At InfoComm 2026 in Orlando, IDC analyst Gala Spasova cut through the noise with a blunt directive: the AI-packed meeting rooms popping up across enterprises aren’t just audio-visual gear anymore—they are fully fledged managed endpoints. And if IT departments don’t start treating them like the laptops and smartphones they already secure, they’re leaving a gaping hole in their corporate network.

Her session, later dissected in a post-show analysis by InfoTechLead, mapped out a future where every conference room runs on software that processes voice, video, and even sentiment in real time, often on embedded Windows or Android systems. The takeaway?

The era of the dumb projector is over. Now, your meeting room is a computer—and it needs patching, policy enforcement, and protection just like any other device.

The Shift No One Planned For

Spasova’s core argument isn’t hypothetical. Over the past 18 months, the market has flooded with AI-powered meeting room kits: cameras that automatically frame speakers, microphone arrays that cancel noise and transcribe conversations, and control panels that integrate with Microsoft Teams, Zoom, or Google Meet. Many of these devices run stripped-down versions of Windows 10 or 11, others use Android Enterprise. All of them connect to the corporate network, store cached credentials, and continuously stream data to cloud services.

Yet most organizations still treat them as facilities equipment. Installation is handled by AV integrators who rarely coordinate with the cybersecurity team. The devices sit on the same network as point-of-sale systems or guest Wi-Fi, often with default passwords and no endpoint management. A 2025 survey by Spasova’s IDC team found that 68% of enterprises had not applied a single security update to their meeting room hardware in the previous six months, because no one was responsible for it.

At InfoComm, Spasova showed a live Shodan search revealing thousands of exposed meeting room controllers indexed online. Some were broadcasting internal meeting metadata. The message was unmistakable: the industry’s rush to add AI has created a new class of unmanaged endpoints.

What It Means for Your Organization

The practical impact splits across three groups:

For IT administrators and security teams: You now have a ticking clock. Every unmanaged meeting room becomes a potential pivot point for attackers. Because these systems often have microphones and cameras, a compromise isn’t just a data breach—it’s a physical surveillance risk. The good news? The same tools you already use—Microsoft Intune, Group Policy, or third-party unified endpoint management (UEM) platforms—can now manage many of these devices. Both Windows-based and Android-based room systems support enrollment in MDM frameworks.

For everyday employees: Reliability will improve when rooms are managed like IT assets. Instead of walking into a meeting and discovering the camera firmware is outdated or the Teams client has auto-logged out, workers will get consistent experiences. But they’ll also face new security prompts: multifactor authentication on room panels may become standard, and admins will likely enforce shorter idle-time locks.

For facility managers and real estate teams: The old way of procuring room equipment—choosing the cheapest hardware that meets AV specs—must change. You’ll need to involve IT in every purchase. The room design itself becomes a cybersecurity decision. For example, a camera with on-device AI processing may store biometric data locally, while a cheaper cloud-dependent model streams everything to a vendor’s server, triggering GDPR or HIPAA compliance reviews.

How We Arrived at This Threshold

The transformation didn’t start with AI. It began with the slow convergence of AV and IT a decade ago, when simple HDMI cables gave way to networked presentation systems. Then came Microsoft’s 2018 introduction of Teams Rooms, which essentially put a Windows PC in every conference space. The pandemic accelerated the trend: hybrid work forced companies to make every room video-enabled, often with grab-and-go setups running standalone compute modules.

AI added the accelerant. Features like live transcription, translation, people counting, and facial recognition for presenter framing require significant processing—meaning the room now runs a full operating system with machine learning libraries, rather than a lightweight firmware. In many cases, the AI stack is updated via cloud services, creating a constant incoming flow of software changes that need testing and approval.

Spasova noted that the shift mirrors what happened with printers 15 years ago, when IT finally realized a network-connected printer could be a pathway into the corporate crown jewels. The difference now is the sensitivity of the data: meeting room devices handle intellectual property, strategic discussions, and personally identifiable information.

What to Do Now: An Action Plan

Based on Spasova’s recommendations and current Microsoft 365 documentation, here’s a concrete roadmap:

  1. Inventory every meeting space device. Include the compute module (e.g., Logitech RoomMate, Lenovo Thinksmart Core), touch console, camera, and audio peripherals. Record their OS version, firmware, and whether they support MDM enrollment. Use tools like Microsoft Endpoint Manager’s discovery or network scanning to find orphaned devices.

  2. Classify by risk. A room that processes SIPR (sensitive information) needs full management. A small huddle space with basic video may need only baseline compliance. For Windows-based systems, check if they run Windows 10/11 Pro or IoT Enterprise; the latter often supports advanced lockdown features like Unified Write Filter.

  3. Enroll in endpoint management. For Teams Rooms on Windows, Microsoft supports automatic enrollment into Intune via an autopilot-like process (see Microsoft’s document “Manage Microsoft Teams Rooms with Intune”). For Android-based rooms, Android Enterprise enrollment with a corporate-owned dedicated device profile works. Push policies for encryption, firewall rules, and restrict installing additional apps.

  4. Apply security baselines immediately. Enable BitLocker on Windows devices. Force firmware updates—many camera vulnerabilities exploit unpatched DSP chips. Disable unused ports and protocols. Set local admin password solutions (LAPS). For Zoom Rooms, use the centralized management portal to enforce meeting IDs with passcodes.

  5. Integrate with your SIEM and monitoring. These devices should feed logs into your security information and event management system. A meeting room controller suddenly connecting to an unknown IP at 2 a.m. is as suspicious as a user laptop doing the same.

  6. Create an update cadence. Unlike user PCs, meeting rooms can’t simply reboot mid-day. Coordinate with facility calendars: push updates during maintenance windows. ITIL change management applies. Spasova stressed the need for a “software bill of materials” from vendors so you know what’s inside each firmware blob.

  7. Train the extended team. Office managers and executive assistants often become de facto room support. Educate them on why they shouldn’t plug random USB devices into room consoles or share the admin password. Give them a clear reporting path when something looks off.

  8. Audit AI data flows. If a room uses cloud transcription, where does that data reside? Does the vendor claim ownership? Update your data protection impact assessment. Remember, even a meeting recording stored in OneDrive falls under your existing governance, but live processing might not.

Outlook: The Self-Driving Conference Room?

Vendors at InfoComm teased a next wave: rooms that self-diagnose issues, reorder replacement parts, and automatically adjust policies based on usage patterns. But until that autonomy arrives, the burden remains on IT. Spasova predicted that within two years, managed meeting rooms will be as routine as managed desktops—and the companies that ignore them now will face a reckoning, likely in the form of a very public breach involving an eavesdropping camera.

The bigger shift, however, is cultural. For decades, AV and IT operated in silos. The AI meeting room, by its nature, melts those silos. Getting ahead of it means bringing your facilities team, cybersecurity architects, and Microsoft 365 admins into the same room—preferably one that isn’t spying on them.