IOT Approach for Motion Detection-Free-Samples for Students-

Question: In this report, you need to select or design two internet of things solutions. You should also compare and contrast two selected (or designed) Infrastructures/technology solutions based on appropriateness for the Sunshine Coast Council areas current and predicted future needs. Answer: Introduction Internet of things (IoT) involves identification of people, objects or animals uniquely. It is achieved through the application of unique identifiers and ability to transfer data (information) over a network without necessarily requiring human-to-human interaction or human-to-computer interaction. Internet of things revolves around machines communication with widened application of sensors which assist users in controlling and monitoring the devices (Keerthana Ashika, 2107). Sunshine Coast Council (SCC) is amongst leading Australian councils for technological innovation and development. It is the objective of any organization to continue dominating in the market. For the goal to be achieved the firm should ensure that it competes successfully with the competitors and eventually emerging the most successful through utilizing an absolute advantage. Since sunshine coast council concentrates in technological development, the field seems to be very sensitive. It is facilitated by the continuous development of technology day to day. To perform well in future and ensure domination in the market sunshine coast council should concentrate on potential smart cities: open internet of things initiative. The internet of things projects should be applied to the existing systems improvements and new innovative solutions to various problems. The firm will be rather in an excellent position if it establishes internet of things projects which have not been implemented. The project should also aim at solving an individual problem which has been an issue to the society or even the organization. The project also should have various benefits to the organization including saving on power utilization or storage, low cost, insisting on privacy and security, ease application and easily accessible. The sunshine coast council (SCC) therefore aims at establishing IoT Theft detection using Raspberry Pi and biometric attendance system over IoT. The two projects will be of great beneficial to the organization since both will play a significant role towards the achievement of the organization's objectives. The IoT theft detection project will safeguard the club property from employees and thieves. There exist an empirical evidence showing that a significant percentage of workers keep on ferrying organization property to their homes. Criminals who might invade the body to steal or interfere with the property will be caught quickly. The biometric attendance system will ensure that employees report to the organization in the expected time without necessarily having to sign the registers. Absenteeism will be curbed, and the employees will perform their duties fully as expected. Internet of things (IoT) theft detection using Raspberry Pi To safeguard sunshine coast council's property, this project is very crucial. This project makes use of image processing on live video to detect theft using movement and highlight the locality where the motion occurred. This projects it is somehow cheap to establish. The hardware specifications required are diodes, capacitors, power supply, resistors, rectifier, USB storage, LCD, regulator, IR LEDs and USB drive. The software specifications include an operating system (Linux OS is mostly preferred), programming language (Python can be applied) and IOT Gecko (Desai, 2017). This system can provide enough security to homes and offices against theft. The system instantly detects theft and allows the user to view the theft details by highlighting the theft details and saving the images in USB drive (Desai, 2017). The camera is installed along with raspberry together with a circuit containing LCD IR. LCD is for use during night hours to ensure the camera takes a clear picture. The USB drive stores the information such that the user can retrieve and watch the video whenever cases of theft happen. The power supply ensures that the system is continuously powered so that it operates throughout. Approximately the system requires 12 volts power supply. Whenever the camera detects movement in the camera footage, the system uses image processing to detect an exact area of change and highlights it accordingly. The camera then takes video of the respective area recording what is happening. The system then transmits the images (video) over the internet of things (IoT) to be viewed by the user online. The IOT Gecko excludes the application of Local Area Network (LAN) in the operation since it facilitates the transmission of the information (Lakshmi et al. 2017). IoT Gecko provides for all tools of the internet, therefore, making the process simpler. The process contains sensors and online display platform. The system also provides for future reference since it contains USB drive which stores the recorded information. The user then can decode the data and transfer it online using the IoT Gecko internet of things. The video of the motions is then viewed online over the web. The system aims at fully curbing the theft cases in sunshine coast council, and it is also applicable to other organizations and homes. In the event of theft or missing of items in the premises of sunshine coast council, the video can be viewed by the relevant officers. This system prevents employees from ferrying organization property to their homes and also places the team in a position of recovering their lost items since the people involved in the loss can be discovered (Lakshmi et al. 2017). The system is of great importance to the future of sunshine coast council towards the achievement of the objectives. The owners or officers in charge of security keep updated by the system whenever a motion is sensed. Images or video of the movements is watched online thereby knowing whoever is involved in the theft. Theft detection using Raspberry Pi system is an innovative approach to theft detection using internet of things (IOT). The system is smart in the protection of organization property. It is therefore recommended for the achievement of smart cities. The project can also be installed at homes to provide security to the property. It is a convenient way of guarding and safeguarding property. The system is suitable and it is a better way in the implementation of the internet of things (IoT) (Lakshmi et al. 2017). Biometric attendance system over Internet of things (IoT) Biometric attendance system is a system that can increase the efficiency of monitoring attendance in an organization and also student's attendance. Some employees usually report late to work or even being absent over poor excuses. Such employees have hindered organizations from achieving the goals due to lack of commitment. Sunshine Coast Council being the technological development leader in Australia wants to maintain the position as the team objective. This goal can only be achieved through all stakeholders playing their respective roles adequately and adopting the modern technology as well as participating in the innovative project. Sunshine Coast Council should, therefore, incorporate the biometric attendance system over the internet of things as a step towards achieving the goal. The method involves recording the attendance using fingerprint-based electronic scanner and stores the information over the cloud. The aim of the system is to automate the tiresome process of manually taking and storage records. The project also prevents proxy attendance, therefore, increasing the reliability of attendance records. The records are securely stored and can be retrieved by the employer or the managers whenever required. The system is facilitated the by the recent development of various cloud-based computing and storage system. It avails attendance retrieval data whenever required by the relevant officers. The system can employ fingerprints or iris images to record the data since they are reliable for application in biometric systems. The project is based on biometrics and wireless technique to solve the problem of spurious attendance and trouble of laying the similar network. It makes the user's presence more quickly and efficient (Kaiwartya et al. 2017). The system is composed of biometric attendance system that integrates an ESP8266 NodeMCU breakout board and the scanner. The scanner serves an essential role in processing the user's fingerprints thus verifying the employee's attendance. The ESP8266 NodeMCU is an open source development board which contains a chip and NodeMCU firmware incorporating the PMW, 12C, GPIO, and ADC. It includes 10 GPIO, and every GPIO can be PMW. Since the project can be achieved by incorporation of low cost, compact design, and wireless connectivity, it greatly helps in prototyping an IoT product efficiently. The NodeMCU is usually programmed, and most preferred language is the Subscript (Lakshmi et al. 2017). The implementation of the system involves a simple process. Firstly, the enrollment of fingers has to be achieved. It is done by the fingerprint scanner. All the employees' fingerprints are recorded in the system. The print is assigned identification number respectively. The information is securely stored in the NodeMCU board (Kaiwartya et al. 2017). The enrollment of fingerprints is performed once, but new employees can as well be registered. The fingerprints are then processed. The processing involves capturing an image of the user's fingerprint. The system then searches for the set of stored fingerprints. The system then verifies the user by acknowledging a match between the input fingerprint and the one already present in the stored fingerprints. To ensure that the users are aware that their details have been entered successfully LED lights are used. Different colors in the LED lights can be associated with various meanings (Fakih, 2017). When the system recognizes a fingerprint, the process of granting attendance begins. The audience data is logged on to the Google spreadsheet by uploading the employee's identification number. The pushing API box is used to upload the identification number in a google spreadsheet. After attendance is granted, the identification information is stored in a Google spreadsheet. The system then starts fingerprint comparison and hence recognition. The system, therefore, generates attendance report which is automatically generated. The data can be forwarded to employees via email especially when the payments are made to ensure that the employees prove the data as correct. The system can be set in a way that a short message can be delivered to employees whenever they are absent continuously for a certain number of days (Kaiwartya et al. 2017). Comparison between the projects on sunshine coast council future needs. The two projects seem to be essential to the achievement of sunshine coast council attainment of goals and future needs. The theft detection using raspberry pi project is important in safeguarding the organization's property against untrustworthy employees and thieves. The system is affordable to install since it does not involve a lot of costs. The devices required are readily available, and once the system has been installed, it does not need expert administration. The project will provide security to the organization's property, and the project can also be sold to the public since it can as well ensure the safety of homes (Fakih, 2017). The system is also capital intensive since in the organization it will do away with the watchman who requires regular salaries. The system is efficient to the firm, and it will keep it in the run towards maintaining its position and excelling in future. The biometric attendance system also possesses great importance to the sunshine coast council. The system is efficient towards the excellent performance of the organization in the present and also in future. This because the system keeps all the employees fully committed towards the group achievement of the objectives. The system consumes less power, and it possesses security measures which prevent it from possible hacking, therefore, making it very suitable for any organization (Fakih, 2017). It ensures the protection of the employee's information available in the system. The data available in the system can only be retrieved by authorized people only, therefore, keeping it confidential. Acquiring and installing the system is very affordable. The system is also capital intensive and also reducing paperwork. Both system also aims at the achievement of smart cities. The application of technology in their operation makes them achieve their intended objective. The methods are easy to apply and operate. They don't require any experience to run them. It, therefore, becomes easy to operate and monitor the operations over time. The systems solve the highlighted problems accurately and also provide room for updates with technology advancements. The benefits of the projects place sunshine coast council in a better position to dominate the market and insist that in future as far as technology development is concerned. Conclusion To ensure continuous domination in the market, the sunshine coastal council should adopt innovative systems. The systems will place the organization in a better position to compete favorably and provide for future needs. Amongst the best projects, the agency should adopt the internet of things theft detection using a raspberry pi. The system will play a significant role in protecting the organization property against thieves and some untrustworthy employees. The system can also be sold to the clients for installation and run in their respective homes. The system is quite affordable and significantly saves on cost. The organization can also incorporate biometric attendance system over the internet of things. The system prevents unnecessary absenteeism within workers of an individual organization. The system keeps all stakeholders in an organization punctual and keen in attending their duties thus facilitating the achievement of the stated objectives. The method is suitable for any org anization since it is very affordable and easy to run. It also reduces paperwork and manual work in an organization. To facilitate future performance and domination in the market, sunshine coast council should adopt these objectives. The systems also play a significant role towards achievement and facilitation of smart cities. The systems are labor intensive despite being efficient and convenient. They try to solve various problems conveniently without necessarily having to include a lot of workforces. Good operation and performance of the projects will place sunshine coast council in a better position to dominate the market. The organization will also perform better in future as far as technology development is concerned. Recommendations. For any organization to continue dominating in the market, definitely innovations and new technology have to be insisted. Sunshine Coast Council is not an exception in this situation. The organization should adopt the modern technology and move with updates if any. The innovative project also puts the firm in a better position of competing successfully. The adoption of theft detection system, as well as biometric attendance system over the internet of things (IoT), will place the organization in the better position of dominating the market. The system will result in many benefits in the body as well as provide solutions to particular problems. The systems insist on saving cost, minimizing power utilization and improving security. The systems can also be advanced with future needs or advancement in technology. Sunshine Coast Council, therefore, stands in a better position of dominating the market presently and also in future. The projects will facilitate the efforts towards the achievement of a smart city. It will be achieved through promoting rich, attractive and livable cities encouraging innovation and growth. The biometric attendance system together with the theft detection system is not only applicable to sunshine coast council but any organization. The internet of things theft detection system can also be applied at homes to protect property. The projects are reliable milestones towards creation and maintenance of smart cities. Sunshine Coast Council will, therefore, be in a good position in maintaining the technological development leadership in the market of Australia. The board is also likely to dominate the market even in future through adoption and incorporation of the systems. References Desai, G., 2017. IoT approach for motion detection using raspbrry PI. Fakih, A., 2017. Fingerprint based attendance system using IoT. Kaiwartya, O., Prasad, M., Prakash, S., Samadhiya, D., Abdullah, A.H. and andSyed Othmawi Abd Rahman, 2017. An Investigation on Biometric Internet Security.IJ Network Security,19(2), pp.167-176. Keerthana, M. and Ashika Parveen, S., INTERNET OF THINGS. Lakshmi, R.D., Priya, P.L., Lokanyaa, G. and Sharmila, J., 2017. Security System using Raspberry Pi With Door Lock Controller.International Journal of Engineering Science,10090. Ritz,