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Choose the right test strategy

Every software project is unique in its own way as there can be numerous factors apart from the project requirement itself that makes a software project unique. These factors can be – budget and time constraints, the resources available, their experience and expertise, etc. So, based on all these factors, a right test strategy needs to be developed that considers each aspect of the software project like – how many and when should be the resources allocated to the project, should automation be introduced in the project or not, etc.

Start Testing As Early as possible

Traditionally software testing was performed as a separate activity after the coding or implementation phase. But with the growing complexity of software applications and with the evolution of testing, it is advised that testing should be done as soon as possible. Sooner, we start the testing activities including requirement validation, test plan, test case creation, etc the more will be the probability of better quality software.

Write effective test cases

The success of the testing phase depends majorly on the test case developed. The testing team should aim at creating clear and concise test cases that should have good test coverage and at the same time avoid redundancy using the efficient test design techniques, so that test execution can be reduced without compromising the testing coverage.

Have the right combination of test automation and manual testing

Many times automation is introduced in the software project without actually considering its need and evaluating its ROI. Based on the type of software project, testing should be automated but only for the part where it adds value to the testing process.

Have the right test environment

Having the right test environment is very vital for the success of the testing process. The test environment should closely simulate the production environment and access to the backend and build deployment should ideally be with the test team only.

Prioritization of testing activities

Based on the criticality and the time/budget constraints, the testing activities should be prioritized. The decisions like when to stop testing, how much testing of a module is enough, etc should be taken only with correct prioritization of the different test activities.

Have specialists for performance and security testing

Testers with the right knowledge and approach to testing can easily perform the different types of manual testing – UI testing, usability testing, accessibility testing, negative testing, etc.

Even someone with decent programming language knowledge can learn automation by going through the Selenium tutorial or other automated tool’s tutorials. But there are some software testing types like – performance and security testing that are very critical for the success of any project. For projects related to online transactions, sensitive data, healthcare, etc, these testing types have even more critical.

So, these should ideally be performed by specialists who have the right domain knowledge and expertise of the different concepts and tools for carrying out these types of software testing.

Following CI-CD

Nowadays, frequent smaller releases are preferred over major releases that used to happen once a month, quarterly or even half-yearly. Sometimes code is pushed multiple times a day also.

In order to support this process, Continuous Integration and Continous Deployment/Delivery approach is used. This approach not only helps with frequent releases but it also helps in better utilization of the testing efforts.

Perform sanity on production

No matter how similar we have the test environment with the production environment and how confident we are with the quality of testing and the deployed build still sanity on production is always required. It can be either automated or performed manually.

Retrospection and Documentation of learnings

It always helps to document the learnings and learn from past mistakes. In this ever-changing software industry, it is better to keep on evolving the processes and practices. The same goes for testing, the testing phase needs to be constantly improved by learning from past mistakes and the same is possible when the learnings are well-documented.

This completes our article on the top practices to follow in your software testing projects. I hope you can employ some of these practices in your projects and have a successful release.

A Short history of EMR
EMRs were first introduced in the 1960s, but it wasn’t until the 1990s that the technology became more widely adopted. Today, most hospitals and clinics use some form of electronic health record (EHR) system, which is essentially a more advanced version of an EMR that can integrate data from multiple sources.

Benefits of EMR
One of the primary benefits of EMRs (Electronic medical health records) is that they can reduce errors and improve patient safety. When healthcare professionals have easy access to a patient’s medical history, they can make more informed decisions about treatment and medication management. EMRs can also help prevent dangerous drug interactions by alerting doctors to potential conflicts between medications.

Another advantage of EMRs is that they can improve communication and collaboration between healthcare providers. With a centralized system that can be accessed from anywhere, doctors, nurses, and other healthcare professionals can easily share information about a patient’s care plan, track progress, and coordinate treatment.

EMRs can also help healthcare organizations save time and reduce costs. With digital records, there is no need for paper-based filing systems, which can be time-consuming and difficult to manage. Additionally, EMRs can reduce the need for duplicate testing and procedures, which can save both time and money.

EMR Challenges
While there are many benefits to using EMRs, there are also some challenges that healthcare organizations must overcome. One of the biggest challenges is ensuring the security and privacy of patient information. With sensitive medical information stored digitally, there is always a risk of data breaches or unauthorized access. Healthcare organizations must implement robust security measures to protect patient data and comply with regulations such as the Health Insurance Portability and Accountability Act (HIPAA).

Another challenge is training healthcare professionals to use EMRs effectively. While the technology can streamline workflows and improve efficiency, it also requires users to learn new skills and workflows. Healthcare organizations must provide adequate training and support to ensure that staff members can use the system effectively.

Despite these challenges, EMRs are becoming an essential tool for healthcare organizations. The benefits of these systems are clear, and as technology continues to improve, EMRs will only become more powerful and useful.

EMR & Telemedicine
One area where EMRs are already making a big impact is in telemedicine. With the rise of virtual consultations and remote healthcare services, EMRs are essential for enabling doctors to access patient information from anywhere. By having a centralized system that can be accessed from a computer or mobile device, doctors can provide high-quality care to patients without being in the same room.

EMR & Data
EMRs are also helping healthcare organizations leverage big data to improve patient outcomes. With large amounts of data being generated by EMRs, healthcare providers can use analytics tools to identify trends and patterns in patient care. This can help doctors make more informed decisions about treatment plans and identify areas where improvements can be made.

Conclusion

In conclusion, electronic medical records are a valuable tool for healthcare organizations looking to improve patient care, reduce costs, and streamline workflows. While there are challenges associated with implementing these systems, the benefits are clear. As technology continues to advance, EMRs will become even more powerful and useful, helping to transform the way healthcare is delivered.