Home Security System Using Iot

This book shows you how you can save tons of money by building your own low cost, maximum privacy and maximum security professional quality wireless home security system from common off the shelf parts. You can monitor the home security system using your existing Android cell phone and existing home internet connection. You will save lots of money on the home security system hardware itself as well as enjoy free email alert notifications and/or low cost cell phone text message alert notifications depending on the monitoring options you choose. Easy to understand step by step instructions will be given so that the average non-technical person will be able to assemble and operate this home security system. The main components of the security system are the ESP32 CAM, a motion sensor, an Android cell phone, and a home internet connection. In addition, custom software created by the author will be provided for the ESP32 and Android devices. Security System Main Features: * Live Real Time Local Video Monitoring using multiple ESP32 CAM units * Free Email Notifications With Images Using Your Existing Home Internet Connection * Low Cost Text Message Notifications Using Your Android Cell Phone * Easy Hardware Assembly and Simple Software Setup Procedure * Use your existing Android cell phone to control and monitor your alarm system * Modular sensor system allows you to add up to 11 ESP32 CAM units with motion sensors to the security system. * Maximum Security and Privacy Security System Basic Operation: 1. Set up your security system for operation using your "Controller" cell phone. 2. Activate the security system using your "Controller" cell phone. 3. Receive emergency text alerts on your personal cell phone if the alarm has been tripped. 4. Receive emergency emails with images of people that have tripped the sensors in or outside of your home to an email address you designate. 5. If an intruder or other emergency is confirmed then call the police as needed.

The research domains like Computing, Communication, Control and Automation has led to exponential increase in the number of people using these technologies and also their interest in research and development activities To prepare ourselves for this global competition, Pimpri Chinchwad College of Engineering, Pune has conceptualized the 4th International Conference on Computing Communication Control and Automation (ICCUBEA) 2018 under IEEE Pune Section during 16th to 18th August, 2018 This three days International Conference ICCUBEA 2018 will focus on the latest research trends and applications in the domains of Computing, Communication, Control and Automation This conference is designed to provide a common platform to the academicians, research scholars, industry experts and students to spread knowledge on scientific research in Interdisciplinary areas Also the pre conference tutorials by the esteemed experts will enrich the technical takeaways for the delegates

Advances in computing, communications, and control have bridged the physical components of reality and cyberspace leading to the smart internet of things (IoT). The notion of IoT has extraordinary significance for the future of several industrial domains. Hence, it is expected that the complexity in the design of IoT applications will continue to increase due to the integration of several cyber components with physical and industrial systems. As a result, several smart protocols and algorithms are needed to communicate and exchange data between IoT devices. Smart Devices, Applications, and Protocols for the IoT is a collection of innovative research that explores new methods and techniques for achieving reliable and efficient communication in recent applications including machine learning, network optimization, adaptive methods, and smart algorithms and protocols. While highlighting topics including artificial intelligence, sensor networks, and mobile network architectures, this book is ideally designed for IT specialists and consultants, software engineers, technology developers, academicians, researchers, and students seeking current research on up-to-date technologies in smart communications, protocols, and algorithms in IoT.

With the recent growth of big data and the internet of things (IoT), individuals can now upload, retrieve, store, and collect massive amounts of information to help drive decisions and optimize processes. Due to this, a new age of predictive computing is taking place, and data can now be harnessed to predict unknown occurrences or probabilities based on data collected in real time. Predictive Intelligence Using Big Data and the Internet of Things highlights state-of-the-art research on predictive intelligence using big data, the IoT, and related areas to ensure quality assurance and compatible IoT systems. Featuring coverage on predictive application scenarios to discuss these breakthroughs in real-world settings and various methods, frameworks, algorithms, and security concerns for predictive intelligence, this book is ideally designed for academicians, researchers, advanced-level students, and technology developers.

With near-universal internet access and ever-advancing electronic devices, the ability to facilitate interactions between various hardware and software provides endless possibilities. Though internet of things (IoT) technology is becoming more popular among individual users and companies, more potential applications of this technology are being sought every day. There is a need for studies and reviews that discuss the methodologies, concepts, and possible problems of a technology that requires little or no human interaction between systems. The Handbook of Research on the Internet of Things Applications in Robotics and Automation is a pivotal reference source on the methods and uses of advancing IoT technology. While highlighting topics including traffic information systems, home security, and automatic parking, this book is ideally designed for network analysts, telecommunication system designers, engineers, academicians, technology specialists, practitioners, researchers, students, and software developers seeking current research on the trends and functions of this life-changing technology.