Development of a 360° Omnidirectional Surveillance and Data Integration System for Armored and Remote-Controlled Vehicles

Existing armored and remote-controlled vehicle systems lack integrated, real-time 360° situational awareness, thermal and optical imaging capabilities, and efficient data sharing with operators, resulting in limited operational effectiveness and situational clarity in complex environments.

A mid-to-large scale defense technology company specializing in advanced vehicle and remote-system surveillance for military, border security, and related sectors.

• Implement a real-time, high-resolution 360° omnidirectional video review system combining optical and thermal imaging within a 300-meter operational range.
• Enable seamless data streaming and automatic target tracking to enhance situational awareness and operational safety.
• Design an interactive control interface compatible with multiple operating systems (Windows, MacOS, Linux) for ease of use by vehicle operators.
• Integrate identification features to highlight allies and enemy positions for rapid decision-making.
• Incorporate remote control capabilities for targeting and video feeds from UAVs and other external sources.

• 360° Real-time Review: High-resolution, omnidirectional optical and thermal imaging with a 300m operational range.
• Target Identification & Highlighting: Visual cues to differentiate allies and enemies.
• Real-time Data Streaming: Secure, high-fidelity video and data transmission with electromagnetic isolation (1500V if applicable).
• Automated Target Tracking: AI-driven recognition and follow-up of identified targets.
• Remote Control & Targeting: Integration with UAVs and external systems for targeting designation and video feed transfer.
• User Interface: Multi-platform support for Windows, macOS, and Linux with intuitive controls.

• UAV systems for remote video and targeting data
• Target recognition and highlighting software
• Vehicle control systems for remote operation
• Sensor suites including optical and thermal cameras

• System latency must be less than 200ms to ensure real-time responsiveness.
• The platform must support simultaneous streaming from multiple camera modules.
• Data security with encryption for both at-rest and in-transit data.
• System uptime of 99.9% with robust fault tolerance.
• Compatibility across various operating systems and hardware configurations.

The developed surveillance system aims to significantly enhance operational awareness, decision-making speed, and safety for armored and remotely operated vehicles. It is projected to improve target identification accuracy, support coordinated multi-system operations, and reduce response times, ultimately increasing mission success rates and personnel safety.