Introducing R.O.N.I.N
Resilient. Optimized. Networked. Intelligent. Next-Generation.
Westwood AI is proud to introduce the R.O.N.I.N. Project—a forward-looking initiative designed to advance modern warfare capabilities with adaptability at its core.
​
The project leverages existing technologies and hardware to build a scalable, cost-effective platform capable of supporting multi-domain operations.
By focusing on flexibility and reliability, R.O.N.I.N. ensures that mission-specific requirements can be met without compromise—delivering systems that are both adaptable and dependable.
Our 4-Phase Approach
By leveraging existing technologies and hardware, R.O.N.I.N. creates a cost-effective, multi-domain platform built to meet diverse mission requirements without compromising reliability. This system is designed to adapt quickly, integrate seamlessly, and scale as operations evolve.
Phase 1: LiDAR Mapping
Operations begin with precise 3D mapping of the environment.
-
Aerial & Terrestrial: Drone-mounted LiDAR generates terrain models and elevation data in GPS-contested areas.
-
Aquatic: Underwater mapping up to 300 meters expands mission reach.
-
Object Detection: Identify buildings, roads, and other static features to improve planning and navigation.
Phase 3: Drone Hub
Each hub serves as a launch point for adaptable drone deployments.
-
Dynamic Loadouts: Drones can be equipped with varied sensors (EO, IR, thermal) and mission-specific payloads (medical supplies, provisions, equipment).
-
Non-GPS Navigation: LiDAR-based metadata ensures precise control in environments where GPS is denied or unreliable.
Phase 2: Map Configuration
Sensor coverage is optimized to ensure accurate, reliable data.
-
Sensor-Agnostic: Compatible with LiDAR, electro-optical (EO), infrared (IR), and other technologies.
-
Custom Setup: Configurations tailored to maximize effectiveness across mission types.
Phase 4: Mission Configuration​
Every mission is tailored to specific operational needs.
-
Adaptability: Drone configurations are customized to the mission instead of relying on a one-size-fits-all model.
-
Scalability: Systems evolve with changing requirements—expanding coverage, payload types, or deployment strategies as needed.
Multi-Domain. Multi-Sensor.
Drawing insights from recent conflicts across the Eastern theater and the Middle East, the R.O.N.I.N. Project reflects the real-world value of low-cost, adaptable drones in both kinetic and non-kinetic roles.
​
Our system integrates:
-
3D LiDAR Mapping for enhanced terrain awareness
-
Affordable, advanced sensors including EO, IR, and thermal imaging
-
Machine Learning Software for object detection and mission automation
​
This combination enables drones to operate across air, land, and sea, carrying tailored sensor packages and payloads to meet mission-critical needs.
The Advantage of R.O.N.I.N.
-
Cost-Effective: Built on existing, proven technologies
​
-
Adaptable: Customizable for each mission requirement
​
-
Reliable: Operates effectively even in contested or denied environments
​
-
Scalable: Grows with evolving mission demands