ATREYD RAYN SUITE

Distributed Neuronal AI for All Unmanned Domains

RAYN is ATREYD’s unified AI architecture that turns any unmanned platform—UAS, UGV, USV, or UUV—into a coordinated, autonomous, and self-organizing defense swarm.
Designed for today’s high-tempo, multi-domain conflicts, RAYN enables thousands of assets to think and react together like a living neuronal network, without human pilots or heavy bandwidth.

RAYN is composed of three core modules:

RAYN-C2

Distributed Command & Control for Thousands of Assets

RAYN-C2 is the strategic brain of large unmanned ecosystems.
It replaces legacy C2 systems with a real-time autonomous orchestration engine capable of commanding entire defensive architectures:

• Drone Walls and multi-layer interception grids

• Hoplite FPV interceptor swarms

• Drone Mines (DMI) defensive bubbles

• UGV perimeter patrols

• Maritime USV/UUV interdiction networks

Key Capabilities

• Multi-domain sensor fusion (radar, EO/IR, acoustic, SIGINT, ADS-B, AIS)

• Autonomous threat classification, prioritization & predictive modeling

• Real-time dispatch of thousands of unmanned units

• NATO-C2 and Ukrainian-C2 compatible

• Low-bandwidth, anti-jamming operating modes

• Plug-and-fight integration via RAYN-SHARD or Project Cy

RAYN-C2 dynamically restructures unmanned formations into layers, funnels, pincer arcs, or pursuit packs depending on threat behavior.

RAYN-CORE

Full Autonomy Engine for Self-Organizing Swarms

RAYN-CORE is the independent, on-mission intelligence that allows swarms to continue operating even with zero connectivity.

With RAYN-CORE, a swarm is able to:

• Self-organize into optimal defensive geometries

• Change layers dynamically to close air gaps

• Share threat vectors through distributed edge communication

• Adapt in milliseconds to unpredictable FPV or Shahed trajectories

• Maintain mission continuity in GPS-denied or jammed environments

• Make collective decisions without any uplink

This is the mechanism that turns ATREYD’s unmanned assets into a collective, adaptive organism.

RAYN-SHARD

Universal Onboard AI Module for Any Drone

RAYN-SHARD is a ruggedized embedded computer that upgrades any drone—air, ground, surface or underwater—into a RAYN-enabled autonomous node.

It is the foundation of Project Cy, which transforms entire fleets into decentralized swarms regardless of their origin or manufacturer.

Capabilities

• Onboard AI processing with no cloud dependency

• Distributed neural-mesh networking

• Visual target detection and tracking

• Sensor-fusion edge computing

• Anti-spoofing, anti-jamming autonomy

• Native integration with RAYN-C2 and RAYN-CORE

With RAYN-SHARD, even legacy assets become part of a coordinated defense ecosystem within minutes.

Why RAYN Redefines Unmanned Defense

Built for Modern Threats

Neutralizes FPVs, Shaheds, maritime drones, UGVs, guided munitions, and Rubicon-style mass swarms.

Zero-Pilot Autonomous Operations

Human reaction time is no longer a limiting factor; RAYN performs sub-second distributed decisions across the swarm.

Hardware-Agnostic

Any platform can join the network—new, old, commercial, or military—via RAYN-SHARD.

Battle-Proven Logic

Validated with real deployments across Europe and Asia, coordinating UGVs, VTOL UAS, FPV interceptors, and Drone Mines inside the RAYN architecture.

RAYN in Action

RAYN enables:

• Autonomous Drone Walls that deploy and reconfigure themselves

• Multi-angle FPV interception paths for maximum success rate

• UGVs performing persistent perimeter security

• USVs/UUVs forming maritime interdiction nets

• Drone Mines creating constant autonomous defensive bubbles

Together, RAYN forms a sovereign, resilient, and adaptive shield.

Deploy the RAYN Suite

ATREYD offers RAYN as:

• A complete AI ecosystem for national defense infrastructure

• A hardware/software stack with RAYN-SHARD for OEM integration

• A training, simulation and doctrine development platform

• A turnkey deployment package across air, land and sea domains

RAYN is the new standard for distributed autonomous defense.