Ondas Autonomous Systems
OAS is the operating subsidiary that holds all autonomous systems companies under Ondas Inc., structured to function as a single Tier-1 defence prime contractor entity.
Products
Ondas Networks FullMAX
networkai-assistedconnectivityFullMAX provides an industrial wireless platform for mission-critical, secure communication in challenging environments.
Operates on licensed and unlicensed narrowband spectrum, supports IPv6, with AES-256 encryption
Supports AI-driven network optimization and includes a flexible API for network management
Compatible with various SCADA, IoT systems, and integrates with public and private LTE networks
Addresses the need for robust and secure communication links in industrial and military applications.
Ensures reliable, long-range data connectivity and transmission in complex environments.
Not suitable for environments requiring ultra-low latency or extremely high data throughput.
Airobotics Autonomous Drone Platform
dronefully-autonomousairThe Airobotics drone platform is designed for fully autonomous operation in high-demand industrial environments.
Equipped with high-resolution cameras, GPS, and infrared sensors; operates on 5.8 GHz
Utilizes computer vision algorithms and can be controlled via a web-based interface.
Integrates with GIS platforms and enterprise resource systems
Provides automated aerial inspections and surveys without the need for human intervention.
Unlocks continuous, real-time monitoring capabilities, reducing the need for on-site personnel.
Not designed for consumer use or in non-industrial settings.
American Robotics Scout System
dronefully-autonomousairThe Scout System is a fully automated drone system that facilitates real-time agricultural monitoring and data collection.
Lidar sensors, visible and IR cameras, operates in 2.4 GHz ISM band
Includes AI for data analysis and a custom API for integration
Compatible with SCADA systems and various data analytics platforms
Solves the problem of labor-intensive, manual data collection in large agricultural fields.
Provides continuous, autonomous monitoring, significantly enhancing data accuracy and efficiency.
Limited to pre-defined areas for operation; does not function well in adverse weather conditions.