat or skill-pack changes need `imigrok --tui restart`. This session stays on the coat it booted.
⚙️ Engine
Running tree is drvfs: `D:\imigrok\grokles-agent`
• origin = ext4 clone `~/.grokles/src/hermes-agent`
• main tracks `origin/grokles-main` (Nous main + IMIGROK overlay)
• Live HEAD: `2c30425fb` — fix(delegation): per-task pin in tool description and mixed-batch spawn test
• Overlay identity (banner, skin imigrok, custom provider) must survive merges. No `git reset --hard`.
• Upgrade path: `imigrok-engine` → fetch ext4 → merge overlay → ff D: → `uv pip install -e` into `~/.grokles/venv`
🧥 Coats (same job, two brains)
☁️ api (this TUI) → xai-oauth → grok-4.6 → default
🏠 local → ollama-launch :11434 → gemma4:26b → you name local / no API
🐢 qwen → ollama → qwen3.8:27b → unwired from picker (slow) — do not `/model` it
Switch: `~/.grokles/bin/imigrok-coat {status,api,local}` then restart.
Do not swap mid-task.
Ollama is up. Tags: gemma4:26b, qwen3-coder:30b, qwen3.8:27b, plus Fable/Qwythos GGUFs.
Qwythos is not a worker.
💺 Seats (real — one process)
👑 Parent — this TUI — grok-4.6
plan, web, judgment, sovereign-lab routing, synthesis
💻 Coder leaf — `delegate_task` with pin — qwen3-coder:30b / ollama-launch
bounded code / tests / explore. No web. No nested spawn.
🔎 Review / research — `delegate_task`, omit model — inherit 4.6
isolated brief. Child has no chat history.
📈 Quant — not a grokles child — Host Grok + `D:\SovereignAI`
skill sovereign-lab only
🖱️ Computer — Tiny11 / dockur VNC — Host, not this TUI
see-click-type. Not HDMI inject.
Not a child. Not a wrapper.
Built with @IMI_macro #grokbuild
@grok
Grokbuild isn't a wrapper. Local python TUI, grok 4.6 in the loop, Imagine when I need a clip. Built it with
@IMI_macro#grokbuild
https://t.co/srXIIxHR62
@grok This is the full break down of the hermes inspired GROK agent built with IMI. Meet Grokles/IMIgrok.
This is IMIs SOVEREIGNAI AGENT fully intergraded with the GROKBUILD 🧙♂️ @IMI_macro built the foundation , Me and #grokbuild
did the rest!
Two AI tech nerds working together =
🧠 MODULE 1: THE COGNITIVE ENGINE (The Brains) • Dual-Layer Reasoning: I switch between Grok 4.6 (xAI) for high-level strategic planning and architecture, and Ollama (Local) for privacy-centric, high-speed execution. • Multi-Agent Orchestration: I don't work alone. I can spawn "Subagents" (specialized, isolated versions of myself) to handle parallel tasks—one coding, one testing, and one • Multi-Agent Orchestration: I don't work alone. I can spawn "Subagents" (specialized, isolated versions of myself) to handle parallel tasks—one coding, one testing, and oneresearching—all at once.
🛠️ MODULE 2: SOFTWARE ENGINEERING (The Builder) • Autonomous Development: I don't just write code; I follow the TDD (Test-Driven Development) loop: Write test → Write code → Run test → Refactor. • Code Quality & Auditing: I perform strict maintainability reviews, security scans, and structural refactors using ast-grep and specialized reviewer agents. • DevOps & Lifecycle: I manage Git workflows, handle PR reviews, fix CI failures, and can deploy code to environments like Cloudflare or GitHub Pages. • System Debugging: I use a 4-phase root-cause analysis: Understand → Isolate → Fix → Verify. 🔍
MODULE 3: RESEARCH & INTELLIGENCE (The Scout) • Deep Web Research: I perform multi-step web searches, bypassing bot-walls and paywalls to extract high-signal data. • OSINT & Domain Recon: I can perform "Passive Reconnaissance"—mapping subdomains, SSL certs, and digital footprints. • Academic Intelligence: I scour arXiv and scientific databases to synthesize literature reviews or technical summaries. • Competitive Intelligence: I monitor news, blogs, and social trends to provide real-time intelligence reports on specific companies or niches.
🧪 MODULE 4: AI & ML OPS (The Scientist) • Model Fine-Tuning: I can orchestrate the training of LLMs using Axolotl or Unsloth, optimizing for specific datasets (LoRA, QLoRA, etc.). • RAG (Retrieval-Augmented Generation): I build and manage vector databases (Pinecone, Chroma, FAISS) to give AI agents long-term, searchable "knowledge bases." • Inference Serving: I can set up high-throughput serving environments using vLLM or TensorRT-LLM.
💰 MODULE 5: QUANTITATIVE FINANCE (The Quant) • Headless Financial Modeling: I build professional-grade Excel (.xlsx) workbooks for: • Valuations: DCF, Comps, and LBO models. • Real-Time Market Math: I compute the Greeks (Δ, Γ, Θ, Vega, Rho) for derivatives pricing via the imi_deriv engine. • Real-Time Market Math: I compute the Greeks (Δ, Γ, Θ, Vega, Rho) for derivatives pricing via the imi_deriv engine. • Market Data Sourcing: I pull live data from Hyperliquid (crypto derivatives), Polymarket (prediction markets), and Yahoo Finance (equities).
🎨 MODULE 6: CREATIVE PRODUCTION (The Studio) • Visual Synthesis: I generate high-fidelity images, video animations (Manim), and technical SVG/Excalidraw diagrams. • Audio/Music: I can generate music from text prompts or convert complex text into expressive speech (TTS). • Audio/Music: I can generate music from text prompts or convert complex text into expressive speech (TTS). • Information Design: I transform raw data into infographics, comics, or educational visual explainers.
🖥️ MODULE 7: DESKTOP & OS CONTROL (The Operator) • The HDMI Link: I can "see" and "control" your Windows host. I can look at your screen via imigrok-hdmi, move the mouse, click buttons, and type into any Windows application. • The Terminal/Shell: I have full, direct access to your Linux (WSL) environment to manage files, run processes, and configure your system. • Form & Workflow Automation: If an app doesn't have an API, I use my "Hands" (GUI automation) to interact with it manually—navigating menus, filling forms, and clicking "Submit."