The perfect reach of coolers with recording videos was amazing in the market. With the ever-growing and development in the wearable electronic gadget. I found Spy-cam is very useful as well as assisting gadget at most of the time. The option of switching between camera, video recording as well as audio was not provisioned properly with the model and the rest of the product is worth for the price of fit bit or any other wearable electronics. The provision of memory slot in the goggles was more innovative and fits with product. The couple of videos I took were came up well but was expected with good quality of image as well as recordings. The product has very poor battery backup. Placing physically coin type battery or externally portable battery to accommodate in shirt pocket would enhance the performance. The design of goggle can be provisioned with a image sharing option with mobile using Bluetooth chipset to pair with the user mobile phones as well as near by monitoring displays. The product can be designed to accommodate replaceable camera with better placement to provide good viewable angle and near by objects. This may attract more customers towards the product and enhance the functionality of the design. Overall commercially the Spy-cam is rated 2 out of 5 based on their design of built camera and switching mode of operations. The applications finds better place at security and surveillance rather than finding best place for commercial users. The product would be a great fit for safety guards and security officials who requires surveillance most of times. Tech freaks who believe in making wonders of their gadgets can try this to end up crying.
Garbage Collection Monitoring Using QR Code-Based Mobile Application Tracing the Garbage Collection Vehicles
Abstract This paper presents a system for monitoring garbage collection using a mobile application that tracks garbage collection vehicles through QR codes. The system aims to improve waste management efficiency by providing real-time information on vehicle locations and collection routes. We describe the design and implementation of the mobile application, QR code generation and scanning, and the backend system for data processing and analysis. Results show that the system can effectively track garbage collection vehicles and provide useful insights for optimizing collection routes and schedules. Introduction Efficient garbage collection is crucial for maintaining clean and healthy urban environments. However, many cities struggle with inefficient waste management systems due to poor tracking and monitoring of collection vehicles. This paper proposes a solution using QR codes and a mobile application to track and monitor garbage collection vehicles in real-time. Methodology The ...
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