K.R.Y.Z.E.N V3.2
GitHub Deploy Local
SYSTEM V3.2 TELEMETRY ONLINE // 14 SPECIALIST AGENTS // ZERO-DEP STD-LIB

Autonomous AI Product
Engineering Mesh & Vibe Studio

Industrial-grade Swiss-Modernist telemetry control engine. Sovereign, local-first multi-agent orchestration running directly on your computer with pure Python 3 standard library.

Explore Source Code on GitHub → Inspect Honeycomb Spec
Tests License Python Version Telemetry
K.R.Y.Z.E.N MISSION CONTROL // LINEAR TELEMETRY MESH
K.R.Y.Z.E.N Linear Honeycomb Telemetry Mesh Interface
01 // CORE ARCHITECTURE

Deterministic Multi-Agent Engineering

Built for developers who value sovereign execution, absolute transparency, and zero third-party framework bloat.

[01]

Zero-Dependency Engine

Runs 100% on standard Python 3 modules (http.server, urllib, sqlite3, json, subprocess). No virtual environments or fragile pip dependencies required to launch the core mission control daemon.

[02]

Linear Honeycomb Mesh

Replaces tangled multi-agent chat loops with 6-facet hexagonal agent modules connected via 90-degree orthogonal Manhattan circuit traces, real-time stage gate breakers, and microsecond SSE telemetry packets.

[03]

Interactive Vibe Studio

Tactile product design feedback. Click any UI element in live generated web applications to instantly generate structured feedback prompts, tweak CSS dials live, or roll back states via deterministic Time-Travel Checkpoints.

02 // 6-FACET SPECIFICATION

Anatomy of the Honeycomb Cell

Every specialist agent node in K.R.Y.Z.E.N is rendered as an elongated hexagonal facet with five dedicated sub-assemblies.

CELL ANATOMY // 5-PART TECHNICAL SPECIFICATION
Honeycomb Cell Anatomy 5-Part Specification
PART FACET TELEMETRY SPECIFICATION
01 Status Crown Displays stage index (00..07), agent codename, and compute tier badge (REASONING, FAST, COMPACT).
02 LED Pulse Core Hexagonal live telemetry beacon indicating active compute, idle readiness, or pipeline gate locks.
03 Execution Matrix Live tracking of execution step counters, call frequency, and real-time response handoffs.
04 Facet Counter Granular tally of sandboxed tool permits and loaded capability skills bound to the node.
05 Bus Docking Ports Dual docking ports (-98px inbound / +98px outbound) connecting orthogonal Manhattan circuit traces.
03 // PIPELINE STAGES

The 0-to-100 Autonomous Lifecycle

Deterministic state transitions with automated stage gate breakers preventing regressions.

00 // START

Orchestrator

Task intake, project initialization, master checkpoint coordination.

15 // DISCOVER

Research & Product

Market benchmarks, competitor analysis, PRD specifications.

30 // PLAN

Planner & Architect

Service boundaries, ADRs, atomic task breakdowns.

45 // DESIGN

Design & Tokens

Swiss UI design systems, typography scale, WCAG AA compliance.

60 // BUILD

Full-Stack Engineering

Frontend, backend APIs, database schemas, clean scaffolding.

75 // VERIFY

Browser QA & Tests

Headless Chromium journeys, visual regression, 113/113 unit tests.

90 // LAUNCH

DevOps & Security

Multi-stage Docker, systemd units, OWASP security hardening.

100 // GROW

SEO & Marketing

Structured JSON-LD schemas, dynamic XML sitemaps, social cards.

04 // MISSION CONTROL RUNBOOK

Quickstart & Local Deployment

Get K.R.Y.Z.E.N running on your machine in under two minutes.

# 1. Clone the repository
git clone git@github.com:Hossein4163/KRYZEN.git
cd KRYZEN

# 2. Configure environment credentials
cp agent/runtime.env.example agent/runtime.env
# Edit agent/runtime.env with your API keys (Gemini, Claude, or local Ollama)

# 3. Start the Mission Control server
cd agent
./jarvis/start.sh

# Mission Control will be live at http://127.0.0.1:8770