Abstract :

With The Growing Need For Enhanced Security And Surveillance In Sensitive Areas, The Development Of Intelligent And Remotely Operated Systems Has Gained Significant Attention. This Project Proposes The Design And Implementation Of A Vision-based Spy Robot Capable Of Real-time Monitoring And Surveillance In Environments That Are Either Dangerous Or Difficult For Humans To Access. The Robot Is Equipped With A Wireless Camera Module, Which Streams Live Video To A Remote Device Such As A Smartphone, Computer, Or Control Center Using Wi-Fi Or Bluetooth Technology. This Enables Operators To Observe And Assess The Situation From A Safe Distance.The System Is Powered By A Microcontroller (such As Arduino And Includes Motor Drivers And Sensors That Allow The Robot To Navigate Various Terrains, Avoid Obstacles, And Move In Multiple Directions. The Robot Can Be Operated Manually Via A Mobile App Or Web Interface, And It Can Also Include Autonomous Features Such As Motion Detection Or Pre-programmed Path Navigation. The Video Footage Captured By The Onboard Camera Helps In Real-time Decision-making, Which Is Particularly Useful For Military Reconnaissance, Border Surveillance, Disaster Response, And Industrial Inspection. The Use Of Compact Hardware, Efficient Coding, And Wireless Communication Ensures Portability, Affordability, And Ease Of Deployment. This Vision-based Spy Robot Is A Valuable Tool In Modern Surveillance Systems, Significantly Reducing The Risk To Human Life While Improving Situational Awareness In High-risk Environments. Keywords: Motor Drivers, Sensor, Military Reconnaissance, Surveillance

Published:

23-6-2025

Issue:

Vol. 25 No. 6 (2025)

Page Nos:

822-826

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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