Americans have embraced telehealth services, with over 90% using them in 2022.
The momentum keeps building. Telemedicine technologies show a remarkable 16.5% CAGR and experts project the market to reach $82 billion by 2028. Patients now wait an average of 26 days for physician appointments, making digital health solutions essential.
Video calling leads this healthcare transformation. Modern telehealth applications need this feature to create personal, interactive experiences between patients and providers. But choosing the right telehealth video API can feel daunting when you face numerous technical requirements.
We created this piece to guide you through selecting the perfect telehealth video API that matches your needs. Our step-by-step approach simplifies your decision process by covering everything from HIPAA compliance to technical specifications. You’ll learn about leading solutions like iotum’s healthcare video conferencing API, which many providers use successfully in their telehealth platforms.
Want your telehealth service to work better? Let’s find the ideal video API for your healthcare practice.
Why Telehealth Needs a Video API
The COVID-19 pandemic changed how Americans receive healthcare. Patients avoided visiting hospitals in person, which led to an explosion in telemedicine usage. Some hospitals handled 500-600 patients each day through video or phone consultations. This change showed a 766% increase in telehealth encounters during the first three months of the pandemic.
The rise of virtual care since 2020
Healthcare providers barely used telehealth before 2020. Everything changed when Congress lifted major Medicare restrictions on reimbursement, origination requirements, and platform usage. Many institutions saw their telehealth visits jump from less than 1% to 70% of total appointments in just four weeks.
This wasn’t just a temporary spike. Telemedicine has become a permanent part of American healthcare. Both patients and providers found that virtual care worked well and saved time. Medicare added 135 new billable telehealth services during this period, which helped drive this expansion.
“Telehealth is now a routine way for patients to access health care services and for providers in remote areas to access specialty consults,” notes the American Hospital Association.
Why video is essential for remote diagnosis
Text and audio communications can’t provide complete telehealth services. Video calling gives doctors these advantages:
- Live visual assessment of symptoms and conditions
- Better diagnoses through observation
- Better communication between patients and providers
- Shorter wait times than in-person visits (which average 26 days)
“Video calls facilitate real-time visual assessments, allowing providers to observe symptoms, conduct online examinations, and make more accurate diagnoses,” according to healthcare experts. Video makes virtual care almost as good as in-person visits for many conditions.
Technology keeps getting better. Modern solutions let clinicians check ears, throats, lungs, and skin remotely. Doctors can now diagnose over 1,000 conditions remotely instead of just 200.
Video quality becomes crucial for specialized care. Surgeons need ultra-low latency video streams, less than 100 milliseconds, to perform remote procedures safely. Even small delays could cause serious problems.
How APIs simplify video integration
Healthcare providers need to understand the core benefits of telehealth video API options. Application Programming Interfaces (APIs) provide ready-made solutions that save development time and resources.
Industry research shows that 40% of healthcare providers see APIs as “mission-critical enablers” for their business strategies. The global healthcare API market should reach $3.93 billion by 2027.
APIs bring several practical benefits:
- Quick integration of video capabilities into existing systems
- Lower development costs compared to building from scratch
- Cross-platform functionality (web, mobile, desktop)
- Compliance with healthcare regulations
- Easy maintenance and adaptability
Most telehealth APIs include features like virtual waiting rooms, file sharing, and EHR integration. Medical staff can focus on patient care instead of technical issues.
APIs create cost-effective infrastructure. About 80% of healthcare APIs run in the cloud, which lets organizations adjust resources as needed and reduce IT costs. This flexibility helps as telehealth usage grows.
Benefits of Adding Video to Your Telehealth App
Patients give high ratings to telehealth video visits, with 83% reporting that virtual care matches or exceeds in-person experiences. These satisfaction rates point to the basic advantages that video brings to digital healthcare platforms.
Improved patient engagement
Video consultations create a deeper personal connection than phone calls or text-based interactions. Patients feel more at ease sharing health concerns when they see their provider’s face. The visual element helps turn passive patients into active participants.
Studies show that educational videos watched before visits can boost patient engagement during telehealth appointments. Patients who watched these preparation videos showed better therapeutic alliance and communication compared to those who only got written materials.
Providers can see facial expressions and body language through video, essential parts of medical communication that text or voice miss. They can use visual cues like nodding and facial gestures to show patients they’re listening. This builds trust between providers and patients.
This foundation of trust leads to better outcomes:
- Patients stick to treatment plans better
- They report symptoms more fully
- They’re more likely to follow recommendations
- They feel more satisfied with their care
Faster diagnosis and follow-ups
Video visits show remarkable accuracy in diagnosis. A Mayo Clinic study of nearly 2,400 patients found that 87% of diagnoses made during video visits matched those confirmed later in person. Specialties like psychiatry, allergy, orthopedics, and urology showed even better results.
Video appointments usually take 15 minutes, this is a big deal as it means that they’re shorter than traditional visits. Research shows the whole telehealth visit takes just 24 minutes versus 80 minutes for in-person visits. This saves patients almost an hour each time.
Video makes follow-up care easier. Patients can check in with their providers more often to adjust treatments, manage medications, and track recovery. These regular check-ins help prevent complications and cut down emergency visits.
Reduced travel and wait times
The biggest benefit patients notice right away is not having to travel to medical facilities. They skip driving to appointments, looking for parking, or sitting in waiting rooms while feeling sick. This matters even more to people in rural or remote areas.
The environmental benefits are impressive too. One project found that 88 telehealth patients saved 3,446 kg of carbon emissions, the same as 388 gallons of gasoline. These environmental gains grow as facilities offer more telehealth services.
Patients save time beyond just appointment day. They might wait 26 days on average for in-person physician appointments, but telehealth can offer same-day or next-day visits. Quick access helps with conditions that need prompt attention but aren’t emergencies.
Working parents and caregivers find this flexibility especially helpful. Take a working mom with a child who has chronic ear infections, she can talk to a doctor from home instead of taking a whole day off work, and she avoids exposing her child to other illnesses in waiting rooms.
Challenges in Building a Video Feature In-House
Building a video feature from scratch for your telehealth platform comes with technical obstacles that drain resources, time, and patience. These challenges lead healthcare providers to choose ready-made video API solutions.
Infrastructure and bandwidth issues
A major challenge in developing an in-house video solution is dealing with varying internet speeds. About 23% of adults in rural America don’t have the high-speed internet needed for smooth video consultations. Video visits become frustrating or impossible without stable connections.
Telehealth video platforms need substantial bandwidth to send audio and video data smoothly. High-definition videoconferencing requires a minimum download speed of 6 Mbps. Many rural areas don’t meet these requirements, even with “broadband” access.
“Dropped calls or bad connections can lead to distrust and frustration for patients who may already be wary of telehealth,” notes the U.S. Department of Health and Human Services. Technical problems damage patient’s trust in your services.
Infrastructure costs create more challenges:
- Special purpose devices (digital stethoscopes, otoscopes)
- Dedicated servers for video processing
- Backup systems for outages
- Technical support staff and training
Setting up this infrastructure can be too expensive, with 20% of healthcare providers saying high costs stop them from implementing it. You need to buy dozens or hundreds of devices, develop custom software, and set up secure connections, all before your first patient visit.
Cross-device compatibility
Patients use telehealth on devices of all types, smartphones, tablets, laptops, and desktop computers, with various operating systems like iOS, Android, Windows, and macOS. Making a video solution work perfectly across these platforms needs extensive development resources.
Studies show that supporting multiple devices helps improve patient participation rates. Patients often quit sessions early when telehealth apps don’t work well on their devices. This affects the quality of care.
Technical issues remain the biggest problem in telehealth adoption. Many patients, especially older adults, have trouble setting up accounts, downloading apps, or fixing connection problems. Your in-house solution must work for users with different technical skills.
Solving cross-platform challenges often means giving up features or performance on some devices. This leads to different experiences depending on the patient’s device.
Security and HIPAA compliance risks
Security and regulatory compliance present the most significant challenges. Healthcare faces growing cybersecurity threats, over 133 million health records were exposed in 725 major data breaches in 2023 alone.
HIPAA requirements for telehealth video platforms are strict and include:
- End-to-end encryption for all video and audio
- AES-256 bit encryption standards
- TLS protection for data in transit
- Multi-factor authentication
- Detailed access controls and audit trails
The HIPAA Security Rule requires administrative, physical, and technical safeguards for protected health information (PHI). All software vendors handling PHI must sign Business Associate Agreements (BAAs) and accept legal responsibility for data security.
“Without appropriate privacy and security protections, such as those required by the HIPAA Rules, the risk that unauthorized persons could obtain this information and cause substantial harm to the patient significantly increases,” warns the U.S. Department of Health and Human Services.
Setting up these security measures properly needs specialized expertise. Many in-house solutions fall short and leave healthcare providers open to compliance violations and potential fines.
Build vs Buy: Should You Use a Third-Party API?
Your choice between building a video integration or buying a ready-made solution will affect your budget and launch timeline. This choice determines how well your telehealth platform performs now and in the future.
Time and cost comparison
Numbers paint a clear picture here. A custom telehealth solution needs $50,000-$500,000 upfront plus $1,000-$5,000 yearly maintenance costs. Ready-made solutions start at just $15,000.
Launch times show an even bigger difference:
- Custom build: 6-18 months from requirements to launch
- Third-party API: You can go live in 2-8 weeks
- MVP development: You’ll need 1,400+ engineering hours
Time really matters here. Each month of development means lost patient visits. A practice expecting 500 monthly visits at $100 each could lose $300,000 in revenue over six months.
Ready-made solutions are quick to set up, but costs can add up. A $2 per-visit fee becomes $10,000 monthly with 5,000 visits. This is a big deal as it means that after 24-36 months, you might spend more than building it yourself.
Extra costs often hide beneath the surface. Beyond per-visit fees, vendors charge extra for advanced features like SAML/SCIM authentication and immediate analytics. You should ask vendors about data portability before signing any contracts.
Scalability and maintenance
Custom platforms let you control your code and performance tuning. This freedom comes with responsibility – you’ll manage servers, load balancers, and database performance as you grow.
Ready-made solutions handle upgrades but might limit monthly visits or charge more as numbers grow. You should run growth projections carefully before deciding.
After launch, your maintenance plan should include:
- Quarterly or monthly update sprints
- Security patches and bug fixes
- Feature additions and regulatory updates
- Annual maintenance (usually 15-20% of original development cost)
API providers make maintenance easier but limit your control over updates and features. Healthcare regulations change fast, and knowing how to adapt quickly affects compliance.
When building in-house makes sense
Many providers find that iotum’s healthcare video conferencing API strikes the right balance between speed, compliance, and features without technical hassles.
Notwithstanding that, building in-house works better in specific cases:
Building your own system makes sense when telehealth is your main revenue source rather than an extra service. As patient numbers grow, owning your solution becomes cheaper than paying subscriptions.
Your clinical workflows might be unique. Experience shows that when 20% of your processes are non-standard, you’ll face 80% of the frustration with inflexible platforms.
Organizations needing deeper EHR integration or special features not found in commercial products should build custom solutions. Custom development lets you integrate perfectly with existing systems.
You might need full control over your roadmap, releases, and data. Healthcare organizations with strict governance rules find this control essential.
A smart approach exists – start with a third-party solution to test market demand, then switch to a custom platform when volume justifies the cost. This reduces initial risk while keeping future options open.
What to Look for When Choosing Telehealth Video API
Picking the right video API for your telehealth platform needs a close look at several key factors. These technical elements shape patient experience, clinical workflows, and your success in delivering quality virtual care.
End-to-end encryption and HIPAA compliance
Security tops the list when choosing a telehealth video API. Research shows 70% of healthcare organizations rank it as their main selection factor. The stakes are high, breaking HIPAA rules can lead to fines up to $1.5 million per year.
Your video API must offer:
- End-to-end encryption using AES-256 standards for all video and audio
- Transport Layer Security (TLS) protocols for data in transit
- Multi-factor authentication and strong access controls
- Audit logging capabilities for security monitoring
- Signed Business Associate Agreements (BAAs)
HD video and low-latency performance
Video quality plays a vital role in diagnostic accuracy. Research links poor video clarity to misdiagnoses, making technical specs essential for patient safety.
Look for at least 720p HD video quality, though many platforms now offer 1080p resolution. This clarity helps doctors spot subtle visual symptoms during exams.
Low latency, under 500ms, keeps conversations natural. Quality video APIs use adaptive streaming technology to maintain performance despite bandwidth changes. This feature becomes vital since approximately 23% of rural Americans lack reliable high-speed internet.
Custom branding and UI control
Your telehealth interface should feel like it belongs to your practice. APIs with customization options let you add your organization’s visual identity to the patient experience.
The best APIs include white-labeling features and UI Kit flexibility. This helps create consistent branding from appointment scheduling through post-visit follow-ups.
Dyte shows this flexibility well: “Use Dyte’s UI Kit to create a branded interface or use the Core SDK to build a custom telehealth experience from the ground up”.
Cross-platform SDK availability
Patients use many devices to access telehealth, smartphones, tablets, computers, on different operating systems. Your video API should work perfectly in this varied digital world.
Quality telehealth video APIs provide SDKs for:
- iOS and Android mobile development
- Web browsers (Chrome, Firefox, Safari)
- Desktop applications (Windows, Mac)
- Flutter for cross-platform development
Recent data shows 70% of Americans watch video on smartphones, 62% on smart TVs, 44% on laptops, and 37% on tablets. APIs that support all these platforms help you reach more patients.
EHR and EMR integration support
A smooth connection between your video platform and electronic health records prevents workflow disruptions. This integration has grown more important as over 95% of US hospitals now use certified EHR platforms.
Quality video APIs provide:
- REST APIs and webhooks for integrating with EHR systems
- HL7/FHIR protocols for standardized data exchange
- Single sign-on capabilities to streamline provider access
- Support for bidirectional data flows
Zoom highlights this trend: “We’re excited to announce our new integration with Cerner’s EHR platform…hospitals, health systems, and clinics can launch secure Zoom virtual visits directly within Cerner”.
Top Telehealth Video API for Healthcare Providers
You’ve assessed your telehealth needs, and now it’s time to look at the best video API solutions that bring together security, performance, and specialized healthcare features. These platforms each shine in different aspects of telehealth.
iotum – Best for HIPAA-compliant video workflows
iotum stands out with its complete telehealth API that merges into clinical workflows without much development work. Their solution handles everything from scheduling to immediate analytics, and patients can join right from their browsers on any device.
The platform has:
- HIPAA-compliant video conferencing with encryption that protects patient information
- Scheduling API that sends SMS notifications and click-to-join links
- Live video annotation tools to explain medical conditions
- Speaking time and session metrics that help improve care quality
The video API platform’s smooth user experience helps cut down missed appointments and reaches rural communities that lack specialized care access.
How to Evaluate API Integration and Support
Technical evaluation should be your next step after shortlisting potential telehealth video API options. A smooth implementation depends on how well you understand integration capabilities rather than just the simple features.
REST APIs, SDKs, and webhooks
Development time and flexibility depend heavily on the integration methods video APIs offer. Top providers give you multiple ways to connect:
- REST APIs for direct data access and custom integrations
- Webhooks that trigger events immediately to simplify processes
- SDKs for iOS, Android, JavaScript, and sometimes Flutter
Speed-critical applications need APIs that push encounters, vitals, and codes as atomic transactions. Healthcare integration requires idempotent writes (operations that produce the same result whatever the number of executions) to prevent dangerous data duplication.
Teams without extensive development resources can benefit from providers like VSee. They offer no-code or low-code options that let you embed telehealth components into existing websites with single sign-on.
Developer documentation and onboarding
Good documentation saves developers countless hours. You should review sample code, API references, and implementation guides before choosing a solution.
Documentation quality checks should include:
- Authentication and authorization flows
- Error handling strategies
- Sample applications with working code
- Platform-specific implementation details
Support for mobile and web platforms
Your chosen API needs to work flawlessly across different devices since patients access telehealth from various platforms. Key requirements include support for:
- Web browsers (Chrome, Firefox, Safari)
- Mobile operating systems (iOS, Android)
- Desktop platforms (Windows, macOS)
Security, Compliance, and Long-Term Viability
Security can make or break your telehealth platform. Beyond features and pricing, you need to get into these compliance elements.
HIPAA, GDPR, and SOC2 certifications
Security certifications prove that platforms follow standardized protection protocols. Independent accounting firms conduct SOC 2 Type II certification tests over extended periods. The process typically takes three months to test operational effectiveness. This evaluation shows how organizations protect customer data.
VSee strengthens its steadfast dedication through independent third-party certification. APIs that offer multiple compliance credentials (HIPAA, SOC2, GDPR, CCPA) work best for global operations. These certifications prove an ongoing commitment to security practices.
Business Associate Agreements (BAAs)
Vendors handling protected health information (PHI) must sign a BAA. You and the vendor face serious compliance risks without this document:
- Civil penalties up to $1.50 million per year
- Legal liability for vendor’s mishandling of PHI
- Reputational damage with patients and partners
Quality BAAs specify permitted PHI uses, security obligations, breach notifications, audit rights, and data destruction procedures. Note that consumer video apps won’t sign BAAs, which makes them unsuitable for clinical use.
Uptime guarantees and data storage policies
Reliability metrics play a crucial role. Look for providers with 24/7/365 monitoring systems that keep detailed audit trails. These records help during potential audits.
Conclusion
Healthcare providers moving into telehealth face a crucial choice when picking the right video API. This piece shows how video revolutionizes patient care. It creates personal connections, enables accurate remote diagnoses, and breaks down geographical barriers.
Your telehealth video API must put security and compliance first. HIPAA regulations just need strict protection of patient information. End-to-end encryption and proper BAAs are essential requirements. On top of that, technical aspects like HD video quality, low latency, and cross-platform compatibility directly affect diagnostic accuracy and patient satisfaction.
The build-vs-buy question becomes clear when you look at implementation timelines and resource limits. Building in-house lets you retain control. Yet third-party APIs offer faster deployment, lower original costs, and specialized healthcare features without technical hassles.
A look at multiple options shows iotum’s healthcare video conferencing API as the best choice for most providers. Their solution packs HIPAA compliance, excellent video quality, and healthcare-specific features into one package. Their simple integration process saves development time while meeting your practice’s security standards.
Note that your video API choice affects everything in your telehealth service – from patient experience to clinical workflows and diagnostic capabilities. Take time to get a full picture of potential solutions based on your practice needs.
Telehealth grows at remarkable speed, and video remains its most powerful tool. You can tap into the full potential of virtual care by choosing a reliable, secure video API like iotum’s. This helps your practice keep up with trends in healthcare’s digital world.