Healthcare environments have different demands for AV technology. The stakes are higher, there’s more compliance requirements, and tech failure can have both short and long-term consequences.
At the same time, healthcare offices are deploying more AV technology than ever. Telehealth has shifted from an emerging option to a core service delivery model. Staff training and continuing education increasingly happen via video. Care coordination across facilities depends on reliable conferencing infrastructure. The technology requirements have grown significantly — and the margin for error hasn't.
Here are the best practices that matter most when designing and deploying AV in a healthcare environment.
HIPAA COMPLIANCE IS NOT OPTIONAL — AND IT EXTENDS TO AV
HIPAA compliance is a foundational requirement for any technology in a healthcare environment. AV systems are not exempt. Video conferencing platforms, recording systems, and networked displays that handle protected health information (PHI) must meet HIPAA standards. If not, the organization assumes significant legal and regulatory risk.
In practice, this means several things for AV deployments:
- Video conferencing platforms used for patient consultations must be HIPAA-compliant and covered by a Business Associate Agreement (BAA) with the vendor
- Any recording of patient-related meetings must be stored securely with access controls and audit trails that meet HIPAA requirements
- AV equipment on the network must be segmented appropriately to prevent unauthorized access to systems that handle PHI
- Displays in patient-facing areas must be positioned and configured to prevent incidental exposure of patient information to other patients or unauthorized staff
HIPAA compliance in AV is not a checklist item to be addressed after the system is designed — it needs to be built into the design from the start. Retrofitting compliance into a system that wasn't designed with it in mind is more complex and costly than getting it right upfront.
TELEHEALTH INFRASTRUCTURE REQUIRES A DEDICATED APPROACH
Telehealth is no longer a supplemental service for most healthcare organizations — it's a primary care delivery channel. The AV infrastructure supporting it needs to reflect that.
A telehealth-ready exam room or consultation space requires more than a webcam and a laptop. The standards patients and providers expect have risen considerably, and the quality of the video experience directly affects both patient satisfaction and clinical effectiveness.
What's also changed is the scope of what a telehealth session can accomplish. Modern telehealth infrastructure isn't limited to a provider and patient talking on screen — it increasingly supports specialist consultations where a physician at one location can conduct a meaningful clinical examination of a patient at another. Connected diagnostic tools integrated into the room system make this possible: Horus scopes for high-definition visual examination, digital otoscopes for ear and throat assessment, electronic stethoscopes for cardiac and pulmonary evaluation, and dermatoscopes for skin examination, among others. When these devices are properly integrated with the room's AV system, a specialist hundreds of miles away can gather accurate, high-quality clinical data in real time — expanding access to specialty care without requiring the patient to travel.
That level of capability requires infrastructure designed to support it from the start, not retrofitted after the fact.
Camera quality and positioning. Clinical telehealth requires a camera that delivers a clear, steady image at a natural eye level. For examination contexts, PTZ (pan-tilt-zoom) cameras that allow the provider to adjust framing during a consultation are increasingly standard — and in rooms where diagnostic peripherals are in use, the ability to switch between the room camera and a device feed cleanly is essential.
Audio clarity. Medical consultations require the ability to hear and be heard clearly without background noise, echo, or dropouts. A dedicated microphone and speaker system — rather than built-in laptop audio — is the appropriate baseline for any clinical telehealth environment.
Display size and placement. Providers conducting telehealth appointments need to maintain eye contact and read patient expressions. A display sized and positioned appropriately for the consultation space supports both clinical effectiveness and patient experience — and in multi-provider sessions, the ability to show both the remote specialist and the diagnostic feed simultaneously may require a multi-display configuration.
Device integration. Diagnostic peripherals need to integrate cleanly with the room's AV and conferencing system so providers can share device feeds into the session without technical friction. An otoscope feed that requires a separate laptop and a screen-sharing workaround is a workflow problem that affects both the clinical experience and the quality of the data being shared.
Network reliability. A dropped telehealth connection during a patient consultation is a clinical and patient experience failure. Telehealth rooms should be on wired network connections wherever possible, with QoS configuration that prioritizes video traffic and redundancy planning for connectivity issues. Rooms supporting diagnostic peripheral streams have additional bandwidth requirements that need to be accounted for in the network design.
STAFF AND CARE TEAM COLLABORATION SPACES HAVE SPECIFIC NEEDS
Beyond patient-facing technology, healthcare organizations run a significant volume of internal meetings. Things like care team huddles, multidisciplinary case reviews, administrative meetings, and staff training sessions. These spaces have their own AV requirements that are distinct from both the telehealth environment and a standard corporate conference room.
Infection control considerations. Shared AV equipment in clinical settings — touchscreens, room controllers, shared peripherals — needs to be selected with cleanability in mind. Touch-free or easy-to-sanitize interfaces reduce transmission risk and align with infection control protocols. Some manufacturers offer healthcare-specific product variants with antimicrobial surfaces for exactly this reason.
Rapid start and ease of use. Clinical staff are not technology professionals. The AV systems in care team spaces need to start quickly, operate intuitively, and require no troubleshooting to function. Any friction in the process of starting a meeting comes at the expense of time that could be spent on patient care.
Multi-site coordination. Healthcare organizations often operate across multiple facilities such as clinics, hospitals, and administrative offices. Consistent AV infrastructure across locations means care teams can collaborate across facilities without relearning the technology in every room they walk into. Standardization is as important in healthcare as it is in any enterprise environment.
PATIENT-FACING SPACES COMMUNICATE MORE THAN INFORMATION
Displays in waiting areas, check-in spaces, and patient rooms serve both functional and experiential purposes. A well-designed digital signage environment communicates health information, reduces perceived wait times, and contributes to the overall patient experience. A poorly deployed one — consumer TVs running on consumer hardware, showing static content — communicates that the organization hasn't invested attention in the patient environment.
Commercial-grade displays are the appropriate standard for patient-facing areas. They're designed for continuous operation, maintain brightness over time in well-lit clinical environments, and support content management systems that allow health information and wayfinding content to be updated centrally without physical intervention at each screen.
Display placement in patient areas also requires careful attention to privacy. Screens visible from waiting areas should never display patient information. Room displays should be positioned so that content is only visible to the intended audience.
SECURITY AND NETWORK SEGMENTATION CANNOT BE AFTERTHOUGHTS
Healthcare organizations are among the most frequently targeted by cybersecurity threats, and networked AV equipment represents a potential attack surface that is often under-managed. Cameras, displays, room controllers, and conferencing hardware connected to the network need to be treated as security-sensitive devices — not peripheral equipment that falls outside the IT security perimeter.
Best practices for AV security in healthcare environments include:
- Network segmentation — AV devices on a separate VLAN from clinical systems and EHR infrastructure
- Firmware management — AV devices should receive regular firmware updates and be included in the organization's patch management process
- Access controls — room controllers and management interfaces should require authentication and have role-based access configured
- Vendor assessment — AV vendors with access to networked systems should be evaluated against the organization's vendor security requirements, consistent with HIPAA's Business Associate provisions
RELIABILITY AND SUPPORT STANDARDS MUST MATCH THE ENVIRONMENT
In a standard office environment, a conference room AV failure is a productivity disruption. In a healthcare environment, it can mean a missed telehealth appointment, a delayed care team decision, or a poor patient experience affects trust and retention. The support standards need to reflect that difference.
Proactive monitoring — rather than reactive break-fix support — is the appropriate model for healthcare AV environments. Issues should be identified and addressed before they affect operations, not after a clinician calls IT because the screen in room three isn't working. Fast-response service agreements, on-site support capabilities, and redundancy planning for critical spaces are standard expectations, not premium add-ons.
Commercial-grade hardware with proper warranties is a prerequisite. Consumer equipment with limited support options and no commercial warranty coverage has no place in a clinical environment where reliability is a patient care issue.
BUILD AN AV ENVIRONMENT THAT MEETS THE STANDARD HEALTHCARE DEMANDS
Healthcare AV is a specialized discipline. The compliance requirements, the patient experience standards, the infection control considerations, and the reliability expectations all create a set of demands that generic AV advice doesn't address. Getting it right requires a partner who understands the healthcare environment — not just the technology.
At Vivo, we approach healthcare deployments with the same consultative rigor we bring to every engagement — starting with the specific requirements of the environment before recommending anything. Whether you're building out a telehealth infrastructure, standardizing AV across multiple facilities, or upgrading patient-facing spaces, we help you design and deploy a system that holds up to the demands of a clinical environment.
