Vœrynth Système

Vœrynth is a modular intelligence framework designed for high-availability estates, superyachts, and sensitive physical environments where cloud reliance is an operational hazard.

Mainstream consumer automation stacks are almost universally cloud-tethered, fragile, and loosely coupled. When uplink latency fluctuates or remote servers drop, physical control suffers. Estates and critical facilities cannot afford non-deterministic behavior.

A hardened, five-layer 'iceberg' architecture isolating low-voltage physical switching from high-level reasoning. Physical manual overrides exist at the bottom metal layer, while adaptive intelligence orchestrates state locally without external telemetry.

1. 01

   Layer 1: Hard Metal — DIN-rail dry contacts, isolated relays, physical interlocks, and local industrial compute.

2. 02

   Layer 2: Translation — Protocol decoupling for KNX, Modbus RTU/TCP, DALI, Zigbee, Matter, and dry-contact I/O.

3. 03

   Layer 3: State Engine — Deterministic local event bus (MQTT / SQLite) maintaining authoritative state with sub-millisecond dispatch.

4. 04

   Layer 4: Reasoning — Local small-footprint LLMs and deterministic rule graphs operating completely air-gapped.

5. 05

   Layer 5: Interface — Low-latency wall consoles and touch decks (Vœrynth OS) with zero external script dependencies.

Cloud Dependency

Zero (100% Local-First Execution)

Recovery Domain

Isolated Out-of-Band Watchdog

Bus Latency

< 8ms internal dispatch

Protocol Support

KNX, Modbus, MQTT, GPIO, Matter

Local-First Architecture · MQTT · Python / C++ · Home Assistant Core · Linux Edge Kernel · Tailscale Mesh · Hardware Watchdog

Bespoke systems architecture and ongoing engineering by KK Achari.