Meeting rooms are shifting from a collection of hardware to a connected, software-led system. Paul McNicholl, Business Development Manager at DisplayNote, looks at where meeting room technology is heading and what modern workplaces need to get right.
For years, meeting room technology was largely defined by the hardware in the room. Displays, cameras, microphones, speakers and control panels determined what the space could do, while the supporting software remained secondary.
That model is changing quickly.
Modern meeting rooms increasingly sit at the intersection of AV, cloud collaboration, workplace software, identity, networking, artificial intelligence and device management. The display is still important, as are the camera and microphone, but the quality of the meeting increasingly depends on how these components work together as part of a wider system.
This matters because organisations are no longer simply equipping individual rooms. They are building connected workplace infrastructure.
The question for IT and workplace leaders is therefore becoming less about which device to install next and more about how the entire room environment should operate over time. Which parts of the experience should be standardised? Which platforms need to be supported? How much intelligence should sit inside the room? How will hundreds of spaces be monitored and updated? And how can all of that complexity remain largely invisible to the person who simply wants to start a meeting?
The future of meeting room technology will not be determined by any single breakthrough. It will be shaped by how successfully organisations combine a growing number of technologies into an experience that remains coherent.
The market is moving from equipment to experience
The traditional AV model treated the room as a collection of components. A display delivered the picture, a microphone captured sound and a control interface allowed the user to operate the system.
The modern collaboration room is more interconnected. Calendars know which meeting is about to begin. Conferencing platforms recognise room devices. Cameras automatically frame participants. Microphones suppress unwanted noise. Content can be shared wirelessly. Software manages the experience while cloud services handle much of the collaboration.
The result is a gradual shift from buying equipment to designing an experience.
That is significant because hardware quality alone no longer guarantees a good meeting. An organisation can install an excellent display, camera and audio system and still deliver a frustrating experience if users struggle to join meetings, switch platforms, share content or understand how the room works.
This is why the software and management layers around the hardware are becoming increasingly important. They determine how technologies are presented to the user, how different systems interact and how consistently the estate behaves from one room to another.
For IT leaders, this changes the basis on which meeting room investments should be assessed. Technical specifications still matter, but they need to be considered alongside usability, interoperability, manageability and lifecycle.
A powerful device that creates a difficult support model is not necessarily a good enterprise decision. Equally, a technically sophisticated room that users avoid because it feels unpredictable has failed in a different way.
The direction of travel is clear: the value of meeting room technology increasingly lies in the quality of the complete environment rather than the performance of any single component.
The next phase of meeting room technology will not be defined by adding more visible technology to the room. It will be defined by how intelligently hardware, software and services work together to make the experience feel simpler.
Ed Morgan, CEO, DisplayNote
AI is moving into the room
Artificial intelligence is becoming one of the most visible trends in modern meeting spaces, although much of its value may ultimately come from making itself less visible.
Intelligent cameras can already frame participants automatically, follow speakers and improve how people in the room appear to remote attendees. Audio systems can suppress background noise and make voices easier to distinguish. Conferencing platforms are increasingly adding transcription, translation, meeting summaries and automated action capture.
Some of that processing happens in the cloud. Increasingly, some also happens within cameras, processors and room devices themselves.
This shift towards local processing can reduce latency and, in some cases, help organisations keep particular types of processing closer to the device. More importantly from a user perspective, it allows the room to respond to what is happening without requiring constant manual adjustment.
A camera that understands where people are sitting is more useful than one that needs to be repositioned manually. A microphone array that can focus on active speakers reduces the amount of technical intervention required during the meeting. Automated framing helps remote participants see individuals more clearly without somebody in the room having to operate the camera.
The mistake would be to judge the future of meeting room AI by the number of AI features available.
The better question is whether intelligence removes genuine friction.
AI that makes people easier to hear, easier to see or less dependent on manual controls can improve the meeting. AI that adds another interface, configuration requirement or source of unpredictability may simply add complexity.
For workplace leaders, the principle should therefore be straightforward: intelligence earns its place when it makes the room feel less technical, not more.
Platform-native rooms are becoming normal
Another major shift has been the growth of platform-native meeting environments.
Microsoft Teams Rooms, Zoom Rooms and similar systems have created a much more integrated experience between the room, calendar and conferencing platform. Meetings can appear automatically on the room interface, users can often join with a single action and administrators gain access to platform-specific management tools.
This has solved a real problem. Traditional meeting rooms often depended on someone arriving with the right laptop, adapter and knowledge of how to make everything work. Platform-native rooms remove much of that uncertainty for meetings taking place within the organisation's chosen ecosystem.
For many businesses, that simplicity is highly valuable.
The complication is that organisations rarely collaborate only with themselves.
Customers, partners and suppliers may use different platforms. Acquired businesses may have inherited different technology. Some departments may prefer one environment while others use another. Guests frequently arrive with their own devices and expectations.
This creates a tension between platform optimisation and interoperability.
A room can be highly optimised around one collaboration platform and still need to accommodate people joining from another. The future challenge is therefore not simply to create better Teams Rooms or better Zoom Rooms. It is to ensure that the benefits of platform-native design do not turn into unnecessary friction when collaboration crosses ecosystem boundaries.
For IT leaders, this should form part of the architecture decision from the beginning. If the organisation operates predominantly inside one ecosystem, platform-native rooms may provide a very efficient default. If collaboration is highly external or the estate is mixed, flexibility becomes more important.
The right strategy depends on the organisation, but the underlying principle is the same: the room should reflect how people actually collaborate, not how neatly the technology fits a procurement model.
Audio and video intelligence are becoming ambient
Some of the most significant improvements in meeting room technology are happening in areas users may barely notice.
Audio and video are becoming increasingly intelligent. Ceiling microphone arrays can reduce table clutter while improving coverage. Cameras can use wide fields of view and automatic framing to represent people in the room more effectively. Multi-camera systems can switch perspectives without someone operating them manually. Noise suppression can reduce the impact of HVAC systems, keyboard noise and other distractions.
These improvements are often discussed in terms of meeting equity, particularly in hybrid environments. The goal is to make remote participants feel less disadvantaged compared with people physically present in the room.
That is important, but there is another shift underneath it.
The technology is increasingly making decisions on behalf of the user.
Previous generations of AV systems frequently required people to understand how to operate the room. They needed to choose inputs, control cameras, switch sources and adjust settings. Newer systems increasingly aim to infer what should happen based on context.
The room becomes more responsive and the user becomes less involved in operating it.
That represents a broader direction for meeting room technology. Sophistication is moving into the infrastructure while simplicity moves towards the user.
The most advanced room may eventually be the one that asks people to make the fewest technical decisions.
Meeting rooms are becoming part of the workplace data layer
Meeting rooms are also becoming more useful as sources of operational data.
Occupancy sensors, booking platforms, room systems and connected devices can provide information about whether spaces are being used, how often they are occupied and whether the technology inside them is healthy.
For workplace teams, this data can influence decisions about office design, real-estate utilisation and room capacity. A business may discover that large meeting rooms are regularly occupied by two people, while smaller spaces are consistently unavailable. Another may find that particular rooms are booked frequently but used rarely.
For IT teams, the same data can help identify devices that are offline, rooms experiencing repeated faults or technologies that are generating disproportionate support demand.
This turns the meeting room from a passive resource into part of the wider workplace information environment.
The opportunity, however, needs to be approached carefully. More data does not automatically create better decisions. Organisations need to be clear about what they are trying to understand and how the information will be used.
The most valuable space intelligence is likely to be the information that helps organisations make practical decisions: where capacity is constrained, where technology is failing, where investment is underused and where workplace patterns are changing.
The room is therefore becoming more than a place where collaboration happens. It is becoming one of the data sources used to manage the workplace itself.
Central management will become as important as the in-room experience
As meeting spaces become more capable, they also become more complex to operate.
A small organisation may be able to manage a few rooms individually. A global business cannot reasonably depend on technicians walking between hundreds of spaces to check software versions, change settings or diagnose routine faults.
This is why central management is moving from a useful administrative feature to an essential part of enterprise meeting room architecture.
IT teams increasingly need visibility across the estate: which devices are online, which versions are running, which rooms have drifted from approved configurations and where problems are emerging. They also need the ability to intervene remotely where the technology allows it.
The significance goes beyond support efficiency.
Central management creates the basis for consistency. If a configuration needs to change, IT can apply it more systematically. If an application needs to be restricted, a policy can be enforced across the estate rather than communicated room by room. If a device becomes unhealthy, teams can identify the problem without waiting for the next user to raise a ticket.
This matters because meeting rooms are increasingly behaving like other distributed technology estates. They need lifecycle management, monitoring, configuration and policy enforcement.
The room experience may happen locally, but the operating model increasingly needs to be central.
For organisations already dealing with this challenge, the issue is explored in more detail in How to Manage Meeting Room Technology Across Multiple Offices: An IT Leader's Guide, where the focus shifts from future direction to the practical management of distributed estates.
Interoperability will remain one of the hardest problems
One of the most persistent challenges in meeting room technology is that enterprise environments rarely remain homogeneous.
Organisations acquire businesses, open new offices, refresh rooms at different times and work with multiple suppliers. One site may use a different display manufacturer from another. Older room PCs coexist with newer systems. Collaboration platforms change. Users arrive with their own devices.
The result is a mixed estate.
There is a temptation to believe that the solution is complete standardisation around one vendor or platform. In some organisations, that may be achievable. In many, it is neither practical nor economically sensible.
The alternative is to decide where standardisation matters most.
It may be possible to tolerate different hardware underneath while creating a more consistent experience above it. The room can present familiar workflows even when the technology behind the interface varies. Management policies can also be standardised even if every device is not identical.
This suggests an important direction for the future: Meeting room estates may become increasingly standardised at the experience layer while remaining heterogeneous underneath.
That distinction matters because hardware replacement is expensive and disruptive. Organisations should not need to rip out functioning infrastructure every time a platform strategy changes or a new collaboration requirement emerges.
A more resilient architecture allows the estate to evolve.
The aim should not be to eliminate every difference. It should be to prevent those differences becoming the user's problem.
Enterprises will continue to operate mixed estates, so the real challenge is not eliminating complexity underneath. It is creating enough interoperability, management and consistency that users never have to think about that complexity.
Ed Morgan, CEO, DisplayNote
Security and identity will move deeper into room design
As meeting rooms become more connected, security inevitably becomes part of the design conversation.
Shared spaces are unusual because the device is persistent while the user changes. An employee may use the room in the morning, an external visitor at lunchtime and a different team in the afternoon. Each session may involve cloud applications, network access, content sharing and temporary identity. That creates questions around authentication, session state, guest access, application permissions and configuration control.
Future-ready rooms will need to manage these issues without making the experience unnecessarily difficult. This is particularly important because traditional security models are often designed around personal devices. A laptop typically has an identifiable owner. A meeting room does not.
The room therefore needs controls appropriate to a shared environment. Users should be able to access what they need without inheriting another person's session or leaving unnecessary state behind for the next user.
Security will increasingly become part of the architecture rather than something added after deployment. The challenge is to make that security effective without turning every meeting into an authentication exercise.
What should modern workplaces get right now?
The most important decisions about the future of meeting room technology are not really about predicting which feature will dominate next year. They are about choosing principles that remain useful as individual technologies change.
For IT and workplace leaders, several questions are worth asking before committing to the next generation of meeting spaces.
Experience: Can somebody walk into the room and understand how to start without training?
Platform strategy: Are we designing around one collaboration ecosystem or a mixed environment?
Interoperability: What happens when users, guests or customers bring different platforms and devices?
Management: Can IT see, configure and support the estate remotely?
Security: How are shared identities, sessions, applications and access governed?
Scalability: Will the operating model still work at 100 or 1,000 rooms?
Flexibility: Can the estate evolve without unnecessary hardware replacement?
Lifecycle: How will devices, software and policies be maintained over time?
These questions provide a more durable framework than a checklist of current technologies because the specific products will change.
AI capabilities will improve. Collaboration platforms will evolve. Hardware will become more capable. New workplace models will emerge.
The underlying management problem will remain: how to create an environment that is usable, supportable and adaptable despite that change.
The room of the future should require less thought from the user
There is a paradox at the centre of modern meeting room design.
The technology underneath the experience is becoming more complicated. AI, cloud services, identity, networking, intelligent cameras, software platforms, sensors and management systems are all becoming part of the environment.
Yet the experience presented to the user needs to become simpler.
This is the real benchmark against which future meeting room technology should be judged.
A person entering a room should not need to understand how the camera is processing images, which network the display is using or which software layer is enabling collaboration across different platforms. They should not need to understand the management architecture or the security controls working behind the scenes.
They should simply be able to start.
The future of meeting room technology is therefore not about placing more technology in front of the user. It is about putting more intelligence behind the experience.
That is an important distinction because many technology environments become harder to use as capability increases. New features introduce new menus, new workflows and new opportunities for inconsistency.
The best meeting rooms should move in the opposite direction. More capable underneath. More predictable above.
Invest in the architecture, not the novelty
Meeting room technology will continue to evolve quickly. AI will become more embedded, conferencing platforms will gain new capabilities, hardware will become more intelligent and workplace data will become more valuable.
Some of those developments will have a lasting impact. Others will prove less important than their initial marketing suggests.
For organisations making investment decisions now, the priority should therefore be to separate short-lived novelty from durable architectural principles.
Interoperability matters because external collaboration will continue. Manageability matters because estates will remain distributed. Security matters because rooms are becoming more connected. Flexibility matters because hardware and platforms evolve at different speeds. Consistency matters because users should not have to relearn the room every time they move between offices.
Most importantly, simplicity matters because the purpose of the meeting room has not changed.
People enter to communicate, make decisions, present ideas and work together. The technology exists to support those activities, not compete with them for attention.
The workplaces that get meeting room technology right will not necessarily be those with the most advanced rooms. They will be those where increasingly sophisticated technology becomes progressively less visible to the people using it.