DISTRIBUTED OBJECT OPERATING SYSTEM

OCS GALAXY
THE OPERATING SYSTEM FOR THE PHYSICAL AND DIGITAL WORLD.

Objects. Places. Machines. Data. Events. Intelligence.

OCS GALAXY is an operating system that connects physical objects, digital objects, places, machines, humans, data, and processes into a single unified architecture.

Explore The Galaxy ↓ System Architecture ➔

THE GALAXY CORE ENGINE

Not isolated applications. All capabilities are integrated pillars of one unified ecosystem.

OCS GALAXY OBJECT OS

TERRA MAPS

Spatial Layer

OBJECTS

Digital Identities

NODES

Edge Network

SECURITY GATE

Zero Trust Guard

EVENTS

Event Driven Engine

MODULES

OS Capabilities

JUNO AI

System Intelligence

THE GALAXY SUBSYSTEMS

Explore the core pillars that make OCS GALAXY a true operating system rather than a standard web portal.

🗺️

TERRA MAPS

Spatial Layer of OCS Galaxy

Digital maps of physical locations. Terra Maps seamlessly links real spaces directly to digital objects through a hierarchical spatial model.

WORLDPROPERTYBUILDINGFLOORROOMOBJECT
📦

OBJECTS

Universal Identity & State

Every physical or digital object receives an immutable cryptographic identity.

• Machines & Tools
• Sensors & Devices
• Workstations & Robots
• Buildings & Materials
📡

NODES

Distributed Edge Computing

Local and decentralized execution units that process data edge-first and communicate securely across the Galaxy network.

• Edge Servers & Gateways
• Mini-PCs & Raspberry Pi
• Microcontrollers (ESP32)
• Machine Controllers
🛡️

SECURITY GATE

Zero Trust Guard Engine

Fundamental core component regulating every system interaction via a multi-stage risk engine (ANUBIS core architecture).

REQUEST ➔ DEVICE ➔ SESSION ➔ IDENTITY ➔ RISK ➔ RESULT

EVENTS

Event-Driven Architecture

Everything in OCS Galaxy is an event. Events trigger real-time system actions, automation workflows, and state updates across all nodes.

• Door scanned / Machine started
• Sensor triggered / Object moved
• Robot completed task
🧩

MODULES

Native OS Capabilities

Autonomous system capabilities sharing the same state, security, and event engine.

• Inventory & Machine Control
• Projects & Files & Calendar
• Security & Automation
🧠

JUNO AI

Cross-System Intelligence Layer

JUNO is not a generic chatbot. JUNO acts as the intelligent synthesis layer of OCS GALAXY, correlating real-time events, object states, spatial maps, machines, security audits, and history into natural language insights.

Query Example: "What happened in the workshop last night?"
➔ JUNO aggregates door scan events, machine telemetry, motion sensors, and security risk logs into a clear narrative.

OBJECT DIGITAL IDENTITY

Every physical asset becomes a living digital entity with state, history, and autonomous capabilities.

PHYSICAL ASSET

⚙️

Industrial Machine / Robot

ID: OCS-7F4A-992B-2026

Physical hardware operating on workshop floor B3.


REAL-TIME SYNC

DIGITAL GALAXY OBJECT

Identity: Immutable Cryptographic ID
Location: Terra Maps (Floor B3 → Room 12)
Files & Manuals: Digital schematics & docs
Events: Real-time start/stop/error stream
Maintenance: Predictive cycle tracking
Sensors: Vibration, Temp, Power telemetry
AI Integration: Monitored continuously by JUNO

SYSTEM ARCHITECTURE MODEL

How data flows securely from physical reality through nodes, security filters, and events into the OCS Galaxy Object OS.

OCS GALAXY

OBJECT OPERATING SYSTEM

IDENTITY LAYER

Objects / Users / Devices / Nodes

EVENT ENGINE

Real-Time Asynchronous Stream Processing

GATEWAY LAYER

Central API Routing & Traffic Management

MODULES

Business Logic

SECURITY GATE

Zero-Trust Pipeline

JUNO AI

Intelligence

NODE NETWORK

Distributed Local Edge Compute Units

REAL WORLD / PHYSICAL & DIGITAL ASSETS

ZERO TRUST ARCHITECTURE

SYSTEM SECURITY GATE

GATE ENGINE: ACTIVE

The OCS Security Gate sits between the Gateway layer and core application logic. It evaluates every incoming request, device fingerprint, session token, and identity in real-time through an autonomous 7-stage risk pipeline.

01
REQUEST
HTTP / API
02
DEVICE
Fingerprint
03
SESSION
Token Audit
04
IDENTITY
Zero-Trust ID
05
RISK SCORE
Heuristics
06
ACTION
Audit/Block
07
RESULT
Event Log
Cryptographic Verification Every request is cryptographically validated. No anonymous unverified executions allowed.
Sandboxed Execution Node modules run isolated, preventing side-channel contamination.
Immutable Event Stream All security evaluations generate immutable, auditable log events.

GALAXY EVOLUTION

Our strategic engineering roadmap for developing the distributed Object Operating System.

PHASE 01

NOW

  • Object Identity Layer & Schema
  • Central Gateway Infrastructure
  • Real-time Event Engine Core
  • Basic Module Integration
  • Node Communication Standard
PHASE 03

FUTURE

  • Distributed Multi-Site Mesh Nodes
  • Autonomous Robotics Control
  • Real-Time Digital Twin Sync
  • Self-Healing AI Operations

Häufig gestellte Fragen (FAQ)

Was ist OCS Galaxy?

OCS Galaxy ist kein gewöhnliches Web-Dashboard, sondern ein verteiltes Objekt-Betriebssystem (Object OS). Es verbindet physische Objekte, digitale Objekte, Orte, Maschinen, Menschen, Daten und Prozesse in einer gemeinsamen Zero-Trust-Architektur.

Wie unterscheiden sich Module in OCS Galaxy von eigenständigen Apps?

Module in OCS Galaxy (wie Terra Maps, Inventory oder Machine Control) sind keine getrennten Silos, sondern integrierte Bestandteile derselben GALAXY. Sie nutzen dieselbe Identitätsebene, denselben Security Gate und denselben Event-Stream.

Was ist Terra Maps?

Terra Maps bildet den räumlichen Layer von OCS Galaxy. Es verknüpft reale Orte (von der Welt über Grundstücke, Gebäude, Stockwerke und Räume) direkt mit den dort befindlichen digitalen und physischen Objekten.

Welche Rolle spielt der Security Gate?

Der Security Gate überwacht kryptografisch jeden Zugriff, analysiert Risiken in Echtzeit (Gerät, Session, Token) und schützt das gesamte Galaxy-Netzwerk nach strikten Zero-Trust-Prinzipien.