Internet of things Assignment

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The internet of things encompasses a systems of devices that are interrelated as the mechanical, digital machines, animals as well as people that are provided via unique identifiers along with the ability to transfer data over a network without the need of the human to human or in the other case human to computer interaction. Wellness Centre is a medium healthcare provider located in the California and offers medical care services to all the factions of the society. The company has facilities that are dedicated to the delivery of specialized care to their patient. Lately, the company has recorded significant growth regarding the patient numbers seeking help, with the growth in the number of those needing specialized care and intensive monitoring being their core concern (Herzwurm & Margaria-Steffen, 2013). The trend made it imperative for the company to adopt the internet of things solution that is going to ensure they offer the best services to all their patients and that they possess a 24/7 monitoring of their patients needed intensive assessments.

Wellness Centre targets the targets the improvement in the efficiency of their service provision as the idea that is going to enhance their success in the crowded healthcare sector, with the main attribute being in the delivery of personalized healthcare to their patients. The company is going to leverage the ever growing medical knowledge base along with the combination of the patient-specific historical along with real-time data that encompasses lifestyle behavior, genetics and environmental data (Ugon, Séroussi, & Lovis, 2015). The resources that Wellness Centre needs in ensuring that they enhance the success of their facilities include the integration of the could-based hospital hygiene system in all their branches.

The installation of the system is informed by the fact that the hospital acquired infections have been an attribute that causes devastating effects to both the clinical as well as economic component, contributing to terrible toll on the patients as well as the rise in the healthcare costs. Research indicates that 20-40% of all the hospital acquired infections are transmitted to the patients from the hospital employees. It is additionally evident that proper hygiene occurs in just 55% of all the cases in the hospital by the care providers (Giaffreda et al., (2015). Through the adoption of the solution, it will be possible for Wellness Centre to record the individual interactions with the hand sanitizer dispenser and additionally record them using the real-time location systems appended on the sanitizer dispensers and employee badges. It is thus going to be possible for Wellness Centre to utilize the collected data in accurately assessing the compliance levels of the company’s care providing staff. The data will further be applicable in the modeling as well as characterizing the clinician-patient interactions, accessing the detailed data that is vital for the monitoring as well as modifying behavior. The most probable implication on Wellness Centre is the fact that they will be in a position to enhance their compliance levels by more than 30% on average, thus greatly improving the quality of life of their patients (Ugon, Séroussi, & Lovis, 2015).

The integration of the core functionality solution is additionally a strategy that Wellness Centre will need to adopt as they try to enhance the quality of their service delivery to their patients. The component is going to assist the institution in the maintenance of a central record center for all the patient records as well as facilitating the real-time monitoring. The implication of the component is that the healthcare providers at the institution will be able to devote more time in treating their clients rather than assessing the information and monitoring. The component is going to facilitate the collection as well as analysis of diverse data elements that encompass the facilitation of remote monitoring data covering the images that have just one set of images having been stored. It additionally facilities the monitoring of push notifications stored and relayed directly to the devices and the updating of the status every 10 seconds. It will facilitate the data service usage encompassing between 400-500 parameters that are updated on an hourly basis and consequently saved permanently (Herzwurm & Margaria-Steffen, 2013). It further promotes the monitoring of data from the real-time locations that the company attached to the employee badges along with the sanitizers furthermore promotes the collection along with the monitoring of the patient data.

During the Core Practice Functionality Solution’ system development life cycle, the diverse attributes that should be taken into consideration encompass the fact that it is imperative that the design is kept consistent with every layer. In this case, the designing of the components needs to be specific to the diverse operations of the company in meeting their quality service delivery mission to their clients (Ugon, Séroussi, & Lovis, 2015). It is additionally imperative that there is not the duplication of functionality within the application which follow that there should only be a unitary component involved in the delivery of the specific functions as the monitoring of the data in the institution. The grounds behind this declaration are that the duplication of functionality within the application makes it complex to implement changes, reduce the clarity issues as well as introduce possible inconsistencies.

It is additionally imperative to introduce a coding style along with a naming convention for the development. In this case, it is imperative that there is the assessment of whether Wellness Centre has established a coding system as well as the possible naming standards. The attribute will offer more consistency in the model that will consequently make it easier for the members of the solution integration team to review the code they were given resulting in superior maintainability. There should be the additional maintenance of the quality of the system via the use of the automated QA strategies during the development of the solution (Herzwurm & Margaria-Steffen, 2013). There should be the utilization of unit testing along with the other automated quality assessment strategies as the dependency assessment and static code analysis during the solution develop.

The last step should encompass an assessment of the operations that are going to promote the success of the application via the determination of the metrics and operational data needed by the organization’s IT infrastructure to guarantee successful deployment and effeteness of the solution.

The key security issues addressed for the design include:

  • The separation of concerns via division of the application into distinct attributes with the least overall in functionality
  • Unitary responsibility principle encompassing the assertion that every component needs to be responsible for a specific attribute or functionality
  • The element of least knowledge encompassing the assertion that every component should not be aware of the internal details of the other components


Giaffreda, R., et al., (2015). Internet of Things. User-Centric IoT: First International Summit …, Part 1. Springer

Herzwurm, G., & Margaria-Steffen, T. (2013). Software Business. From Physical Products to Software Services and Solutions. Springer.

Ugon, B., Séroussi, & Lovis, C. (2015). Transforming Healthcare with the Internet of Things. IOS Press

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