The healthcare business is undergoing a tremendous transition as a result of technological breakthroughs in software development. As technology advances, healthcare software has become increasingly important in improving patient care, streamlining operations, and increasing overall efficiency. Especially since COVID-19 began, the healthcare business has undergone a substantial transformation. Many trends have evolved since that time, and the healthcare industry has begun to grow swiftly with numerous breakthroughs.

As we approach 2023, healthcare software development continues to reshape the medical scene. The fast growth of technology, combined with the growing demand for efficient and patient-centered healthcare services, has opened the way for creative solutions that are changing the way we approach medical treatment.

 

In this blog post, we will look at the current trends in healthcare software development that are influencing the future of healthcare delivery.

1. Telehealth and Remote Patient Monitoring (RPM): Bridging the Distance

Telehealth has emerged as a game-changer, allowing patients to receive healthcare services remotely. Healthcare providers can give timely and accessible care to patients regardless of their physical location by using video consultations and virtual visits. Remote patient monitoring extends telehealth by allowing continuous tracking of vital signs and health factors. These developments not only improve access to care but also save healthcare costs and increase patient convenience.

Benefits of RPM:

• Improves clinical decision-making based on data
• Assists patients in improving self-management and adherence to care plans.
• Reduced healthcare costs for payers and providers
• Increases net patient revenue, and so on.

 

2. EHR, HMS, and PHR software

Electronic Health Record (EHR), Hospital Management System (HMS), and Personal Health Record (PHR) software are valuable tools in the healthcare industry, each serving different purposes and offering various benefits. Let’s explore them in more detail:

1. Electronic Health Record (EHR) Software:

EHR Software: EHR software is intended to digitize and streamline patient health information inside a healthcare company. It keeps a complete digital record of a patient’s medical history, diagnosis, prescriptions, lab results, and other pertinent information. The following are some of the advantages of EHR software:

• Enhanced data accessibility
• Improved patient safety
• Seamless communication and care coordination
• Data analytics and population health management

2) Hospital Management System (HMS) Software:

The administrative, operational, and financial aspects of healthcare institutions are managed by HMS software. It combines operations such as patient registration, appointment scheduling, invoicing, inventory management, and reporting. The following are some of the advantages of HMS software:

• Operations have been simplified
• Improved patient experience
• Billing accuracy and revenue management
• Inventory management that works

3) Personal Health Record (PHR) Software:

Individuals can use PHR software to safely store and keep their personal health information. It enables patients to access and control their health information, enter their own data, and share it as needed with healthcare practitioners. The following are some of the advantages of PHR software:

• Patient involvement
• Care continuity
• Personalized health information
• Integration of health data

3. Artificial Intelligence in Healthcare: Transforming Diagnostics and Treatment

By improving the capabilities of healthcare professionals, artificial intelligence (AI) has the potential to revolutionize healthcare. Machine learning algorithms can evaluate massive volumes of medical data, allowing for more accurate diagnoses and individualized treatment strategies. AI-powered imaging technologies improve medical picture interpretation, assist in early identification, and increase patient outcomes. Furthermore, natural language processing and chatbots provide efficient and tailored patient involvement, thereby improving the entire treatment experience.

Benefits of AI:

• Accurate and efficient diagnostics
• Individualized treatment plans
• Early intervention using predictive analytics
• Improved medical image analysis
• Administrative tasks have been simplified
• Drug discovery and development

 

4. Blockchain for Data Security and Interoperability: Building Trust in Healthcare

Data security and interoperability have long been major issues in healthcare. Blockchain technology provides a solution by providing a decentralized and secure platform for administering EHRs and protecting patient data. Blockchain guarantees the immutability and integrity of medical records, allowing for secure data sharing and increasing confidence among healthcare stakeholders. Patients have more ownership over their health information thanks to blockchain, and healthcare professionals can seamlessly exchange data for better care coordination.

Benefits of Blockchain Technology:

• Patient control and data ownership
• Interoperability has improved.
• Data sharing and consent management have been simplified
• Effective claims processing and detection of fraud
• Research and clinical trials

 

5. Healthcare Mobile Apps: Empowering Patients and Caregivers

Mobile applications are becoming more common in healthcare, allowing patients and caregivers to take charge of their health and well-being. Medication reminders, symptom tracking, appointment scheduling, and access to personal health records are among the functions available in these apps. They promote patient engagement, self-management, and vital health insights. Remote monitoring and communication between patients and healthcare workers is also possible using mobile apps, which improves care coordination and patient satisfaction.

Benefits of healthcare mobile apps:

• Improved healthcare access
• Educating patients on self-care
• Improvements in communication and care coordination
• Patient engagement and education have increased
• Appointment scheduling that works
• Access to personal health records is secure
• Telehealth, health, and wellness Tracking and remote monitoring

 

6. Data Analytics and Predictive Insights: Enhancing Decision-Making in Healthcare

By harnessing enormous volumes of patient data to enable informed decision-making, data analytics and predictive insights are redefining healthcare. Healthcare firms may extract useful insights, spot patterns, and predict disease outbreaks by utilizing sophisticated analytics approaches. These findings can be used to improve community health management, resource allocation, and early intervention measures. Data-driven decision-making allows healthcare practitioners to provide more tailored and efficient care, resulting in better patient outcomes.

Benefits of Data Analytics and Predictive Insights in Healthcare:

• Better patient outcomes
• Improvements in population health management
• Efficient resource allocation
• Early disease detection and prevention
• Real-Time Decision Support
• Quality and process improvement
• Research and Development:

Conclusion:

Healthcare software development is at the forefront of an industry-wide shift. Telehealth, artificial intelligence, blockchain, mobile apps, and data analytics are transforming healthcare delivery, enhancing patient care, and increasing operational efficiency. By embracing these popular practices, healthcare firms may stay ahead of the curve, improve patient happiness, and open up new revenue prospects. The capacity of software development to change the sector and pave the road for a healthier tomorrow is driving the bright future of healthcare.

Mobile apps are now required for small businesses to grow and succeed in today’s digital landscape. According to recent data, mobile app usage has surged, with consumers spending 90% of their mobile time on apps. Furthermore, income from mobile apps is expected to reach $935 billion by 2023. These figures demonstrate the enormous opportunity for small businesses to enter the mobile app market and expand their customer reach and engagement.

The potential for mobile apps for small businesses is endless.

 

Here are a few instances of well-designed and well-implemented apps that have transformed the way small businesses operate:

E-commerce Apps: Internet-based companies can create mobile applications to give a streamlined shopping experience, highlight their products, provide personalized recommendations, and permit safe transactions.

Food Delivery apps: Restaurants and food companies can use mobile applications to improve customer happiness and loyalty by providing quick ordering, delivery tracking, loyalty programs, and real-time updates.

Service Booking Apps: Salons, fitness centers, and home repair firms can design applications that allow for quick appointment scheduling, reminders, and personalized service offerings.

Loyalty Apps: Small businesses in a variety of industries can create loyalty apps to reward returning customers, provide exclusive discounts, and make personalized suggestions based on their preferences.

Educational Apps: Tutoring centers, language schools, and educational institutions can develop mobile apps that include interactive learning materials, quizzes, progress tracking, and remote learning options.

You can uncover multiple benefits by designing a mobile app targeted to your small business’s specific needs, such as better client engagement, higher brand loyalty, improved operational efficiency, and a competitive edge in the market.

In this step-by-step guide, we will lead you through the process of creating a successful mobile app for your small business. We will give you some valuable insights and actionable suggestions to aid you on your app development journey, from defining your objectives and studying your target audience to picking the correct technology stack and optimizing your app for optimal visibility.

 

9 steps on how to develop a successful mobile app for your small business:

Define your Objectives:

• To align with your business goals, clearly outline the objectives and purpose of your mobile app.
• Example: Boost customer engagement, increase sales, and improve brand loyalty.

Research Your Target Audience:

• Conduct extensive market research to better understand the tastes, needs, and behaviors of your target audience.
• Examine competing apps for gaps and opportunities.
• Example: 72% of consumers prefer apps that provide personalized content and recommendations.

User-Centric Design:

• Create an intuitive and user-friendly design to enhance the overall user experience.
• Concentrate on simple navigation, visually appealing interfaces, and user-friendly interactions.
• Example: Airbnb’s mobile app offers a seamless booking experience with stunning visuals and a straightforward user interface.

Choose the Right Technology:

• Choose the best technology stack for your target platform (iOS or Android), performance needs, scalability, and security.
• Collaborate with experienced developers to make informed decisions.
• Example: Instagram’s mobile app leverages robust backend technologies to handle high user engagement and seamless photo sharing.

Agile Development Approach:

 

• Adopt an agile development methodology for iterative and incremental app development.
• Gather customer feedback during each development cycle to improve the features and functionalities of your app.
• Example: Spotify’s mobile app continuously adds new features and improvements based on user feedback, ensuring a personalized and seamless music streaming experience.

 

Seamless Integration:

• Integrate your mobile app with existing systems such as CRM or payment gateways for a seamless user experience.
• Ensure that data is sent and functions properly between the app and the backend services.
• Example: Starbucks’ mobile app seamlessly integrates with its loyalty program, allowing users to earn rewards and make payments directly from the app.

Rigorous Testing:

• Conduct comprehensive testing to ensure your app functions flawlessly on different devices and platforms.
• Perform functionality, usability, and security testing to ensure a dependable and high-performing app.
• Example: WhatsApp’s mobile app undergoes rigorous testing to provide secure messaging and real-time communication across various devices.

App Store Optimization (ASO):

• Optimize your app’s visibility and discoverability in app stores through strategic ASO techniques.
• Conduct keyword research, write enticing descriptions, and encourage good user feedback.
• Example: TikTok’s mobile app gained popularity through effective ASO, leveraging trending keywords, and engaging app previews.

Continuous Improvement:

• Maintain and update your app regularly to address user feedback, improve performance, and introduce new features.
• Analyze app analytics to learn about user behavior and discover areas for improvement.
• Example: Uber’s mobile app consistently updates its features and user interface to provide a seamless and convenient ride-hailing experience.

Conclusion:

As mobile app usage and income continue to rise, small businesses must take the chance to establish their own mobile apps. Whether you’re an e-commerce retailer, a food establishment, a service provider, or an educational institution, a well-designed mobile app can propel your small business to new heights of success.

Creating a successful small company mobile app takes careful planning, user-centric design, and constant optimization. You can design a successful mobile app that engages consumers, improves your brand, and drives business growth by following this step-by-step process and partnering with a professional software development company, such as MLP.

Are you ready to use a mobile app to improve your small business? Contact MLP to discuss your app development requirements and get started.

Distributed software development teams are more common than ever in today’s digital age. According to an Owl Labs survey, 62% of full-time employees in the United States work remotely at least some of the time, with 30% working remotely full-time. This emphasizes the growing trend of remote work and the necessity for businesses to adapt to it.

Companies that use distributed software development teams have access to a larger pool of talent and resources, regardless of their location. However, managing such teams can be difficult.

According to a study by the Harvard Business Review, remote workers tend to be more productive than their in-office counterparts. The study found that remote workers completed an average of 4.4% more calls per day than their in-office counterparts, translating to roughly an extra day’s worth of work per week.

 

In this blog post, we will look at the benefits and drawbacks of remote software development teams and offer advice on how to manage them effectively for your company.

The Advantages of Distributed Software Development Teams:

• Access to a larger pool of talent: Hiring remote developers allows you to tap into a larger pool of talent without being limited to your local area.

• Remote developers do not require office space, which might help you save money on overhead.

• Flexibility: Remote specialists can work on their own time, which is very beneficial when working across time zones.

• Increased productivity: Studies have shown that due to fewer distractions and interruptions, remote employees are often more productive than in-office workers.

The disadvantages of distributed software development teams are as follows:

• Communication issues: When dealing with remote developers, communication can be difficult. Miscommunications can occur, resulting in project delays and setbacks.

• Lack of oversight: Managers may feel they have less influence over remote developers and their work processes, which can be difficult.

• Cultural differences: diverse countries and regions may have diverse work cultures, which can have an impact on collaboration and productivity.

Tips for Managing Distributed Software Development Teams Effectively:

• Use the proper tools:  To promote remote cooperation and ensure that everyone is on the same page, use communication solutions like Slack or Microsoft Teams.

• Set clear expectations: To ensure that everyone is on the same page, set explicit expectations for your remote team, including project goals and timelines.

• Regular check-ins can help keep everyone accountable and ensure that project goals are accomplished.

• Develop a trusting culture: Trust is essential when managing remote teams. Encourage open communication and foster a climate in which everyone feels safe sharing their ideas and concerns.

• Address any issues as soon as possible: To reduce delays and maintain team morale, address any issues that develop as soon as they appear.

Here are a few examples of how various businesses manage remote development teams:

Automattic: WordPress.com’s parent business, Automattic, is well-known for its remote work culture. The company employs over 1,300 people in 79 countries, all of whom work remotely. Automattic uses a range of platforms to manage its distributed development workforce, including Slack for communication, Zoom for video conferencing, and GitHub for code management. Annual in-person team meetings are also held by the company.

InVision is a digital product design platform with over 1,200 employees in 20 countries. InVision uses a range of communication and collaboration platforms to manage its distributed development team, including Slack, Zoom, and Notion. In addition, the organization has specified core hours during which team members are expected to be present for meetings and collaboration.

Zapier is a web-based automation platform with a completely remote crew of over 350 individuals spread over 28 countries. The organization has core hours during which team members are expected to be accessible for meetings and collaboration, but it generally allows for flexible scheduling. Zapier also has a robust documentation structure in place to ensure that team members have access to the knowledge they require to succeed.

To summarize

Managing a dispersed software development team can be difficult, but the advantages might outweigh the disadvantages. You can effectively manage your remote staff and achieve your business goals by following the recommendations provided above. MLP has years of experience managing distributed software development teams and can assist you in reaching your goals. Contact us today to learn more.

Maximizing ROI (return on investment) is a critical goal for any software development project. Software development, from online applications to mobile apps, сan be an expensive investment. That’s why companies must focus on maximizing ROI by taking advantage of every opportunity to increase efficiency and reduce costs.

The discovery phase is one of the most critical phases in software development. At this stage, a software development company will collaborate with its client to determine the project’s goals and requirements. Unfortunately, many businesses skip or hurry through this essential stage, which can result in costly errors and delays later in the development process.

 

A study by McKinsey found that the cost of fixing errors in software development increases dramatically as the project progresses. Fixing an error during the requirements phase costs an average of $100, while fixing the same error during coding costs an average of $1,500. Furthermore, according to a report by PMI, 37% of all projects fail due to a lack of defined project objectives and milestones. By skipping the discovery step, a project may fail before it even begins. Companies can save money and minimize delays by identifying requirements during the discovery phase. That is why it is critical to invest in the software development discovery phase.

 

So, what does the discovery phase involve?

Depending on the project and the objectives of the client, the discovery phase can include a variety of activities. However, the following are typical activities included in the discovery phase:

• Understanding the client’s needs and goals: Involves working closely with the client to determine their needs, goals, and objectives. To produce a successful project, it is critical to have a comprehensive grasp of the client’s expectations.

 

• Conducting research and analysis: This involves analyzing the market, rivals, and users in order to comprehend the product’s potential, usability, and user experience. This information is utilized to develop a project roadmap.

 

• Outlining the project scope: This includes defining the features, functionalities, and requirements of the project. This ensures that everyone participating in the project understands what is expected of them and what will be delivered.

 

• Creating a project plan: This involves creating a detailed project plan that outlines the timeline, milestones, and budget for the project. This contributes to the project being completed on schedule and under budget.

 

• Prototyping and testing: This involves creating prototypes of the product and testing them with users to ensure that the product meets the client’s requirements and is easy to use.

 

Companies can enhance their ROI by spending in the discovery phase in the following ways:

• Reduced costs: Companies can avoid costly mistakes and delays later in the development process by recognizing project requirements and potential obstacles early on.

 

• Improved efficiency: By developing a roadmap and project plan during the discovery phase, businesses may increase project efficiency and ensure that projects are completed on time and under budget.

 

• Better product quality: Companies may ensure that the final product fits the client’s expectations and is simple to use by conducting research, developing prototypes, and testing them with users.

 

• Increased client satisfaction: Companies can ensure that the client’s demands and goals are met by incorporating the client in the discovery phase. This can result in enhanced client satisfaction and possible repeat business.

 

• Competitive advantage: During the discovery phase, organizations can uncover market gaps and build a product that satisfies the needs of their target audience by doing research and analysis. This can result in a competitive advantage and a larger market share.

 

Finally, the discovery phase is an important stage in software development that should not be overlooked or rushed. According to a Standish Group analysis, only 29% of software projects succeed, while 52% are challenged, and 19% fail. Proper planning and research throughout the discovery phase might help improve success prospects.

Companies can maximize their ROI by investing in the discovery phase by cutting costs, boosting efficiency, delivering a high-quality product, enhancing customer happiness, and gaining a competitive edge. It is critical for a software development company to emphasize the discovery phase to ensure project success and customer happiness.