News & Achievements

This is a smart fire extinguisher which can be triggered automatically from any location using the help of internet. Preventing the spread of fire. 

This automated IOT-based smart mask can sanitize our hands and belongings whenever we hold it within 20 cm in front of that mask with the help of an ultrasonic sensor. Its buzzer also creates a ring whenever there are persons or objects within 3ft to ensure that everyone should maintain a safe distance from each other. This mask also shows the temperature of the person wearing it so that any changes in his/her body temperature can be easily identified by other people so that they can take proper safety measures. This mask also offers a triple layer of protection against viruses and pollutants. It can be easily programmed according to our requirements. This mask works on a rechargeable battery and is fully automatic. This mask can be made more compact in the future. This invention deals with a smart mask that will alert us of keeping social distancing, it will sanitize our belongings automatically if within a proper range & it will measure our body temperature and will give continuous monitoring so that sudden changes can be identified. First of all when we power the Arduino board using a USB cable all the components including the ultrasonic sensor, buzzer, and 5V relay get its power supply. There are three batteries 1st is for powering the Arduino board, ultrasonic sensor, buzzer, and the relay 2nd is for powering the sanitizer sprayer machine, and 3rd for the temperature detector. After successfully switching it on the ultrasonic sensor (HC-SR04) starts to send ultrasonic waves using the transmitter, after getting any obstruction within a particular distance as mentioned in the program it reflects back to the receiver. After the sound comes back it sends a signal to the Arduino UNO Board for further processing, after the board processes the signal it triggers the required circuit as mentioned in the program like if the range is in 3ft it will trigger the buzzer and if it is 20cm it will send signal to the 5v relay which is connected with the Arduino board where the common is connected to the negative supply of the secondary battery and the normally open pin is connected to the negative terminal of the sanitizer sprayer machine’s power supply. If the signal which is reflected back from the object is from 3ft it will switch on the buzzer and if it is from 20 cm it will switch on the buzzer as well as the sanitizer dispenser machine. The sanitizer in the container is converted into mist using a mist maker and then it is released for sanitization purposes. Now coming to the second part of the mask where we have used a temperature detector for detecting our body temperature whenever we wear the mask. There is a sensor inside the mask which collects our body temperature information whenever the mask gets in contact with our body and sends it to the processing and display section for displaying the temperature. There is also a 3-layer filtration system inside the mask which helps with infiltration. This is a rechargeable and automatic mask with a few innovative features.

 It is a type of articulated 6 axis robots and the most common for industrial manufacturing. They provide the flexibility, strength, and reach needed to complete most applications. Six-axis robots can move in the x, y, and z planes. In addition, they can perform roll, pitch, and yaw movements. This makes the movements of these robots like that of the human arm. Our robot will be able to perform pick and drop, Welding, Soldering, Drilling, and screwing and unscrewing; with manual command as well as voice command. Link: https://youtu.be/hdJXvbDt2Hk  

A Trojan horse is any malware that misleads users of its true intent. The trojan developed by me consists of a PowerShell payload, which on execution on the victim system, triggers a reverse shell back to the attacker system’s IP address, giving the attacker full access to the victim system. Trojans are a common form of malware found in today’s society. However, the following trojan holds the power to evade Windows Defender (built-in windows antivirus). This attack can be used for penetration testing and further practices like privilege escalation, reconnaissance, etc.  Downloading and executing the v.bat file will automatically download and execute the trojan, i.e., the rs.exe file. The trojan has been obfuscated in such a way that Windows Defender is not able to detect it and hence, allows it to run on the victim machine.   

For example, the url is something like this:  https://facebook.com/l.php?u=https://example.com/  When one tries to visit the link, a redirection notice is issued by the browser which is notifying the user about the redirection. The redirection notice looks something like this. For example, the url is something like this:  https://facebook.com/l.php?u=https://example.com/  When one tries to visit the link, a redirection notice is issued by the browser which is notifying the user about the redirection. The redirection notice looks something like this.       

This project is in the first phase of a humanoid robot. It is an AI-based interactive robot that has the feature of locomotion and greeting people with user detection. Here, embedded systems and computer vision with machine learning are utilized. The robot has been segmented into three parts- locomotion, recognition, and interaction. Firstly, in locomotion segment, it has a semi-autonomous movement. Secondly, in hand and gesture recognition, where the user shows up the hand, the humanoid will recognize the gesture, and it will raise its arm accordingly and it will raise hand to greet when the user will greet. Thirdly, the AI-based voice interaction comprises three AI-based models- acoustic, language, and grammar models using natural language processing. These models are being made, and the users’ speech is recognized and converted to text which is trained with datasets to make interaction with the user.

This device/model thus created is a significant development over the conventional means of controlling tremors and identifying the stage of the tremor according to the patient's nervous system. The primary purpose of this band is to stabilize the handshaking and detect the stage of the tremor using a machine learning algorithm.   

This is a system which produces water from air using compressor. This system can have water in remote areas depending upon the humidity and weather conditions of the specific room. Link: https://youtu.be/rxJzqlLHSnc

This is made for defence purpose. This sheild is electrically charged giving an output voltage of 2500v. This sheild is designed for controlling huge crowds and riots while keeping police officials safe.