Black Book - Long Distance spy robot using IoT blynk

IRJET, 2021

This paper presents a recent approach for observation at border areas and remote using multifunctional robot based on recent IOT used in military applications and defense. This robotic vehicle has facility other the solider at border area provide observation. This multifunctional robot used to notice presence of enemy capture it in camera and give the live streaming to the official person observation is major role while we working on border area for this there is robot for observation purpose. The robotic vehicle works as sovereign and automatically controlled vehicle using cyberspace communication medium. A country safe keeping is the most important part which plays a vital role in a country growth, Development and budget. So many soldiers are securing the country by meticulous observation throughout the border. Inorder to make this much more sufficient, we are using over which can move tone place to other place, where it is challenging for human stood their job. The main concept of this paper is to continuously monitor the border through a livestreaming rover which can be controlled and can move to any direction using android application by means of wireless networks. The Video Streaming is done using blink application camera. The embedded programming language is used for the blink application. The rover will mechanism with greater ability which is capable of operating in multifunctional Surface while keeping all wheels in contact with ground surface. Finally, the main application is observation across the international borders for 24-hour care of any illegal or doubtful activities, metal recognition through robot is equipped to send a live video feed and sensor data to the remote computer or "IOT" *internet of things+

International Journal for Research in Applied Science & Engineering Technology (IJRASET), 2022

A robot is usually an electro-mechanical machine that guided by computer and electronic programming. Many robots have been built for manufacturing purpose and can be found in factories around the world. Now a days many illegal activities like crossing borders through forest regions, planting landmines, etc to keep an eye on such activities there is a need for some spying device that can spy on the restricted areas or some forest or territorial region where a human cannot go due to risk. Designing of the latest robot which can be controlling using an android mobile In developing the remote buttons in the android app can be control the robot motion. The proposed project Long Range Spy Robot using internet of things allows operating a robot irrespective of the distance of the person operating it. This robot is capable of capturing the video and move according to the commands given by operator. The live video can be seen on any device mobile or laptop remotely.For this project we used IoT technology which make use of internet. The robot is controlled by mobile phone installed with blynk app using esp8266 Wi-Fi module. Live video is seen using Esp32 cam module on any device with IP address of esp32 module. This Robot has its own Wi-Fi dongle which uses 4G network, ESP8266 and ESP32 cam module connect to this network. So this robot is enabled with own 4G internet can be controlled anywhere in the world for a truly long distance.

Annals of Robotics and Automation

Recently, robots have been developed to reduce human resources and observation time in a fast, booming, and rapidly growing technology. In this study, a surveillance robot is designed and manufactured to move around a given surrounding, preferably a domestic environment, record video & audio and send the information to the user through a network. The robot is allowed to be controlled wirelessly using Raspberry Pi technology from a location remotely using IoT technology. This sensor-based robot uses the Raspberry Pi with Ethernet, WI-Fi and Bluetooth for networking purposes. Python is chosen as the programming language in both autonomous and semi-autonomous modes. The manufactured robot was experimentally tested. The recorded videos, images and audio are successfully transferred through a WiFi network to the end user. The user could also control and move the robot in different directions for specific demands. The designed simple robot interests users to record and transfer informatio...

International Journal of Scientific Research in Science, Engineering and Technology, 2023

Women's security has become a crucial requirement in our metro cities and other urban areas. To address this need, a simple and cost- effective safety gadget is necessary, leveraging advanced technology and smart electronics. This project focuses on designing and implementing a prototype for an electronic robot that can serve as a safety device in the future. The device incorporates components such as nodemcuesp8266, ESP32 cam Board, GPS module (Neo-6M), buzzer, PIR sensor, and sound sensor. Its primary function is to activate whenever a woman detects danger through sound or the presence of a person on the road. It tracks the woman's location using GPS and sends emergency notifications, via IoT, to pre- registered mobile numbers and the police control room. Additionally, the ESP32 camera live streams the victim's situation. This system offers the advantage of being compact, portable, and user-friendly. By utilizing sophisticated components, it ensures accuracy and reliability.

We propose a cost-effective four-wheeled surveillance robot using an Arduino UNO microcontroller and a smartphone running the Android Operating System. Surveillance robots typically consist of a video camera, a GPS module, and GSM radios. Android smartphones come with excellent hardware satisfying the above needs. This can be leveraged and used to advantage through APIs (Application Programming Interfaces) provided for the Android operating system. Moreover, the cost for building said robot using a smartphone is mitigated to a great extent. The robot can be controlled remotely from a PC using the internet and a microcontroller-smart phone interface residing on the robot. To capture and archive the real time video from the robot, the inbuilt camera input of the phone is utilized. The robot can be controlled based on visual feedback from the same smart phone. Four motors help achieve a zero turning radius. The camera is attached to a stepper motor which makes it feasible to capture the scene or object of interest. The captured video can be enhanced and made intelligible using further image processing on the remote PC thereby eliminating the need for extra DSP hardware on the robot.

3rd International Conference on Artificial Intelligence: Advances and Applications , 2022

Robot technology is everywhere from health to retail. It is very rare to see the use of robots in developing countries. It is also a big task for companies to hire staffs for the purpose of monitoring as it requires to work especially in the night. It is also dangers for human. It is a good idea to have some robots for the purpose of monitoring. This paper focuses on the development of surveillance mobile robot using an Arduino board, an ESP32 board and a Raspberry PI system. The robot is a proof of concept of possible robotic application in warehouses where monitoring technologies need to be embedded in the system. In this context, the device is equipped with a servo motor and an on-board camera. The enduser can monitor the robot remotely by wirelessly controlling the position of the servo (i.e. the camera). The camera module is controlled by the Raspberry PI and incorporate a motion detection system which provides an alarm and capture the image frame as soon as the motion is detected. Finally, the image is sent to the end-user. A set of preliminary test of the system has been performed in order to proof the reliability of the proposed prototype.

Journal of emerging technologies and innovative research, 2021

A telepresence surveillance robot is a remote-controlled, wheeled device with a display to enable video streaming which enable the participants to view remote locations, as if they were there [5]. This virtual surveillance robot allows the user to capture the real-time video even when the robot is in a remote location and displays it on the user's virtual reality (VR) headset. This robot is a wheeled, Bluetooth remote-controlled device with a camera to capture real-time video using Raspberry Pi (RPi) in visual form. The Bluetooth remote controller controls the movement and the direction of the Robot via Arduino. The Livestreamed video can be received on any Smartphone device using the specified IP address by Raspberry Pi.

IRJET, 2021

The primary objective of this paper is to plan and build up a reconnaissance robot that can diminish the losses of valuable items from houses, malls, banks this surveillance robot not only recording the video and audio of the people within its range, but also captures when it detects a person. We performing this project using Machine learning and python code running in raspberry pie. This project is complete online basis. In today's era the monitoring of military areas is The need of the hour due to increased attacks of the enemies And emissaries hence surveillance in tightly constrained Spaces is demanded in many military covert operations. IoT Based cognitive robot is an upgraded adaptation of many Unmanned ground vehicle and unmanned aerial vehicle Which has been already proposed. In this proposed project, Design and development of the cognitive robot will be done, it is easy to catch any person which saves time.

2021

In this paper, we are planned for building up a financially savvy, reconnaissance robot, which will give live video spilling and move around in the territory which we need to watch. It has an obstruction recognition ultrasonic sensor connected to it. It will be observed and controlled remotely having a straightforward engineering. The Android application will have a video screen for observation and catches to control robot and camera. Android gadget and Raspberry pi board will associate with the assistance of Wi-Fi. We are utilizing Motion bundle which will give live video spilling. Python programming language is utilized for coding reason. The greatest bit of leeway of the framework is that client can get to the robot from anyplace on the planet and can react as per circumstances.

International Journal of Industry and Sustainable Development

The security missions by using smart tools have become very important in our everyday life. A security patrol robot vehicle is developed and presented in this paper. The paper discusses its main benefits and elaborates how modern technology can be used to address errors that may occur in the security field due to the human factor by designing and implementing an interactive robotic vehicle for periodic monitoring. It can be used in buildings and facilities that require nighttime security. Inspired by Egypt Vision 2030's digital transformation trend, the proposed robotic vehicle will patrol any premises or residential blocks at predetermined intervals, usually at night or during vacations. It is a self-powered system that is integrated with a remote control and monitoring platform and is designed to be placed next to the building or block that needs to be secured in order to carry out its surveillance and patrolling missions, among other magnificent functions. Finally, it provides the control head office with all relevant and necessary data to make the correct decision.