Headspace Organization Cloud Based Solution

Question: Discuss about the Headspace Organization Cloud Based Solution. Answer: Introduction The cloud computing is a new way to which the computing resources and services are delivered. Many experts believe the use of these resources could help improve the health services, benefit the research in health, as well as change the face of the information technology of health. Nonetheless, just like any innovation the cloud computing should be evaluated before the widespread of its adoption (Krutz Vines, 2010). The cloud computing entails an on demand, self-service internet infrastructure which enables the users to have an access to the computing resources at anytime and in any place. It is a new model of delivering of the computing resources. There is no secret that the health care firms have lagged behind especially in the adaptation of new technologies, for the purpose of reference and information gathering for patience when they share their problem (Xu, 2012). The headspace organization has suffered since they do not have a system in place to record the story of the mental i ll patient on what is affecting them. The patient re-tell their stories to multiple professionals before they get help. This organization need a cloud based solution application to enable them to store critical patient information so that appropriate diagnosis could be provided to them. The use of the modernized IT infrastructure overhaul their paper based workflows and will provide an ease to handle each case efficiently in the headspace organization (Rodrigues, de la Torre, Fernndez Lpez-Coronado, 2013). The aim of the report is to provide a practical reference of a cloud base solution to their problem to enable them to analyze and consider the best course of action for the mental illness of the patient and consequently reduce on the number of suicide cases in regional NSW for the age groups between sixteen and twenty four years. The paper will include the non-functional requirements of the applications such as critical system qualities, the system interfaces, the user interface requirements, and the system constraints. The reference of the application is the use of FURPS + to ensure that the components such as usability, reliability, performance and the security are all covered. Additionally, it would be important to review the advantages and the disadvantages of the cloud dependent solutions taking into the contemplation the environment to which the solution could be integrated. Finally, it might look at the SDLC method pros and cons of the project utilizing the Predictive SDLC and Adaptive SDLC. Headspace company need to apply the mHealth mobile application, which utilizes internet along with solutions in order to improve on the access, efficiency, effectiveness and quality of the clinical as well as the enterprise procedures that might be used by the health care professionals. This really is to guarantee there is certainly enhanced health status of the patients (Rodrigues, de la Torre, Fernndez Lpez-Coronado, 2013). The utilization of the practical ap plication could help the delivery of the information of the patients, the supply of the health data services; it may help the facilitation of the interface between the providers and patients. Other features of the system could be facilitation of the integration of the health care business processes and the isolated access of the healthcare information (Talia, 2013). The third generation devices enable the application, which allows for the collection, the management as well as the processing of the data of the patient. The mobile health services ranges from recording of the medical sign of the patients and it synchronous communication to the health professionals through the mobile communications to the automatic diagnosis of the information recorded to personal sensors as well as the alarm notices in case the patients has an emergency. Non-functional requirements of the applications The non-functional requirements are the quality attributes, the design implementation constraints as well as the external interface that a products should be required to have. The qquality qualities is the general elements, which influence the run period behaviour, the model of the program and the end user experience. It signify on the regions of the issue that have the possibility of the software extensive impact across levels and tiers (Ryan, 2013). The scope to which the application might possess the preferred combination of the quality of the features for example the usability , the overall performance , dependability , along with the security that should display the success of the design and overall quality of the software . In cloud, computing the system interface is the shared boundary across various components such as the computer system exchange information. The exchange could be between the software, peripheral devices and the humans User interface requirements The user interface requirement for the system will display all the products, which can be configured. They can easily select on the products to configure (Padhy, Patra Satapathy, 2012). Additionally, the system shall allow the users to be able to update the configuration in order to be able to resolve any current configuration. It will be a user-friendly interface to the users, which will notify the user about any conflict to the current configuration. The functional requirement of this new system specify to what the proposed system will undertake. The constraints will highlights how the system will operate as well as how it will be built. The normal hour of operation for the system will be 24 hours per day since it is cloud-based solution (Padhy, Patra Satapathy, 2012). The system will not have more than four instances per month of the six minutes outages, and no more than three instances per year of more than one hour of outage. This is the maximum acceptable frequency of the unscheduled time of the unavailability. The usability entails how the application will meets on the requirements of the users as well as the consumer by being intuitive, good access for the disabled users and the result of overall users experience. The program will be carried usability inspection in order to identify the problems in UI design which will be evaluated and make recommendation to fix them (Kuo, 2011). The system will not have tolerance to the hang up against errors, the delays, and the unexpected behavior (Ryan, 2013). There will be a guidance for the correction of the errors as well as generating reminders. The system will have simple and natural dialogue, and speak the language of the user to enable ease use of the application. Additionally, it will have clearly marked exits, shortcuts as well as precise and constructive error message. This entails the ability of the system to be able to handle the increased in the load without actually affecting the performance of the system or perhaps the ability to be readily enlarged. The significance of the reliability of any cloud-based application is literacy of life and death aspect (Ryan, 2013). The health care providers should be able to have an access to the patient data as well decision support from other professionals. The application to enhance on its reliability it will be hosted on the private cloud infrastructure, which the organization will have the control over. They can be able to predict of its downtime or perhaps the outages that happen more often than it would. The software reliability requirements takes the form that the software will not have no more than the x bugs. The bebugging process will be based on the Monte Carlo technique for the statistical analysis of the event that is random. Before testing the software, a known number of bugs are inserted secretly and an estimate of the bugs in the system is done. The system will be operational overtime and it would not fail to perform its intended functions over a given time interval. The performance will look at the indication of the responsiveness of the system in order to execute action that are within the time interval. It has been measured through latency, which refers to the time taken to respond to the events. This system is a cloud-based solution, which will depend on the internet in order to deliver information more quickly as well as reliably. Nonetheless, the internet was not designed to provide a degree of the reliability and the performance as required by many service agreements. To enhance on the performance the delivery platforms will connect to the application to the end users in order to optimize to the end to end delivery thus ensuring a great deal of experience to all the users regardless to where they are located or perhaps the device they are using. The data security is the top most concern for headspace organization. The clinical data is highly valuable to any organization. In the development of the application, this has been taken into consideration to ensure the information of the patient is not compromised or stolen by the hackers. The application has an encrypting to all the sensitive data. It has been installed a password, with a fingerprint verification that is rechecked after every hour. The requirement for the privacy as well as security of the system apply to the remote data centres, through the transmission of the data between the remote data and to the end users. The user of this cloud-based application can improve the aspect of security as well as privacy of the client data. The system has been developed to absorb large cyber-attack without impacting on the performance of the application. The following are the pros of the cloud-based solutions. One of the strength is the cost reduction. The use of cloud computing solutions eliminates various conventional of costs such as paper work, hardware, as well as the information costs. Secondly, advantage is that scalability, an organization should only pay for the services and the resources they use, and no worry about the hardware as well as the software upgrades as the organization grows. Strategic edge is another advantage of computing cloud solution. As it increases it, give an organization a competitive edge over the competitors (Rodrigues, de la Torre, Fernndez Lpez-Coronado, 2013). The company could deploy on the mission that are vital application and deliver the important advantages of the business, without having upfront expenses along with the minimal provisioning time. Cloud computing enables you to overlook the technology and concentrate on the main business activities and objectives. One of the disadvantage of the cloud computing is security issue. Despite implementing, the best security standards by the service providers on storing data these services are always open to risks (Talia, 2013). The use of the cloud-powered technologies highlights that one need to provide the service provider with the access to the significant business data (Soman, 2011). Lastly, is the information ownership and mobility. The providers cannot really assure a hundred percent to have the ability to offer back in the stored data or maybe the solutions. Pros and Cons of Predictive SDLC the predictive models is used to examine the existing data as well as trends in order to understand better the customers and the product at the same time identifying the potential future opportunities for both the opportunities and the risks (Soman, 2011). This business model formulates a forecast through integrating the data mining and the statistical modeling and other technology information. This approach of the management methodology entails a detailed planning before commencement of any project starting. The solution for utilizing this method works best for the projects that have defined tasks as well as sequences. The advantage of this methodology technique is that it is easy to use; one can easily manage the project because it is rigid. The phases of the projects are usually completed at the specified phase intervals and lastly the requirements of the technique can be understood well. The disadvantage of this method is that the adjustment of the scope during the life cycle could kill the project (Xu, 2012). Another disadvantage is that the working of the software is not produce until the life cycle is complete and lastly the method could be inappropriate especially where the requirements are at the moderate to the high-risk changes. The use of this methodology focuses on the team ability to adapt to the rapidly changing customer requirements. The method is effective for the purpose of the service-oriented projects that entails continuous improvements. The advantages for using this management methodology is that it saves times, it promotes the consistency in the user interface design, and it allows an early involvement with the customer. Lastly, the use of the method reduces the time, which is required to create as well produce functional specification. The disadvantage for the methodology is that it usually does not produce reusable codes and it lacks a stopping point (Krutz Vines, 2010). Another disadvantage of the approach is that due to the innovative nature of the technique, the finished deliverable could be different from the original intended project. Recommendation The best method to use in the headspace organization is the use of the adaptive approach. The method is easy to use and the risks can be minimized easily as well as maximize the productivity by developing the system in short iteration as well as de-emphasizing the work on the secondary. Lastly, the method allows an early customer involvement in the development of the application. References Krutz, R. L., Vines, R. D. (2010). Cloud security: A comprehensive guide to secure cloud computing. Wiley Publishing. Kuo, M. H. (2011). Opportunities and challenges of cloud computing to improve health care services. Journal of medical Internet research, 13(3), e67. Padhy, R. P., Patra, M. R., Satapathy, S. C. (2012). Design and implementation of a cloud based rural healthcare information system model. Univers J Appl Comput Sci Technol, 2(1), 149-157. Rodrigues, J. J., de la Torre, I., Fernndez, G., Lpez-Coronado, M. (2013). Analysis of thesecurity and privacy requirements of cloud-based electronic health records systems. Journal of medical Internet research, 15(8), e186. Rolim, C. O., Koch, F. L., Westphall, C. B., Werner, J., Fracalossi, A., Salvador, G. S. (2010, February). A cloud computing solution for patient's data collection in health care I nstitutions. In eHealth, Telemedicine, and Social Medicine, 2010. ETELEMED'10. Second International Conference on (pp. 95-99). IEEE. Ryan, M. D. (2013). Cloud computing security: The scientific challenge, and a survey of solutions. Journal of Systems and Software, 86(9), 2263-2268. Soman, A. K. (Ed.). (2011). Cloud-Based Solutions for Healthcare IT. Science Publishers. Talia, D. (2013). Toward cloud-based big-data analytics. IEEE Computer Science, 98-101. Xu, X. (2012). From cloud computing to cloud manufacturing. Robotics and computer- integrated manufacturing, 28(1), 75-86.