ARXO Olympus Systems

• Mission Role: Dual-use drone: lightweight ISR + defensive engagement
• Key Traits:
• AI assists with autonomous recon and light combat
• IRIS operates multi-sensor perimeter monitoring
• ARIES limited to threat identification; human-authorized strike only
• Includes Olympus-Lite switch mode for civilian contracts
• Autonomy: Level 4 (autonomous mission execution with oversight)
• Dual Use? ✔️ Yes. Civilian surveillance mode disables ARIES & HADES
• Export Potential: High (NATO, DHS, FEMA, Border Patrol, pipeline inspection firms)

A versatile dual-use AI suite optimized for lightweight combat and high-resolution reconnaissance. Olympus-Tactical balances autonomy with safety, supporting both defense and civilian missions through modular activation.
Use Case:
A Reaper-1 drone equipped with Olympus-Tactical patrols a U.S. border sector. During the day, it maps migration trails and monitors for illegal crossings using IRIS. At night, Olympus switches to combat-ready mode, scanning for armed incursions and autonomously tracking threats—awaiting human authorization for any engagement.

• Mission Role: Advanced drone interdiction, mid-range AI combat control
• Key Traits:
• Full ATHENA integration for predictive engagements
• More aggressive ARIES behavior—preemptive tracking and defensive counterfires
• ZEUS supports partial swarm leadership in 3-drone units
• Ideal for contested airspace with adaptive targeting and strike timing
• Autonomy: Level 4+ (mission-changing autonomy under ROE)
• Commercial Use? ⚠️ Limited — military-only due to lethal capacity
• Export Potential: Moderate (under FMS, allies with threat theater UAVs)

A mid-tier combat AI system tailored for aggressive drone operations and responsive battlefield adaptation. Olympus-Command enables real-time re-tasking, predictive pathfinding, and autonomous drone engagement support.
Use Case:
During a counter-UAS mission, a Reaper-2 drone using Olympus-Command detects an enemy drone swarm encroaching on a forward operating base. ARIES flags priority targets, ATHENA predicts flight paths, and ZEUS coordinates a high-speed intercept route—allowing the drone to disable two hostiles while evading a third.

• Mission RoleApex-level lethality, swarm leadership, BVR combat
• Key Traits:
• ZEUS enhanced with adaptive reinforcement learning and mission reshaping
• ATHENA runs full predictive wargame simulations
• ARIES executes tightly time-coordinated multi-target strikes
• IRIS feeds fused data from 3+ drones or satellites into real-time battlespace modeling
• Capable of controlling subordinate drones as a command node
• Autonomy: Level 5 (strategic autonomy within constraints)
• Commercial Use? ❌ None — DoD-use only
• Export Potential: Highly restricted (Tier-1 allies only via DoD channels)

An elite command-grade AI system capable of autonomous multi-target engagements, swarm leadership, and real-time strategic combat orchestration. Olympus-Sovereign transforms drones into battlefield coordinators.
Use Case:
In a simulated joint-force exercise, a Prime Reaper operating Olympus-Sovereign commands a formation of smaller Reaper-1s. It uses ATHENA to anticipate enemy SAM site relocation and IRIS to triangulate threat signals. ZEUS assigns flank maneuvers to subordinates, enabling a coordinated airstrike while maintaining high-value target avoidance.

• Mission Role Extreme threat neutralization, predictive-kill doctrine, anti-ACE missions
• Key Traits:
• Instinctual Combat Mode: ATHENA + ARIES-X simulate hundreds of engagements on the fly
• Prioritizes high-speed AI reasoning > human lag-time
• Engages autonomously against near-peer drone or air assets if pre-cleared
• Experimental neural-model mirroring to replicate enemy tactics in real time
• HERMES-X supports full swarm adaptation + satellite relay overwatch
• Autonomy: Level 5+ (near-unbound autonomy under mission flag)
• Commercial Use? ❌ Experimental/Military-Only
• Export Potential: None — U.S. only; classified

An experimental, ultra-aggressive AI doctrine engineered for instinctual warfare. Olympus-Prime combines quantum analytics, predictive combat, and self-adaptive behavior to eliminate near-peer drone threats with minimal latency.
Use Case:
In a physic-based simulated test range, a Apex-class SX-1 drone engages in a live-fire simulation against a swarm of high-speed U.S Valkyrie drones. Olympus-Prime executes hyper-evasive maneuvers at Mach speed while calculating predictive strike vectors mid-turn. It disables three drones in under 90 seconds, operating without direct human input.