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Whether you’re looking to level up your fitness routine in 2025, or you want a trusty sidekick to monitor your health habits, investing in one of the best fitness or sports watches can help you stay motivated and smash your goals.

Don’t just take our word for it – studies have shown that the best fitness trackers can improve both your motivation levels and daily activity. Beyond standard activity tracking, today’s new-gen models can do it all, from taking calls and playing music to monitoring your heart rate, tracking sleep and keeping tabs on your stress levels.

But how do you find the right one for you? Wearable tech is uber-personal, so it’s important to choose something that’s relevant to your lifestyle. If you’re not going to use fancy features such as built-in GPS, for instance, what’s the point in shelling out for it?

To give you a helping hand, our expert editors strapped on the best of the best fitness watches to find the ones worth your time.

How to choose a fitness tracker

Overwhelmed by all the choice? Fret not – we’ve listed all the specs alongside each device, to help you decide whether it’s worth buying for you. These are the main ones to keep an eye out for.

Fitness tracking

You should demand fitness tracking from your fitness tracker? Go figure. But it’s not quite that simple. The least you should expect from modern devices is accurate data on your number of steps, distance covered, total sleep and heart rate, as well as your estimated calorie burn.Some fitness watches will go further and offer an in-depth look at your sleep, including how long you spend in light, heavy and rapid eye movement (REM) phases, and a few can show which heart rate zone you were in at different points during your workout.

Water resistance

The popularity of open water swimming rivalled that of banana bread during lockdown, and the health trend has lasted a lot longer than its carb-y counterpart.If you want to record your swimming sessions, you’ll need a fitness watch that’s water resistant. If you prefer a swimming pool to a lake or the sea, and want a bit more data on your time in the water, some models can track your distance covered and how many lengths you swim, while others can automatically detect which stroke you’re using.

Battery life

Many fitness trackers nowadays will last a few days on a full charge but models rammed with smart features, such as the Apple Series 8, will need charging more frequently.For those of you who are a tad forgetful, many models have power-saving algorithms and can last for an entire day after charging for just five minutes. Not bad!

Smartphone notifications

An untimely notification can throw a spanner in the works of any good workout, with the irresistible urge to check your phone turning a short break between hip thrusts into a social media scrolling session. Thankfully, many sports watches can sync with smartphones, displaying calls and messages as they arrive. This way, you’re saved from falling into an Instagram hole.

Apps

Fitness trackers will sync to a smartphone to display your key health stats on an app. While some will just provide an easy-to-read alternative to your fitness watch’s screen, others will offer additional features such as being able to log what you eat.The Fitbit products featured in this list come with 12 months of free access to Fitbit Premium, which usually costs £7.99 a month. The brand describes it as a resource that can provide guided programmes and workout regimes to help you ‘stay active, sleep well, manage stress and more.’

Elon Musk’s so-called Department of Government Efficiency (DOGE) has plans to stage a “hackathon” next week in Washington, DC. The goal is to create a single “mega API”—a bridge that lets software systems talk to one another—for accessing IRS data, sources tell WIRED. The agency is expected to partner with a third-party vendor to manage certain aspects of the data project. Palantir, a software company cofounded by billionaire and Musk associate Peter Thiel, has been brought up consistently by DOGE representatives as a possible candidate, sources tell WIRED.

Two top DOGE operatives at the IRS, Sam Corcos and Gavin Kliger, are helping to orchestrate the hackathon, sources tell WIRED. Corcos is a health-tech CEO with ties to Musk’s SpaceX. Kliger attended UC Berkeley until 2020 and worked at the AI company Databricks before joining DOGE as a special adviser to the director at the Office of Personnel Management (OPM). Corcos is also a special adviser to Treasury Secretary Scott Bessent.

Since joining Musk’s DOGE, Corcos has told IRS workers that he wants to pause all engineering work and cancel current attempts to modernize the agency’s systems, according to sources with direct knowledge who spoke with WIRED. He has also spoken about some aspects of these cuts publicly: “We’ve so far stopped work and cut about $1.5 billion from the modernization budget. Mostly projects that were going to continue to put us down the death spiral of complexity in our code base,” Corcos told Laura Ingraham on Fox News in March.

Corcos has discussed plans for DOGE to build “one new API to rule them all,” making IRS data more easily accessible for cloud platforms, sources say. APIs, or application programming interfaces, enable different applications to exchange data, and could be used to move IRS data into the cloud. The cloud platform could become the “read center of all IRS systems,” a source with direct knowledge tells WIRED, meaning anyone with access could view and possibly manipulate all IRS data in one place.

Over the past few weeks, DOGE has requested the names of the IRS’s best engineers from agency staffers. Next week, DOGE and IRS leadership are expected to host dozens of engineers in DC so they can begin “ripping up the old systems” and building the API, an IRS engineering source tells WIRED. The goal is to have this task completed within 30 days. Sources say there have been multiple discussions about involving third-party cloud and software providers like Palantir in the implementation.

Corcos and DOGE indicated to IRS employees that they intended to first apply the API to the agency’s mainframes and then move on to every other internal system. Initiating a plan like this would likely touch all data within the IRS, including taxpayer names, addresses, social security numbers, as well as tax return and employment data. Currently, the IRS runs on dozens of disparate systems housed in on-premises data centers and in the cloud that are purposefully compartmentalized. Accessing these systems requires special permissions and workers are typically only granted access on a need-to-know basis.

Key Takeaways: What You’ll Learn: How healthcare apps are revolutionizing patient care through real-time monitoring and personalized health solutions.

The role of telemedicine and wearables in delivering accessible, on-demand healthcare experiences.

Why data security and regulatory compliance (e.g., HIPAA) are non-negotiable in healthcare app development. Stats That Matter: 75% of healthcare executives see digital transformation as vital for streamlining clinical processes.

The global digital health market is expected to exceed $800 billion by 2030, driven by rising adoption of telemedicine and AI-driven solutions.

53% of healthcare apps fail due to poor user experience and security vulnerabilities. Real Client Outcome: Health-e-People streamlined medical record access, reducing operational costs and improving patient care for healthcare providers.

Soniphi enhanced real-time health monitoring through vocal frequency analysis, boosting user engagement and wellness tracking.

DiabeticU improved diabetes management, leading to better health outcomes and increased treatment adherence among users. Let’s Build Your Healthcare App Together

Digital health is no longer a choice, but a necessity for healthcare organizations striving for resilience, efficiency, and improved outcomes. Take, for instance, Amazon’s rebranding of Amazon Clinic to Amazon One Medical Pay‑per‑visit in June 2024. This integration allows users a $29 messaging visit or a $49 video consultation for over 30 common conditions. Additionally, it offers seamless prescription delivery via Amazon Pharmacy, reducing friction and enhancing care access.

An example like Amazon’s rebranding, signals where the industry is heading. As healthcare organizations adapt to changing expectations, digital solutions like AI diagnostics, smart wearables, and remote monitoring are enabling more precise, proactive, and personalized care.

According to a report by McKinsey, 75% of healthcare executives view digital transformation as a crucial factor for streamlining clinical processes, yet many remain concerned that the required investments may fall short.

Also, the global digital health market is projected to exceed $800 billion by 2030, driven by the rising adoption of telemedicine, wearable technology, and AI-driven healthcare solutions (Source: Grand View Research). Hospitals, startups, and medical institutions are racing to develop apps that enhance patient care, streamline operations, and improve health outcomes.

However, while the opportunities are vast, 53% of healthcare apps fail due to poor user experience, security vulnerabilities, and lack of a clear value proposition. (Source: NLM database). So, what does it take to build a healthcare app that truly makes an impact?

To support you in your healthcare application development journey, we have compiled a comprehensive guide that provides valuable insights into mobile health app development best practices, processes, types, benefits, costs, and more.

So, without further ado, let’s jump right into this healthcare mobile app development guide and uncover the essential details revolving around medical application development.

If 88% of healthcare professionals are leveraging mHealth, why wait to build yours? Ready to make a difference in healthcare?

Benefits of Healthcare Mobile Apps for Patients and Providers

One of the primary reasons iOS and Android healthcare app development solutions have become so popular for businesses is that they offer countless benefits to general users and medical professionals while facilitating the healthcare industry’s progress. If you create a healthcare app, you will gain limitless benefits that will help automate operational processes and improve the financial performance of medical institutions. Let’s learn how.

Benefits for Medical Professionals

Digital health app development is often a time-consuming and expensive process. However, it provides its investors and stakeholders with extensive value in:

Built-in Diagnostic Systems

These systems enable the collection and processing of data from embedded IoT devices integrated with EHR platforms. The doctors can easily analyze and diagnose the condition of remote patients, track progress, and determine treatment.

This seamless integration enhances real-time decision-making, allowing for proactive interventions. Additionally, it improves patient engagement by providing continuous monitoring and personalized care plans.

Accurate Diagnosis

Medical apps facilitate healthcare professionals with early and accurate diagnosis of diseases. With precise and built-in diagnostic systems come better treatment plans, timely healthcare delivery, and effective outcomes.

These apps also help reduce diagnostic errors and improve clinical decision-making. Moreover, AI-powered diagnostic tools enhance efficiency by analyzing vast datasets and identifying patterns that human practitioners might overlook.

Electronic Health Record (EHR)

With the optimization of EHR solutions, healthcare apps can easily track, store, and collect all patient-related information on a single platform. This saves time, eliminates errors, and allows the exchange of patient data between different healthcare institutions.

For instance, in early 2025, Tempus AI introduced “Olivia,” an AI-powered personal health app that aggregates patient data from over 1,000 healthcare systems through seamless EHR integration.

Telehealth and Telemedicine

Telehealth has emerged as one of the fastest-growing sectors in the healthcare industry, with the global market expected to grow substantially. This surge is largely driven by the increasing demand for telemedicine and telehealth software solutions, including Software as a Medical Device (SaMD). These technologies empower healthcare professionals to deliver remote services, facilitate online communication, and provide high-quality medical care more efficiently.

As a result, telehealth has become an integral component of modern healthcare delivery, offering patients greater access to care and enabling providers to reach a broader patient base.

For instance, investing in doctor-on-demand app development allows healthcare professionals to offer consultations via video or audio calls. It also helps patients to book appointments at their convenience.

E-Prescribing

E-prescribing apps enable doctors to prescribe medications for patients accurately, adjust dosages to minimize potential side effects, and revoke prescriptions as needed. These platforms play a crucial role in reducing pharmacy errors and optimizing the time of both doctors and patients.

An e-prescribing app enables doctors to upload prescriptions directly within the app, tailored to the patient’s specific requirements.

Also Read: The GoodRx App Development Cost: Insights and Analysis

Improved Communication

Various telehealth applications help doctors connect with patients remotely for significant consultations and discussions. With automated features and streamlined workflows, healthcare providers can focus more on patient care and less on administrative tasks.

This reduction in manual work and improvement in operational efficiency directly contribute to lower stress levels and minimize burnout among healthcare workers, fostering a more sustainable working environment.

Less Stress and Burnout

Doctor consultation app development liberates professionals from repetitive tasks by increasing the reliability of medical systems and processes. For instance, a custom healthcare app tracks all active on-premise ventilators. Healthcare facilities can better allocate resources and ensure timely maintenance by offering real-time alerts and performance metrics.

This proactive approach to equipment management improves uptime, reduces the risk of malfunction, and enhances the overall quality of patient care.

Better Service and Equipment Management

Mobile health application development allows users to monitor medical equipment in real-time and optimize its use accordingly. This real-time tracking ensures that medical devices are always in optimal working condition, reducing downtime and improving overall patient care.

For instance, a custom healthcare app tracks all active on-premise ventilators, enabling healthcare providers to quickly assess equipment status, schedule maintenance, and prevent unnecessary delays in treatment.

Cost Reduction and Resource Optimization

Healthcare apps help medical practices save finances by cutting down on paper costs, reducing staff overtime, and preventing expensive medical errors that lead to lawsuits.

When everything runs smoother digitally, you need fewer people doing administrative work, and doctors can see more patients in the same amount of time. Many practices report saving thousands of dollars monthly just from going paperless and automating their appointment reminders.

Enhanced Patient Compliance and Follow-up

One of the biggest headaches for doctors is getting patients actually to follow treatment plans and show up for follow-up appointments. Healthcare apps address this by sending medication reminders, tracking whether patients are taking their medication, and reminding them about upcoming appointments.

When patients stick to their treatment plans better, doctors see improved outcomes and fewer emergency situations that could have been prevented.

Benefits for General Users

Healthcare apps have a wide range of use cases that benefit patients and general users. These apps utilize the convenience and accessibility of mobile phones to enhance the delivery of medical services and improve the overall healthcare experience for patients. Here are some remarkable benefits of hospital mobile apps for patients:

High-Quality Patient Care

With advanced healthcare apps for fitness, nutrition, etc., patients can track their disease symptoms, chronic conditions, sleep patterns, heart rate, and overall health using IoT-connected wearable devices or smartphone sensors. Continuous monitoring enables the early detection of health issues and facilitates timely intervention, thereby improving overall patient care.

Accessible Healthcare Data

A mobile app platform makes healthcare information and medical data easily accessible for better patient monitoring. Now, patients can access healthcare information and news at home or even on the go and share their health data and symptom reports with their healthcare providers.

At Appinventiv, we developed Health-e-People, a dynamic healthcare platform designed to improve patient care and streamline medical record management. Utilizing advanced, user-centric technologies, it overcomes the limitations of traditional systems, ensuring seamless access to critical health information.

As a leading patient-focused solution, Health-e-People empowers both patients and caregivers with intuitive tools that enhance engagement, streamline care coordination, and inform decision-making.

On-Demand Accessible Care

Mobile app development for healthcare makes on-demand medical services accessible to every common user. Medicine delivery app development ensure the quick delivery of medical care services directly to patients’ doorsteps, including drug delivery, medicine delivery, sample collection, and prescription fulfillment.

These apps also provide real-time order tracking, automated prescription refills, and integration with telemedicine platforms for seamless consultations. Additionally, AI-powered recommendations help users manage their medications effectively, reducing the risk of missed doses and improving adherence to treatment plans.

Better Communication

Medical apps empower patients with real-time connectivity to caregivers, enabling timely consultations and support. Features like instant messaging, video calls, and secure data sharing enhance accessibility and responsiveness. Patients can easily discuss symptoms, receive guidance, and track their health progress without delays.

This continuous interaction drives better engagement, improves care coordination, and ensures more personalized treatment. By bridging communication gaps, medical apps contribute to more efficient and effective healthcare delivery.

Cost Savings and Financial Relief

Healthcare costs keep going up, but apps help users save expenses in ways they might not expect. Instead of rushing to urgent care for minor issues, users can get advice through telemedicine consultations that cost a fraction of an office visit.

Many pharmacy apps now assist users in identifying generic medications and locating nearby pharmacies offering the best prices. Additionally, with the rise of medicine delivery apps, users can conveniently order prescriptions online, reducing unnecessary emergency room visits for conditions that can be effectively managed at home with over-the-counter or prescribed medications.

Peace of Mind and Health Confidence

One of the biggest benefits people don’t talk about enough is how these apps reduce health anxiety. When users can track their symptoms, monitor vital signs, and access medical guidance easily, it provides peace of mind and empowers them to take the most appropriate course of action.

Many users say they feel more confident managing their health because they have reliable information at their fingertips instead of googling symptoms and scaring themselves with worst-case scenarios. Having health data organized and accessible also means users are better prepared for doctor visits and can have more meaningful conversations about their care.

Considering the above benefits, if you have decided to build a healthcare app, you should explore the various types of healthcare app solutions available in the industry.

Types of Healthcare Mobile App Development

mHealth app development encompasses a range of applications that contribute to improved healthcare management and enhanced overall well-being. Depending on their purpose of use, healthcare apps can be categorized into two main groups: apps for medical professionals and apps for general users. Let’s check out the key types of healthcare apps based on each category.

Healthcare Apps for Hospitals and Medical Professionals

These healthcare apps are supposed to bring value to medical staff, facilities, doctors and physicians, which is why they are developed in a more complex way with advanced and reliable features. Some common healthcare mobile apps for professionals are:

Telehealth Apps

Mobile app development for healthcare allows doctors to schedule appointments and provide medical consultations using in-app messaging and video calls. Telehealth applications are convenient for both doctors and patients, as they help avoid physical contact and provide care in the comfort of their own homes. Some popular examples include telehealth apps like TelaDoc and GoodRx Care.

Also Read: How much telemedicine app development costs

Medical Networking Apps

Although medical professionals are quite busy with hospital management and patient services, they must communicate with other medical experts and share expertise to improve communication. This communication is done through medical networking apps. Some popular examples of medical apps for networking are Doximity, Sermo, and WeMedUp.

Medical Prescription Apps

Prescription healthcare apps help professionals select the right medication for their patients, compile a list, and track usage and administration times. Some medical apps even allow patients to print prescriptions to show at the nearby pharmacy.

Medical Record Apps

Medical record health applications help simplify collecting and updating patients’ medical data. The data records consist of blood pressure, body temperature, medical examinations and diagnoses, prescriptions, appointments, and various criteria to track medical health.

Healthcare CRM Apps

Healthcare CRM apps streamline patient management by organizing appointments, medical history, and communication between patients and providers. They improve hospital workflows, enhance patient engagement, and ensure seamless care coordination. These apps also facilitate billing, insurance claims processing, and automated follow-ups to improve patient retention.

Medical Reference and Drug Information Apps

These apps provide healthcare professionals with instant access to drug databases, medical references, and clinical guidelines. They include drug interaction checkers, dosage calculators, and comprehensive medical literature. Popular examples include Epocrates, Medscape, and UpToDate.

Clinical Decision Support Apps

Clinical decision support applications assist healthcare providers in making evidence-based treatment decisions by providing diagnostic tools, treatment protocols, and risk assessment calculators. These apps help reduce medical errors and improve patient outcomes through data-driven insights.

Medical Imaging and Radiology Apps

These specialized apps allow radiologists and other medical professionals to view, analyze, and share medical images such as X-rays, MRIs, and CT scans on mobile devices. They enable remote consultations and faster diagnosis turnaround times.

Also Read: Radiology Redefined: How Apps are Revamping Medical Imaging

Hospital Management and Operations Apps

Comprehensive hospital management applications help streamline administrative tasks, staff scheduling, inventory management, and resource allocation. These apps improve operational efficiency and reduce administrative burden on healthcare staff.

Medical Education and Training Apps

Educational apps designed for medical professionals provide continuing education, certification courses, medical simulations, and skill assessment tools. They help healthcare workers stay updated with the latest medical practices and maintain their professional certifications.

Healthcare Apps for Patients and General Users

Healthcare applications for patients are designed to assist general users in making their lives easier. With basic medical assistance, these healthcare apps are simple yet valuable in a wide range of wellness aspects. Different types of mobile healthcare application development for patients are:

Mental Health Apps

Mental health apps target making therapy more accessible, flexible, and efficient for general users. These apps usually assist in fighting anxiety, depression, and insomnia with the help of various pre-recorded sessions, gaming elements, breathing exercises, etc.

Some popular mental health app examples are MoodKit, Headspace, and Mindshift.

Health Monitoring Apps

Health monitoring apps help track and manage chronic conditions such as diabetes, blood pressure, and so on. A few well-known health monitoring apps are WebMD, Ada, and The Diary. Soniphi, the first resonant frequency-based personal wellness healthcare app developed by Appinventiv, is another considerable example of a health monitoring app.

This wellness system utilizes vocal information to generate a comprehensive well-being analysis report.

Health Lifestyle Apps

This healthcare mobile app development category for patients brings together different applications such as fitness and nutrition apps, self-improvement apps, weight loss apps, mind training apps, and many others that help achieve a healthy lifestyle. Some popular health lifestyle apps are HealthPal, MyFitnessPal, Remente, and MoodPath.

Appinventiv created DiabeticU, an innovative AI-driven diabetes management app that enhances patient support. It provides real-time responses to user queries, connects individuals with diabetes experts, and builds a strong, supportive community.

By empowering users to take charge of their health, DiabeticU promotes a healthier lifestyle and highlights the transformative role of AI in modern healthcare.

Medication Reminder Apps

These apps send automated reminders to help patients take medications on time, reducing missed doses. They offer dosage tracking, refill alerts, and medication interaction warnings to enhance treatment adherence. Some apps include smart pill dispensers and caregiver notifications to ensure better patient compliance.

Pregnancy and Maternity Apps

Pregnancy tracking apps guide expectant mothers from conception through childbirth and beyond. These apps track weekly pregnancy progress, show baby development stages, remind users about appointments, and provide preparation guides for labor and delivery. What to Expect, BabyCenter, Ovia Pregnancy, and Glow Baby are trusted options that also offer postpartum support, breastfeeding help, and newborn care advice.

Senior Citizen Healthcare Apps

Senior citizen-focused health apps cater to older adults by addressing age-related health concerns with user-friendly designs. These apps typically feature larger text, simple navigation, medication management, fall detection, emergency contacts, and tools for managing chronic conditions. Apps like GrandPad Health, Medisafe, and CareZone help seniors maintain their independence while keeping caregivers and healthcare providers informed.

Pediatric Health Apps

These apps help parents and caregivers monitor children’s health and development effectively. They track growth patterns, manage vaccination schedules, provide symptom checkers for common childhood illnesses, and monitor developmental milestones. Baby Tracker, KidsDoc, and Shot@Life are reliable options that offer age-appropriate health information and connect parents with pediatric resources.

Emergency and First Aid Apps

Emergency healthcare apps provide crucial information and guidance during medical crises. These apps include first aid instructions, CPR guidance, emergency contact management, and location-based emergency services.

Got a healthcare app concept brewing? Turn critical care into a seamless digital experience by building a app that truly makes a difference. [Get in Touch]

Mitigating Risks While Reaping the Rewards of Healthcare Apps

Before diving into healthcare app development, it’s important to recognize these ventures’ high-risk, high-reward nature. According to a report by The HIPAA Journal, a 17.9% month-over-month increase in healthcare data breaches was observed in April 2025, with 66 incidents involving 500 or more records reported to the HHS Office for Civil Rights (OCR).

While healthcare apps offer massive potential in improving patient care, streamlining operations, and driving innovation, they also expose development companies to legal, ethical, and financial challenges. Navigating this landscape requires a balance between creating cutting-edge solutions and ensuring robust security and compliance to protect both users and developers from potential pitfalls.

Let us discover the reasons why many healthcare apps fall short of delivering lasting value to doctors and patients, and how the right strategy, technology, and user focus can turn those challenges into meaningful outcomes.

Lack of Detailed Focus in One Domain

When a doctor or patient installs a health app, they often look for the redressal of one issue, not multiple. So, instead of having an application that solves numerous problems on the surface level, a healthcare app that addresses one point in its utmost depth has a higher success rate.

Solution:

A successful healthcare app should focus on precisely solving a single, well-defined problem. Conduct thorough market research to identify critical pain points and develop specialized solutions, such as chronic disease management, telemedicine, or medication adherence tracking.

Non-Compliance with the Law

Multiple compliance bodies are responsible for handling how the mobile health domain behaves. While being compliant with industry-specific regulations is intimidating, its absence can be one of the biggest reasons why healthcare stakeholders don’t believe in the application.

The lack of approval by the FDA or a HIPAA-compliant badge in the application’s home screen or the screenshots used in the App Store and Play Store keeps the stakeholders at bay.

Solution:

Ensure compliance with industry-specific regulations by integrating secure data storage, encryption, and access control measures. Highlight certifications like HIPAA or GDPR compliance within your app and marketing materials to build trust.

Lack of Security

Although security is one of the first things every healthcare organization should consider, only a few apps take the task seriously. Millions of stories about patients’ data getting hacked or misplaced because of insecure storage infrastructure. The compliance mentioned above solves the issue somewhat, but mobilebut a mobile app development experts should implement all the security measures while developing an application.

Solution:

Prioritize security by implementing end-to-end encryption, multi-factor authentication, and secure cloud storage. Regular security audits, penetration testing, and compliance with cybersecurity standards like NIST and HITRUST help reinforce app security and prevent vulnerabilities.

Presence of Multiple Channels and Devices

With several devices entering the market – smartphones, personal assistants, smart TVs, wearables, etc., interoperability has become a key challenge for healthcare application development. It makes it intimidating to ensure that the private medical data flowing in the cloud cannot be hacked.

Solution:

Leverage healthcare interoperability standards like FHIR (Fast Healthcare Interoperability Resources) and HL7 to facilitate secure data exchange between devices. Conduct cross-platform testing to ensure compatibility across different operating systems and devices while maintaining security and performance.

To overcome these challenges, businesses should partner with experienced development service providers.

How to Develop a Healthcare App? A Step-By-Step Process

The healthcare mobile app development process involves several steps, best practices, and a definite plan to ensure a successful and user-friendly application that can drive the right results for patients and healthcare providers. Therefore, before you initiate your healthcare app development journey, you must clearly understand your app’s goal, what kind of app you want, what features it will have, who your target audience will be, what purposes it will target, and how.

We will discover each step of the healthcare mobile app development process by evaluating these vital considerations.

Define Your App’s Idea and Goal

Understanding your end-users’ needs is the first and most crucial step in the process to develop a healthcare app. Evaluate the problems they are facing and how your application can solve them. At this stage, you should also consider the app type.

For example, you may want to develop a niche-based application focused on diabetes or anxiety tracking. Therefore, you need to have a clear idea of your target audience, their needs, and keep it aligned with your app’s goal.

Conduct Market and Regulatory Research

After understanding your target audience’s needs and pain points, you need to conduct market research to analyze your competitors and identify gaps in the market that your app can fill. It will help you define your app’s features and functionalities, further aiding you in meeting your end goal.

When conducting market research, it is essential to understand the regulatory compliance requirements applicable to the healthcare industry. The healthcare industry deals with a vast volume of protected health information (PHI), making it essential for you to comply with HIPAA regulations (more details later).

Hire Healthcare App Developers

Hiring a reliable tech agency with a team of experienced healthcare app developers ensures that your app is developed using all the essential technologies and trending features required to make your app successful in the healthcare market. A reputed healthcare tech agency has a skilled team of UI/UX designers, developers, testers, project managers, and market specialists who work relentlessly to bring your healthcare app idea to life.

Choose the Right Platform

After defining your app’s goal, it is time to choose the platforms your application will be deployed on – Android, iOS, or the web. You can also think of adding a home assistant device integration to ensure that your application is only a voice command away. A key thing to note here is that elderly patients generally tend to prefer visiting a website, while their young counterparts are more likely to use apps and voice devices.

Decide on the Location for the App Launch

Entrepreneurs, business leaders, and tech heads most commonly launch a new app by building it for their nationals. If you or your board members wish to take an alternate route and launch your application internationally, consider the nation-specific guidelines and user personas, highlighting medical app creation and deployment.

Select a Monetization Strategy

The primary objective behind all types of mobile app development across various domains is to generate revenue. When discussing how to earn money from an app, the healthcare domain operates under two primary models: a subscription-based model and a freemium model with paid access to premium services.

Furthermore, healthcare providers can also opt for in-app advertisements, third-party partnerships, and other monetization models to earn revenue through the medical apps.

Pay Attention to UI/UX Design

UI/UX design plays a crucial role in healthcare mobile application development, determining the success of your medical apps. Generally, older people like simple navigation and bigger fonts, while a younger audience prefers a colorful UI with better functionalities.

The design will also depend on whether your audience is healthcare professionals or the general public. In addition to the visual component, it’s essential to consider how the app will appear on various-sized screens. So, invest time, money, and resources accordingly to get it right.

Also Read: 7 UX Design Mistakes That Can Deter Your App Success

Develop an MVP

A key element of success can be creating an MVP instead of a full-fledged application. MVP development is the best approach to ensure that the solution is well-tested and validated before it enters the market. If you present your MVP to investors with your future plan, they can see the demand for your app in the market and get interested in it.

Test Your App

Testing is one of the most integral steps when creating healthcare solutions. Test and iterate everything from user experience and user interface to content. Proper testing will help shorten app development time and costs, identify bugs, and greatly improve your reputation as a service provider. While doing in-depth testing of your healthcare app, pay attention to –

Security for PHI, PII, and several other regulations.

Functional working of your app, specifically healthcare workflows.

If your app requires geolocation to function properly, check that the Application Program Interface (API) you are using to enable it is safe.

If the app interprets the data from multiple inputs, information from different networks, devices, and locations.

Test in poor connectivity conditions.

Do an in-depth usability testing of your app and so on.

Launch and Update

After the final testing and iteration, it is time to launch your app for the end users and track its performance over time. Remember, app development for healthcare is a one-time process, but upgrades and maintenance are an ongoing journey.

Therefore, to keep your app competitive in the healthcare industry, keep tracking its performance to ensure timely updates. Remember, constant app maintenance also contributes to healthcare mobile app development costs.

Healthcare App Development Best Practices

Healthcare application development is a challenging and complex process that involves hundreds of sub-processes. You don’t want to begin and hang up in between, which is just going to take more time and expense. To ensure a smooth healthcare app development process, here are a few factors to keep in mind before starting with the development.

Following all the Compliance Rules

The healthcare industry is very strict regarding compliance with security and legal protocols. There are several legal compliances like HIPAA, HIMSS, FDC, etc., that you have to adhere to when developing an mHealth application. Let’s have a detailed look at those:

HIPAA —All US healthcare entities must comply with HIPAA guidelines to ensure protected health information (PHI) security and privacy.

—All US healthcare entities must comply with HIPAA guidelines to ensure protected health information (PHI) security and privacy. CCPA – This is the law for the foundation of confidentiality in the US, which involves informing the client about what data is being collected and managing the client data report.

– This is the law for the foundation of confidentiality in the US, which involves informing the client about what data is being collected and managing the client data report. GDPR – It is a personal data protection rule introduced in Europe in 2018. All healthcare apps that collect and store personal data in the European Union must comply with GDPR strictly.

– It is a personal data protection rule introduced in Europe in 2018. All healthcare apps that collect and store personal data in the European Union must comply with GDPR strictly. NIST – This is another collection of standard protocols, tools, and technologies created to protect user data from medical applications in the US.

– This is another collection of standard protocols, tools, and technologies created to protect user data from medical applications in the US. HiTech – These protocols focus more on the data security of EHR systems, which is particularly valid for healthcare and medical apps.

– These protocols focus more on the data security of EHR systems, which is particularly valid for healthcare and medical apps. PIPEDA – If your mHealth app is developed for the Canadian market, it must comply with PIPEDA.

Defining a Single-Focused Purpose

Even though there are several healthcare app categories, such as fitness tracking, post-operative care apps, and appointment booking apps, businesses should focus on one specific app category. When companies focus on a single expertise area and do not overwhelm stakeholders by offering multiple options within a single application, they can provide in-depth value and address their exact pain points with utmost detail.

Ensuring Seamless Interoperability

Passing information from one device to another is the essence of healthcare mobile apps. Therefore, developing a clear line of healthcare interoperability that is real-time and 100% secure is one of the most integral hospital app development best practices.

Selecting the Right Feature Set

The success of a health solution rides heavily on the healthcare mobile app features. While the selection of features varies significantly depending on the app’s type, some elements are commonly present in nearly all types of applications. These elements include but are not limited to:

Monitoring health

Scheduling appointments

In-app payments

Integration with wearables

Reporting functionality

Social integration (if a fitness app)

Implementing Hack-Proof Cybersecurity Measures

Health applications have to be absolutely hack-proof, which means they should strictly follow all cybersecurity measures to prevent data breaches and cyber theft. During the development of healthcare mobile applications, it is vital to follow legal compliances such as HIPAA or HIMSS.

This ensures complete adherence to the security level, ensuring that your app is 100% safe from cybercriminals’ malicious attempts. Furthermore, you can also add a biometric screen lock to enhance your app’s security and prevent data breaches.

Choosing the Most Effective APIs and Integrations

With so many APIs functioning in the market, it can be difficult to shortlist and go with the one that would make your processes real-time and hack-proof. But once you make the right API and integration choice, your healthcare app can offer the intended service to its complete perfection.

These are some of the top best practices for healthcare mobile app development that would ensure the growth and success of your application.

Healthcare App Development Features

While there are countless features you can add to your hospital or medical app, adding unnecessary features not only adds to the mobile healthcare mobile app development duration and cost but also makes it more intricate for common users. The successful healthcare apps have some essential features in common, which enhance customer experience and redefine the healthcare sector. Here’s a clear comparison table that outlines the key feature differences between a doctor’s app and a user’s (patient’s) app, tailored for a healthcare application development context.

Feature Doctor’s App User’s App (Patient) User Profile Management Create doctor profiles with specialization, experience, and availability Patient profiles with medical history, allergies, prescriptions, and vitals Appointment Management View, manage, and schedule appointments with patients Book, reschedule, or cancel appointments with preferred doctors EHR Access Access patient Electronic Health Records (EHRs) View personal health records and test results Telemedicine / Video Calling Conduct video consultations with patients Join virtual appointments with doctors Prescription Management Generate and send digital prescriptions Receive and store prescriptions securely Symptom Checker Integration Use patient data to support diagnostics Input symptoms and receive preliminary analysis or doctor recommendations In-app Chat / Messaging Secure communication with patients Chat with doctors for follow-up or clarifications Notifications & Reminders Get push notification alerts about upcoming appointments and patient updates Receive reminders for appointments, medications, and follow-ups Billing & Invoicing Track consultation fees, generate invoices Make payments, access billing history, download receipts Analytics & Reporting Monitor patient progress, consultation metrics Track personal health improvements and fitness goals Integration with Wearables Receive patient health data in real-time Sync fitness trackers or medical wearables with the app

Next-Gen Advanced Features Every Healthcare App Must Have

Incorporating advanced features in a healthcare app enhances patient care, streamlines medical processes, and improves accessibility. Let’s look at some of the top advanced features for healthcare applications.

Remote Patient Monitoring (RPM): With the help of IoT-enabled devices and wearables, doctors can track patients’ vitals such as heart rate, blood pressure, and glucose levels in real time. This feature enables early detection of health issues and reduces the need for frequent hospital visits, improving patient care.

AI-Powered Chatbots: AI-driven healthcare chatbots provide instant responses to users’ medical queries, guide them through appointment bookings, and offer symptom-based recommendations.

Available 24/7, these chatbots enhance user experience and reduce the need for direct human assistance in basic healthcare inquiries.

Health Data Analytics: By analyzing patient data, AI-powered health analytics provide valuable insights into wellness trends, medication adherence, and treatment effectiveness. These insights help both doctors and patients make informed decisions for better health outcomes.

Also Read: 10 Uses Cases of Predictive Analytics in Healthcare

Blockchain for Medical Data Security: Protecting patient information is more important than ever, and this can be seamlessly achieved through the implementation of blockchain technology in healthcare. Healthcare apps are now utilizing blockchain to safeguard and secure medical records. This added layer of security builds trust and helps healthcare providers follow strict privacy rules with more confidence.

Digital Therapeutics (DTx): Healthcare apps are no longer just for tracking symptoms, they’re also starting to play a role in treatment. Digital therapeutics are specially designed programs that help manage conditions like anxiety, depression, or chronic pain. They can work alongside traditional treatments or even help reduce the need for medication in some cases.

Augmented Reality (AR) for Patient Education: Learning about your health doesn’t have to be confusing. Some apps now use AR to show you things like how a surgery will work or what’s happening inside your body. It’s a more visual and hands-on way to understand your condition and feel more prepared for the care ahead.

Key Trends and Emerging Technologies Used for Healthcare Application Development

Healthcare businesses are now increasingly leveraging emerging technologies for healthcare application development. Integrating these technologies helps enhance processes, improve patient care, automate administrative tasks, and drive efficiency. Here is the list of key trends in mobile health app development and essential technologies that enhance the overall healthcare experience.

Artificial Intelligence

Artificial intelligence in healthcare tops the list with its remarkable use cases and capabilities to analyze patient data and automate rule-based processes. It also helps discover drugs, diagnose diseases, design personalized treatment plans, and predict health outcomes. By integrating AI-powered chatbots and virtual assistants in healthcare app development, medical professionals can immediately respond to patient queries, schedule appointments, and perform a variety of other tasks.

Here are some powerful AI-driven features transforming healthcare apps today:

Medical Imaging Analysis: AI can analyze X-rays, MRIs, and CT scans to detect abnormalities such as tumors, fractures, or organ damage faster and more accurately than traditional methods.

AI can analyze X-rays, MRIs, and CT scans to detect abnormalities such as tumors, fractures, or organ damage faster and more accurately than traditional methods. Predictive Analytics: Machine learning models in healthcare can anticipate potential health risks like stroke or heart failure by evaluating EHRs, lifestyle data, and wearable metrics, enabling preventive care.

Machine learning models in healthcare can anticipate potential health risks like stroke or heart failure by evaluating EHRs, lifestyle data, and wearable metrics, enabling preventive care. Personalized Treatment Planning: AI tailors treatment recommendations based on a patient’s genetic profile, medical history, and response patterns, improving therapeutic outcomes.

AI tailors treatment recommendations based on a patient’s genetic profile, medical history, and response patterns, improving therapeutic outcomes. Natural Language Processing (NLP): NLP in healthcare helps interpreting unstructured clinical notes, doctor-patient conversations, and research documents to extract insights and support clinical decision-making.

NLP in healthcare helps interpreting unstructured clinical notes, doctor-patient conversations, and research documents to extract insights and support clinical decision-making. Virtual Nursing Assistants: These assistants can provide medication guidance, check symptoms, and offer post-treatment care instructions, available 24/7 within the app.

These assistants can provide medication guidance, check symptoms, and offer post-treatment care instructions, available 24/7 within the app. Automated Medical Coding & Billing: AI tools reduce administrative burden by extracting codes from physician notes and ensuring compliance in claims processing.

By leveraging these intelligent features, AI not only enhances diagnostic and operational precision but also personalizes care delivery, making it faster, smarter, and more accessible than ever before.

Cloud Computing

Cloud computing in healthcare applications brings several benefits, including health data analytics and data security, while allowing users to access information anywhere, anytime. Cloud computing features in healthcare apps facilitate record-sharing, streamlining backend operations and reducing expenses.

AR and VR

The impact of AR/VR in healthcare is rapidly expanding across various domains, revolutionizing patient care and medical training. One example is the FitXR BoxVR sports application, which leverages VR for immersive fitness experiences. These technologies are also transforming surgical education by enabling professionals to practice intricate procedures in a risk-free virtual environment.

Blockchain

Blockchain in healthcare is a significant mobile app development trend. It helps manage EMR and EHR data, conducting research, and improving the insurance and hospital billing process. This is why a growing number of hospitals are developing apps using blockchain technology to manage patients’ records and facilitate secure transactions.

IoT and Wearable Technology

Healthcare IoT app development, along with connected devices and wearables, enables real-time monitoring of vital signs, medication adherence, and overall health status. These technologies provide patients and healthcare providers with continuous health insights, allowing for timely interventions and improved decision-making. By facilitating remote patient monitoring, they enhance chronic disease management, promote proactive care, and help reduce emergency visits.

The seamless data exchange between wearables and healthcare systems improves personalized care. Ultimately, IoT in healthcare enhances preventive care and promotes better health outcomes.

5G Connectivity

5G technology revolutionizes healthcare by providing ultra-fast, low-latency connectivity for seamless communication and data transfer. It enhances telemedicine by enabling high-resolution video consultations and real-time remote diagnosis.

The integration of 5G with IoT improves remote surgeries, wearable device performance, and emergency response systems. Healthcare providers can process large medical datasets quickly, improving efficiency and decision-making. With better connectivity, 5G expands healthcare access, especially in remote and underserved areas.

Also Read: Innovative Technology Changing Healthcare Sector

Custom Healthcare App Development Cost and Time

Healthcare application development duration and cost vary depending on various factors such as healthcare mobile app features and functionalities, UI/UX design, app security level, app’s platform, location of the app development company, and so on. These are a few of the considerable factors you must evaluate before setting a budget for hospital mobile app development.

While various factors contribute to custom healthcare app development costs and duration, features, and functionalities are the most significant elements contributing to overall development costs. Therefore, to help you make an informed decision, here is a time and cost breakdown for mobile health app development.

Development Stage Estimated Time (in hours) Estimated Cost (in USD) Project Discovery & Planning 80–120 $5,000–$12,000 UI/UX Design 120–180 $8,000–$20,000 Frontend & Backend Development 1,200–1,600 $70,000–$130,000 API Integrations 200–300 $15,000–$30,000 Quality Assurance & Testing 150–250 $10,000–$25,000 Compliance & Security Setup 100–200 $12,000–$35,000 Deployment & Support 80–150 $5,000–$15,000 Total 2,000–2,800+ $50,000–$300,000+ On average, the total cost and time to build a healthcare app can range between $50,000-$300,000 and 3-18 months, respectively, depending on the app’s functionalities and other vital factors listed above.

Uncover the True Cost and Time of mHealth App Development 01 of 7 Skip What type of healthcare app are you planning to build? Telemedicine app Fitness & wellness app Electronic Health Record (EHR) system Remote Patient Monitoring (RPM) solution Mental health or therapy platform Medication reminder/tracking app Others Previous Next Who is your primary target audience? Patients Doctors or healthcare professionals Clinics and hospitals Insurance providers Research organizations or CROs A combination of the above Previous Next What are the key features you want to include? Video/audio consultations Appointment booking & scheduling In-app chat or AI-powered chatbot ePrescriptions & pharmacy integration Health data tracking (vitals, wearables) Digital records or EHR sync HIPAA/GDPR compliant data storage Admin dashboards & analytics Previous Next Admin dashboards & analytics Which platforms will your app support? iOS only Android only Web only Cross-platform (iOS + Android) All platforms (iOS, Android, Web) Previous Next Will your app require third-party integrations? Yes – EHR systems (e.g., Epic, Cerner) Yes – Payment gateways (e.g., Stripe, PayPal) Yes – Wearables (e.g., Apple Health, Fitbit, Google Fit) No integrations needed Not sure yet Previous Next What’s your ideal timeline for launch? Less than 3 months (MVP or pilot) 3–6 months (standard feature set) 6–12 months (enterprise or highly complex solution) Previous Next Do you need compliance with regulations? Yes – HIPAA (USA) Yes – HL7 / FHIR Yes – GDPR (Europe) Yes – FDA (for medical devices or wellness hardware) Not applicable Unsure, need guidance Previous Submit

How to Generate Revenue from Your Healthcare App

Choosing the right monetization strategy is crucial for long-term success if you’re building a healthcare app. You need a model that generates revenue and provides real value to users while staying compliant with industry regulations. Here are some of the most effective ways to make money from a healthcare app:

Pay-Per-Consultation

This model works well for telemedicine apps, where users pay per session to consult with doctors, therapists, or fitness experts. It’s ideal for those who prefer one-time services rather than a recurring subscription.

Integrating secured payment gateway options, easy scheduling, and high-quality video consultation features, make this model effective. Users appreciate the flexibility of paying only when needed, whether it’s a quick virtual doctor visit or a mental health counseling session.

Subscription Plans for Premium Features

A subscription model lets users pay a recurring fee, monthly or yearly—to unlock premium features like expert consultations, personalized health insights, or advanced analytics. This approach ensures steady income and keeps users engaged for the long run.

Many successful apps offer multiple pricing tiers so users can choose a plan that fits their needs. For instance, Calm provides guided meditation and mental health support under a paid subscription model.

Also Read: Cost to Develop a Meditation App Like Calm

Licensing and B2B Partnerships

Many healthcare apps also generate revenue by licensing their technology or partnering with healthcare providers, insurance companies, or corporate wellness programs. In this model, the app is integrated into enterprise solutions, allowing businesses to provide healthcare services to employees, patients, or customers.

This approach works well for mental health apps, chronic disease management platforms, and fitness applications. Insurance companies may also offer discounts to users who regularly engage with the app, driving both adoption and profitability.

In-App Advertising

Ads can be a great source of revenue if done right. Healthcare apps can partner with relevant brands, such as pharmaceutical companies or wellness brands, to display ads that align with user interests.

The key is to keep them non-intrusive so they don’t disrupt the user experience. Personalized ad placements, like recommending a vitamin brand to someone tracking their nutrition, make this model effective while keeping users engaged.

Commission from Marketplace Transactions

If your app connects users with healthcare providers, diagnostic centers, or pharmacies, you can earn money by taking a commission from each transaction. This works well for apps that offer appointment scheduling, prescription refills, or lab test bookings. By acting as a middleman, your platform can simplify the process for users while generating steady revenue.

How Appinventiv Helped a Healthcare Provider Boost Operational Efficiency by 30% with an AI-Driven App

Our team at Appinventiv partnered with a leading multi-specialty healthcare provider struggling with inefficiencies in patient intake, appointment scheduling, and day-to-day triage operations. With seven centers handling over 500,000 patients annually, the organization faced mounting administrative burdens and fragmented workflows that impacted both staff productivity and patient satisfaction.

To solve this, we developed a custom AI-powered healthcare app that seamlessly integrated with their existing EHR system. The solution featured smart triage, AI-driven virtual assistance for appointment management, real-time health record syncing, and automated billing support. Designed with scalability, compliance, and user experience in mind, the app transformed how the provider delivered and managed care across departments.

The Results?

30% improvement in operational efficiency across scheduling, triage, and communication

22% reduction in appointment no-shows, thanks to AI-driven reminders and smart scheduling

40% faster triage for common symptoms through the integrated virtual assistant

HIPAA-compliant infrastructure, ensuring full data privacy and security

Enhanced patient satisfaction, with over 80% reporting improved access and experience

Build a Similar App with Us

How Can Appinventiv Help You with Healthcare App Development?

The future of healthcare is digital, connected, and patient-centric. As the industry accelerates toward remote care, personalized treatment, and data-driven decision-making, healthcare mobile apps are at the core of this transformation. From AI-powered diagnostics to real-time patient monitoring and secure data interoperability, mobile solutions are set to revolutionize how care is delivered, accessed, and experienced.

And in this dynamic healthcare landscape, we can’t evade the importance of healthcare mobile application development. It has become a revolutionary way to streamline operations, manage data, enhance patient care, gain competitive advantages, and redefine the industry. At Appinventiv, we specialize in building future-ready healthcare solutions tailored to the industry’s complex and sensitive demands.

As a reputed healthcare app development services company, we ensure that every healthcare app we build, from clinical management to efficient patient treatment and diagnosis, we provide you with the best-in-class healthcare app solution that keeps you ahead of the crowd.

We have spent over a decade building digital solutions that actually make a difference in healthcare. Our team of over 1,600 technology professionals has worked with major healthcare innovators like Health-e-People, Soniphi, and DiabeticU, creating mobile applications that prioritize security, scalability, and genuine user experience. You can gain deeper insight into the impact of our work and the value we’ve created by reviewing our client testimonials and project success stories.

Our excellence in innovation has been recognized by several industry-leading awards, including “Tech Company of the Year” at the Times Business Awards 2023 and “App Development Company of the Year” by Entrepreneur.com. Deloitte included us in their Technology Fast 50 India list for 2023–2024, and the CIO Klub selected us as a Preferred Partner for our role in digital transformation initiatives. This year, Clutch awarded us their Global Spring Award 2024, which validates our position as a reliable technology partner for organizations worldwide.

Our healthcare app development services span:

Telehealth and remote consultation platforms

Electronic Health Records (EHR) systems

mPrescription and medication tracking solutions

Health insurance and claims management apps

Laboratory and diagnostic workflow management

Lifestyle and wellness tracking tools

Healthcare CRM and process automation

Seamless integration with wearables and legacy software

We are also an ISO 27001-certified company, committed to the highest standards of data security and compliance, vital in the healthcare domain. With strategic partnerships with AWS, Microsoft Azure, and Google Cloud Platform, we ensure that every healthcare app we build is scalable, secure, and future-ready.

To get an insight into our expertise in developing cutting-edge mobile apps and medical IT solutions for various domains, including healthcare mobile app development, dig deep into our portfolio and make a confident decision.

Talk to us to digitize your healthcare business now.

FAQs

Q. How much does it cost to develop a healthcare app?

A. The cost to build a healthcare app would range somewhere between $50,000 to $300,000 or more. The healthcare mobile app development cost can vary depending on the platforms, technology stack, number of features to be integrated into your app, and other considerable factors. If you want to know the complete steps on how to develop a medical app and the cost to build one, connect with our experts today.

Q. How long does it take to develop a healthcare app?

A. The average time to develop a healthcare app typically ranges from 3 to 18 months. However, this timeline can vary based on several factors, including the app’s complexity, feature set, design requirements, regulatory compliance, and integration with third-party systems like EHRs or wearable devices.

Custom functionalities, testing cycles, and approval processes can also extend the development period. Working with an experienced healthcare app development partner can help streamline timelines without compromising quality or compliance.

Q. Which technology is best for healthcare mobile app development?

A. When you build a healthcare app, the most common technologies used are Python, JAVA, Flutter, Swift, Kotlin, R Programming, etc. However, it’s recommended to seek your development team’s advice while choosing a technology stack. Your healthcare app developers will choose the best technology stack based on your app requirements.

Q. Why do healthcare apps fail?

A. Most healthcare apps fail due to misleading information on health diagnosis, lack of techniques in clinical settings, inability to adapt to user behavior, inefficient app security, etc. However, you can overcome such challenges in the initial stages with the help of your development team.

Q. What makes a healthcare app successful?

A. According to healthcare experts, detailed and actionable information on the healthcare app can make it successful. Typically, patients download healthcare apps to track and monitor their wellbeing. Therefore, providing the right information and solutions to the users can make your app a big hit in the market.

Q. Why do healthcare apps need to be HIPAA compliant?

A. If your healthcare app collects, manages, and transfers any protected healthcare information, it is advisable to develop it with HIPAA compliance. This ensures that the medical information is encrypted and will only be accessed for the patient’s diagnosis and research.

Q. How to develop a healthcare app?

A. Building a healthcare application requires careful planning and understanding of the unique challenges in medical technology.

Start with real problems

Define your user base clearly

Plan for regulatory compliance early

Design for clinical workflows

Test in real clinical settings

Plan for ongoing maintenance

Q. How to choose the right healthcare mobile app development partner?

A. Selecting a development partner for healthcare applications requires more scrutiny than typical software projects. Here are some of the top ways to choose the right partner for your project:

Look for Healthcare-Specific Portfolio: Seek partners who have built medical applications before and understand concepts like clinical workflows, medical terminology, and healthcare compliance requirements. Analyze their portfolio well to get a detailed understanding.

Verify Regulatory Knowledge: Your medical mobile app development partner should be able to explain how they’ve handled HIPAA compliance, FDA requirements for medical devices, or other regulatory challenges in previous projects.

Assess Technical Capabilities: Your partner needs experience with healthcare APIs, HL7 standards, and interoperability challenges that are unique to medical environments.

Evaluate Security Expertise: Look for partners who understand healthcare-specific security requirements and can implement robust encryption, access controls, and audit trails that meet medical standards.

Consider Long-term Partnership Potential: Choose a partner who views your project as a long-term relationship rather than a one-time build.

Review Their Quality Assurance Processes: Your development partner should have rigorous testing procedures, including security testing, compliance validation, and user acceptance testing with actual healthcare professionals.

Q. How to ensure data security in healthcare mobile app development?

A. Healthcare data security goes far beyond standard app security practices. Here are some of the top ways through which you can ensure complete data security of your app during the development phase.

Implement defense in depth

Understand data classification

Plan for access controls

Design for audit requirements

Secure data both at rest and in transit

Handle authentication carefully

Plan for incident response

Regular security testing

Consider device security

Train users on security practices

Google AI, formerly known as Google Research, is Google’s artificial intelligence (AI) research and development (R&D) branch for its AI applications. Google, a subsidiary of parent company Alphabet, unveiled its Google AI rebranding at its 2018 Google I/O conference as a “pure research” division, meaning there are no products as its goal.

Google AI focuses on research projects that promote the development of AI features and technology in ways that turn into Google products or enhance existing products, such as Google Assistant, Google Docs, Google Maps, Google Search and Google Translate. The areas of research include machine learning (ML), deep learning, neural networks, robotics, computer vision and natural language processing (NLP).

Machine learning, deep learning and neural networks are different approaches to AI.

Google AI goals Google has said the goal of its AI development and research is to bring the benefits of AI to everyone. In keeping with this goal, much of Google’s AI work is aimed at organizing its global data and providing open source access to much of it. Key to this approach is publishing research, collaborating with academics, and making tools and technologies open source. By doing this, Google AI aims to provide technological breakthroughs in several fields. While Google AI isn’t focused on developing new products, its research does enhance Google products and services. For instance, Google AI is developing more inclusive language translators; conversational AI and assistants; generative and multimodal AI, such as Gemini (formerly Bard); and robotics and driverless cars.

How to get access to Google AI research As a research division of Google that’s focused on advancing AI technologies, Google AI provides free and open source tools, such as TensorFlow, and proprietary tools integrated into Google’s commercial products. Most of Google’s products and services use Google AI research. Much of the technology emerging from Google AI research is incorporated into Google products, such as Google Search and Google Translate. Many Google products using Google AI, such as Google Maps, come already downloaded on Android phones. In addition, anyone with a Gmail account or Google email has access to Google AI services, such as Google Photos. AI professionals and interested researchers can access Google AI tools and technologies through Google’s website. People interested in AI engineering can access Google AI data sets and use Google AI services to build products or services.

How Google AI is used in Google products Google AI is incorporated into an array of Google offerings, including the following: Google Ads and DoubleClick use Smart Bidding, an automated ML-driven bidding system.

and use Smart Bidding, an automated ML-driven bidding system. Google Assistant is AI-driven software that acts as a voice assistant for smartphones and wearable devices, such as Android smartwatches.

is AI-driven software that acts as a voice assistant for smartphones and wearable devices, such as Android smartwatches. Google Chrome uses AI to show browser users parts of videos related to their searches. Other browser competitors, such as Microsoft Edge, might have similar features, but Chrome’s approach is based on Google’s AI expertise.

uses AI to show browser users parts of videos related to their searches. Other browser competitors, such as Microsoft Edge, might have similar features, but Chrome’s approach is based on Google’s AI expertise. Google Gmail offers AI-powered features such as autocomplete and spell check. AI also plays an important role in safeguarding users from spam, phishing and malware when using Gmail. The email system’s AI-driven spam filters block nearly 10 million spam emails every minute, preventing over 99.9% of unwanted messages from reaching users’ inboxes.

offers AI-powered features such as autocomplete and spell check. AI also plays an important role in safeguarding users from spam, phishing and malware when using Gmail. The email system’s AI-driven spam filters block nearly 10 million spam emails every minute, preventing over 99.9% of unwanted messages from reaching users’ inboxes. Google Maps’ driving mode estimates where a person is headed and navigates without the user issuing any commands.

estimates where a person is headed and navigates without the user issuing any commands. Google Photos uses an AI-based recommendation engine to suggest photos a user might want to share. It relies heavily on AI to resurface and highlight past memories. For example, the Memories feature in Google Photos analyzes photos to identify key events, locations and people. It then automatically curates themed collections of photos and videos for users.

uses an AI-based recommendation engine to suggest photos a user might want to share. It relies heavily on AI to resurface and highlight past memories. For example, the Memories feature in Google Photos analyzes photos to identify key events, locations and people. It then automatically curates themed collections of photos and videos for users. Google Search uses deep learning to adapt Google’s search algorithms based on new knowledge and analysis.

uses deep learning to adapt Google’s search algorithms based on new knowledge and analysis. Google Smart Reply uses language-oriented AI to suggest email replies that fit a user’s personal style and match the content of the email received.

uses language-oriented AI to suggest email replies that fit a user’s personal style and match the content of the email received. Google Translate is a Google neural machine translation product that improves the accuracy and fluency of translation.

is a Google neural machine translation product that improves the accuracy and fluency of translation. Waymo is an autonomous driving system that has been part of Alphabet since 2016 and started taxi trials in 2023. The technology behind driverless cars continues to advance despite challenges. Google Translate is a Google AI-driven service that works right in Google Search.

Key benefits and use cases of Google AI Google AI provides numerous benefits that improve the user experience (UX) and contribute to broader useful applications. The following are some key advantages of using Google AI: Improved UX. Google AI improves the usability of various Google products, such as Search, Google Photos and Google Assistant. These AI tools use advanced algorithms to provide more accurate results, personalized recommendations and intuitive interactions, making everyday tasks easier for users.

Google AI improves the usability of various Google products, such as Search, Google Photos and Google Assistant. These AI tools use advanced algorithms to provide more accurate results, personalized recommendations and intuitive interactions, making everyday tasks easier for users. Search engine optimization. Google uses sophisticated AI technologies, including RankBrain, Neural Matching, BERT and Multitask Unified Model, or MUM, to interpret user searches and web content. These technologies analyze both the words used in search and their contextual meaning to enhance search accuracy.

Google uses sophisticated AI technologies, including RankBrain, Neural Matching, BERT and Multitask Unified Model, or MUM, to interpret user searches and web content. These technologies analyze both the words used in search and their contextual meaning to enhance search accuracy. Data-driven insights. Google AI uses advanced machine learning and analytics tools to quickly analyze large data sets, uncover patterns and make data-driven decisions that help organizations gain valuable insights. This empowers businesses to optimize processes, identify growth opportunities and maintain a competitive edge.

Google AI uses advanced machine learning and analytics tools to quickly analyze large data sets, uncover patterns and make data-driven decisions that help organizations gain valuable insights. This empowers businesses to optimize processes, identify growth opportunities and maintain a competitive edge. Weather forecasts. Google DeepMind AI models produce more accurate medium-range weather forecasts, enabling earlier warnings for extreme weather and improving public safety.

Google DeepMind AI models produce more accurate medium-range weather forecasts, enabling earlier warnings for extreme weather and improving public safety. Enhanced search. Google AI integrates advanced ML models, such as the Gemini (formerly Bard) series, to provide more accurate and contextually relevant search results. Features such as AI Overviews deliver concise summaries of topics and diverse perspectives at the top of search results, helping users grasp complex topics quickly without navigating multiple pages.

Google AI integrates advanced ML models, such as the Gemini (formerly Bard) series, to provide more accurate and contextually relevant search results. Features such as AI Overviews deliver concise summaries of topics and diverse perspectives at the top of search results, helping users grasp complex topics quickly without navigating multiple pages. Accessibility and inclusivity. Google AI’s language translation and conversational AI advancements are bridging communication gaps and fostering inclusivity. For example, Google Translate now supports 243 languages, including 110 new languages added in July 2024. This expansion includes languages such as Afar, Cantonese, Manx, NKo, Punjabi, Tamazight and Tok Pisin.

Google AI’s language translation and conversational AI advancements are bridging communication gaps and fostering inclusivity. For example, Google Translate now supports 243 languages, including 110 new languages added in July 2024. This expansion includes languages such as Afar, Cantonese, Manx, NKo, Punjabi, Tamazight and Tok Pisin. Creativity. Google AI provides tools that simplify photo editing and image generation, encouraging creativity and letting users express themselves more easily. For instance, the AI features in Google Photos make photo editing easier, while Google AI Studio and Whisk help users visualize their ideas and tell stories through AI-generated images.

Google AI provides tools that simplify photo editing and image generation, encouraging creativity and letting users express themselves more easily. For instance, the AI features in Google Photos make photo editing easier, while Google AI Studio and Whisk help users visualize their ideas and tell stories through AI-generated images. Innovation in technology. Google AI drives innovation in fields such as healthcare, scientific research, environmental sustainability and urban planning. It’s also enabling breakthroughs in robotics, autonomous cars and multimodal AI applications.

Google AI drives innovation in fields such as healthcare, scientific research, environmental sustainability and urban planning. It’s also enabling breakthroughs in robotics, autonomous cars and multimodal AI applications. Assistance in everyday tasks. Google AI powers everyday tools, including Google Assistant, which helps users check movie times, locate nearby businesses and optimize their travel plans.

Google AI principles In 2018, Google AI adopted a set of AI principles that promote safety, the beneficial use of AI for people and society, and a commitment not to develop harmful AI. Google AI’s pledge to do no harm is similar to its code of conduct from 2000 to 2018: “Don’t be evil.” In 2015, Google underwent a corporate restructuring under Alphabet, which adopted “Do the right thing” as its motto. However, “Don’t be evil” remains part of Google’s Code of Conduct as an Alphabet subsidiary. According to its principles, Google promises not to develop or deploy AI in these two areas: Where there’s a risk of material harm to people.

Where human rights and international law are being contravened. Previously, Google also had AI principles in place to ensure its technology wasn’t used to develop weapons or conduct surveillance. However, in February 2025, the company revised its AI ethics guidelines, dropping prior pledges against the development of AI weapons and surveillance. Google AI also has an AI for Social Good program, which applies AI to help solve environmental and humanitarian problems. The following are examples of such projects: FloodHub. Google’s FloodHub tool collects data on the factors that contribute to floods. It uses AI to synthesize that information and create more accurate, prescient warning systems. Google considers floods to be the most dangerous form of natural disaster.

Google’s FloodHub tool collects data on the factors that contribute to floods. It uses AI to synthesize that information and create more accurate, prescient warning systems. Google considers floods to be the most dangerous form of natural disaster. Project Euphonia. This project analyzes speech recordings and uses AI to improve the training of speech recognition models. Its goal is to make it easier for AI to understand people with atypical speech.

This project analyzes speech recordings and uses AI to improve the training of speech recognition models. Its goal is to make it easier for AI to understand people with atypical speech. Automated Retinal Disease Assessment. This AI tool is designed to detect diabetic retinopathy, a leading cause of blindness, from retinal images.

This AI tool is designed to detect diabetic retinopathy, a leading cause of blindness, from retinal images. Read Along. This Google app uses AI to help children improve their reading skills by providing personalized feedback and encouragement.

This Google app uses AI to help children improve their reading skills by providing personalized feedback and encouragement. Project Relate. This project focuses on improving speech recognition for people with speech impairments, using AI to better understand and transcribe diverse speech patterns.

Google vs. ChatGPT One of Google’s core business goals is to maintain its search engine’s continued dominance. However, the launch of OpenAI’s ChatGPT in 2022 and its adoption by Google competitor Microsoft as a chatbot feature for the Bing search engine and Windows 11 turned critical attention to Google AI’s language model projects. ChatGPT is a generative AI technology that uses NLP to converse with users and generate original content and answers to search queries. Similarly, Google has enhanced its search engine with gen AI features by introducing AI Overviews and other conversational tools. These AI-driven enhancements help Google’s search engine understand the nuances of user queries, even when they’re complex or phrased in everyday language. As a result, users receive more accurate results without needing to use the perfect keywords and queries. Google continues to develop language model applications that rival ChatGPT. The most notable are the following: LaMDA. Short for Language Model for Dialogue Applications, LaMDA is a neural network-based system trained in dialogue. It can hold conversations that show a remarkable and controversial degree of intelligence.

Short for Language Model for Dialogue Applications, LaMDA is a neural network-based system trained in dialogue. It can hold conversations that show a remarkable and controversial degree of intelligence. PaLM. Short for Pathways Language Model, PaLM is a decoder that uses its understanding of language to embody reasoning and perform code-related tasks.

Short for Pathways Language Model, PaLM is a decoder that uses its understanding of language to embody reasoning and perform code-related tasks. Gemini. This conversational AI service is powered by PaLM 2. It was rebranded from Bard to Gemini on February 8, 2024, to align with the company’s latest large language model family, also called Gemini. Gemini’s web app is available in over 230 countries and territories and in 40 languages. It’s considered Google’s answer to ChatGPT and is also integrated into Google Search.

Google AI in Google Cloud Google Cloud, Google’s cloud service, uses several Google AI tools. Two notable examples are the data science toolkit and a family of AI Infrastructure tools. Google’s data science services consist of tools in seven categories: Data discovery and ingestion.

Data lake and data warehouse.

Data preprocessing.

Data analysis and business intelligence.

ML training and serving.

Responsible AI.

Orchestration. The AI Infrastructure family of tools includes the following: AI training models. Google offers infrastructure to train ML and deep learning AI models. For example, Vertex AI lets users train their own ML and deep learning models. It offers access to various machine types, prebuilt containers and tools for managing the training process.

Google offers infrastructure to train ML and deep learning AI models. For example, Vertex AI lets users train their own ML and deep learning models. It offers access to various machine types, prebuilt containers and tools for managing the training process. Cloud graphics processing units (GPUs). Google Cloud offers a variety of GPUs to suit different needs. It includes GPUs for ML deep learning, 3D visualization, scientific computing and other applications.

Google Cloud offers a variety of GPUs to suit different needs. It includes GPUs for ML deep learning, 3D visualization, scientific computing and other applications. Cloud tensor processing units. TPUs are Google’s custom-designed hardware accelerators specifically built for ML. They offer significant performance advantages for certain types of models.

TPUs are Google’s custom-designed hardware accelerators specifically built for ML. They offer significant performance advantages for certain types of models. Deep learning virtual machine Image. This provides VMs that are preconfigured for deep learning applications. For example, TensorFlow can be used as a preinstalled framework.

This provides VMs that are preconfigured for deep learning applications. For example, TensorFlow can be used as a preinstalled framework. Deep learning containers. These containers are optimized and preconfigured for deep learning.

These containers are optimized and preconfigured for deep learning. TensorFlow Enterprise. This specialized offering of Google’s TensorFlow is designed to provide AI apps with reliability and performance. It comes with enterprise-level support and managed services.

The future of Google AI Google AI is developing projects in fields such as healthcare, quantum computing, driverless cars, energy consumption and online search. Recent developments in Google’s AI ecosystem include the incorporation of generative AI into its search engine with Gemini. Other projects in development include the following: AI + Writing is a project involving Google’s partnership with the Emerging Writers’ Festival in Melbourne, Australia, to inspire writers and help them overcome writer’s block. This project generates content to fill plot holes, create character biographies and let writers chat with their own characters based on information they provide.

is a project involving Google’s partnership with the Emerging Writers’ Festival in Melbourne, Australia, to inspire writers and help them overcome writer’s block. This project generates content to fill plot holes, create character biographies and let writers chat with their own characters based on information they provide. Google Health is a project that, among other pursuits, is training AI with relevant data sets to detect diseases such as cancer early and prevent conditions that cause blindness.

is a project that, among other pursuits, is training AI with relevant data sets to detect diseases such as cancer early and prevent conditions that cause blindness. Google Quantum AI is the quantum computing research branch of Google AI. It does experiments in areas such as quantum superconducting processors that let computers perform much faster than traditional computers.

is the quantum computing research branch of Google AI. It does experiments in areas such as quantum superconducting processors that let computers perform much faster than traditional computers. Enhanced multimodality. Gemini 2.0 introduced advanced multimodal AI capabilities, enabling AI systems to process and analyze diverse data types, including text, images, audio and video. For instance, the Multimodal Live API in Gemini 2.0 facilitates real-time, low-latency interactions across various formats, such as voice and video, providing users with seamless, context-aware experiences. Another example of Google AI’s future direction in multimodality is Project Astra, which aims to develop a universal AI assistant with advanced features such as real-time multimodal interaction, contextual understanding and a more natural conversational experience.

Gemini 2.0 introduced advanced multimodal AI capabilities, enabling AI systems to process and analyze diverse data types, including text, images, audio and video. For instance, the Multimodal Live API in Gemini 2.0 facilitates real-time, low-latency interactions across various formats, such as voice and video, providing users with seamless, context-aware experiences. Another example of Google AI’s future direction in multimodality is Project Astra, which aims to develop a universal AI assistant with advanced features such as real-time multimodal interaction, contextual understanding and a more natural conversational experience. Citizen-government interaction. Google AI is enabling seamless, 24/7 access to government services, such as permit and license applications. For example, by partnering with Google AI, the Wisconsin Department of Workforce Development improved unemployment claim processing, accelerating response times and enhancing fraud detection to ensure benefits reached those in need. Google AI can render visual images, among other artistic capabilities.

An updated edition of the May 14, 2025 article.

The health and fitness world has truly blossomed into a massive industry, with an increasing number of people showing interest in leading healthier lives. There is a growing desire for wellness, which means gyms, supplements, and all sorts of holistic services are in high demand. Technology has played a huge part in this transformation. Wearable devices and digital platforms now make it incredibly easy to track progress and stay motivated. On top of that, increasing worries about obesity, long-term illnesses, and mental health are pushing even more individuals to embrace fitness-focused lifestyles.

Even tech giants like Apple AAPL and Amazon AMZN are jumping into this trend. Apple’s ecosystem, with its Apple Watch and Fitness+ service, provides users with real-time health data and guided workouts. Amazon is also making strides in healthcare through acquisitions like One Medical, blending artificial intelligence (AI)-powered tools with virtual care. These efforts are fundamentally changing how people manage their health, which in turn is accelerating the industry’s growth.

Looking ahead, the global health and wellness market is set for impressive expansion. It is expected to reach a staggering $11 trillion by 2034, witnessing a steady 5.4% compound annual growth rate (CAGR) from 2025. The focus on preventing health issues, coupled with corporate wellness programs and government initiatives, is keeping this momentum strong. We are also seeing a rise in specialized offerings, like boutique fitness studios and premium wellness clubs. Consumers are embracing a more complete view of health, where physical fitness, nutrition, and mental well-being are all connected. This integrated approach is creating diverse new revenue streams for brands in this space. Companies such as Sprouts Farmers Market SFM, The Beachbody Company BODI and Hims & Hers Health HIMS are among the leaders driving this exciting movement.

For investors, this trend represents a fantastic long-term opportunity. As wellness becomes a top priority for more and more consumers, we can expect continued strong demand for fitness, nutrition, and digital health services. Our Health & Fitness Screen is designed specifically to highlight high-potential stocks — just like the three mentioned above — making it easier to discover compelling opportunities in this ever-expanding market.

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3 Health & Fitness Stocks to Buy Now

Sprouts Farmers Market has truly made a name for itself as the go-to spot for shoppers who care about their health. The company offers a huge variety of fresh, natural, and organic products. Stepping into one of their open-market-style stores, one will find a clear focus on fresh produce, grass-fed meats, dairy alternatives, vitamins and supplements. Sprouts Farmers Market even go further, providing special items tailored to specific needs, like gluten-free, vegan, organic, and plant-based options.

The Zacks Rank #1 (Strong Buy) company’s own private-label, the Sprouts Brand, is becoming increasingly popular. Known for its high quality and clean ingredients, it now makes up about 24% of all sales. This carefully chosen selection really appeals to customers looking for wellness-focused foods that help them live healthier lives. Over the years, Sprouts Farmers Market has grown far beyond just a grocery store. The company has expanded to over 440 stores across 24 states, with exciting plans to open new locations in the Midwest and Northeast. A big change in how they operate involves building their own distribution network for fresh produce, meat and seafood. This move improves product freshness and makes their supply chain much more efficient.

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At the same time, Sprouts Farmers Market has embraced the digital world. Online sales now account for 15% of their total sales, thanks to partnerships with delivery services like Instacart, DoorDash, and Uber Eats. Plus, SFM launched a loyalty program, giving personalized experiences to customers focused on health, nutrition and sustainability. Sustainability and wellness are central to Sprouts’ mission. In 2024, a significant 30% of their total sales came from organic products, and their plant-based offerings jumped by 27%. The company also invests in community well-being through the Sprouts Healthy Communities Foundation, which has donated over $35 million since 2015. Their commitment to the environment is clear through efforts to reduce plastic waste, encourage reusable bags, and work with local food banks. By aligning so well with the growing consumer desire for healthier, sustainable lifestyles, Sprouts Farmers Market continues to strengthen its position in the health and wellness retail space.

The Beachbody Company has long been a major force in the health and fitness world. It offers a complete system that includes digital workout programs, nutritional products, and mindset coaching. Its main digital platform, also called BODi, provides a huge library of content. One can find about 140 full streaming programs and nearly 10,900 unique videos there. This includes popular names like P90X, Insanity, 21 Day Fix, and 80 Day Obsession. To go along with fitness, BODi also has premium nutritional products. Think Shakeology, Beachbody Performance supplements, and BEACHBAR. These are all designed to help with healthy weight loss, digestion, and overall well-being. Beachbody’s platform integrates fitness, nutrition, and mindset into a complete lifestyle solution aimed at fostering what it calls “Health Esteem.”

BODi’s business model has changed a lot over time to keep up with what customers need. The Zacks Rank #2 (Buy) company used to rely heavily on a multi-level marketing (MLM) approach, where “Partners” drove sales. But in late 2024, the company made a big shift. This change, known as “The Pivot,” moved them away from MLM to a simpler, single-level affiliate model. Now, Beachbody focuses on selling directly to customers through its website and by teaming up with retail stores. This new approach got rid of Partner subscription fees and significantly cut down on operating costs. At the same time, BODi has made it easier for customers to access content through subscription bundles, individual content sales, and their popular Total Solution bundle, which combines fitness subscriptions with Shakeology.

The Beachbody Company isn’t stopping at digital platforms. A big move into physical retail stores is planned. Shakeology products are expected to hit shelves in late 2025. Then, P90X and Insanity-branded nutritional products will follow in 2026. New digital fitness programs under these brands will also launch at the same time, creating great opportunities for cross-promotion. On top of all this, BODi continues to explore new areas. They are looking into women’s hormone health with products like Belle Vitale and even fitness solutions for people using GLP-1 weight-loss medications. This keeps their offerings fresh and relevant to today’s wellness trends.

Hims & Hers Health has truly grown into a complete digital health and wellness platform. It offers care that is easy to get, affordable, and tailored just for you. Their services cover a wide array of wellness needs, from hair health and dermatology to mental health, sexual wellness, sleep disorders, and even weight management. Customers can connect with licensed healthcare providers through online consultations. This leads to treatments, whether it’s a prescription or an over-the-counter product. All of this is backed by a strong online sales model, their own pharmacies, and an expanding line of wellness products, including supplements and skincare.

Hims & Hers Health’s move into fitness-related wellness has sped up, especially with the launch of their weight loss programs. These programs feature both custom-compounded medications and well-known brands such as semaglutide, liraglutide, and Wegovy. To boost their capabilities, the #2 Ranked company also acquired an at-home lab testing provider and a facility for making peptides. This helps them offer more in preventative care, hormone health, and solutions for longevity. New services, including low testosterone and menopause support, are planned for 2025, aiming to address broader physical health aspects related to energy, metabolism, and aging.

Behind this evolution is Hims & Hers’ scalable, technology-driven subscription model. It makes the entire customer experience smooth, from getting a diagnosis to receiving products. The platform now serves nearly 2.4 million subscribers, with a growing focus on daily personalized treatments rather than one-time fixes. The company’s strategy also includes preventative wellness. They plan to integrate data from wearable devices, biomarker testing, and AI-powered health coaching. This means Hims & Hers isn’t just a healthcare provider; they’re becoming a long-term wellness partner. They help consumers proactively manage their health and fitness goals, reaching far beyond traditional care limits.

This article originally published on Zacks Investment Research (zacks.com).

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