The room behaves as an integrated system rather than a collection of devices
Across the Asia-Pacific region, a quiet contradiction has taken root in the modern office: collaboration software operates at enterprise scale while the physical rooms meant to support it remain tethered to outdated assumptions. In cities from Mumbai to Singapore, the huddle space—now the default unit of work—is being asked to perform beyond the architecture it inherited. The answer emerging from this tension is not more technology, but smarter distribution of it: intelligence woven through the room itself rather than concentrated in a single fragile point of control.
- A widening gap between polished collaboration software and dysfunctional physical meeting spaces is costing organizations real productivity across APAC's fastest-growing markets.
- The old conference room blueprint—centralized codec, single controller, everything dependent on one point—is being compressed into huddle spaces it was never designed to serve.
- When a partner network scales from two locations to over two hundred in four years, the question stops being about features and starts being about what can work reliably without local IT support on the ground.
- Distributed architecture—compute, audio, and sensing embedded across room components rather than funneled through a central hub—is emerging as the model that makes rapid, zero-touch deployment operationally viable.
- In high-rent markets where meeting room utilization is tracked at the senior level, the organizations winning are those who design around how people actually move and speak in small spaces, not around inherited assumptions.
Walk into a meeting room in any major Indian city and the contradiction is immediate. The software works—Teams, Google Meet, licensed and deployed at scale. But the room itself tells a different story: a laptop propped on books, a screen mounted too high, a gap between what the technology can do and what the space actually delivers.
This is not India's problem alone. Across APAC, collaboration software has consistently outpaced the infrastructure meant to support it. As offices reorganize around fewer permanent desks and more small huddle spaces, the thinking about what belongs inside those rooms is still catching up. Most of what's being built today follows the old conference room model, just compressed—a central controller at the heart, everything else depending on it. That model was designed for large, stable installations. It is a poor fit for spaces built for small teams, quick turnarounds, and shifting use cases.
Distributed architecture offers a different logic. Rather than funneling everything through a single controller that becomes both anchor and bottleneck, it embeds compute, sensing, audio, and video across the room's components so they coordinate with each other. Cameras adjust as conversations move. Audio adapts without manual intervention. The room behaves as an integrated system rather than a collection of devices waiting for instructions—and it can be deployed and managed remotely, a genuine operational advantage in a region where IT teams are stretched thin across multiple markets.
India makes the stakes concrete. As one company's partner network grew from two locations to over two hundred across four years, customer conversations rarely focused on features. They focused on reliability at pace—in cities where local IT support wasn't guaranteed and where a company opening one room might be launching three more the following month. Zero-touch deployment became the baseline expectation quickly. The same pressure is now building across Southeast Asia, where businesses entering new markets need rooms that work from day one and can be monitored centrally as the footprint expands.
In markets where office rents are high and utilization is tracked at the senior level, the difference between a room that consistently works and one that doesn't carries real business weight. The organizations navigating this well aren't necessarily spending more—they're asking how people actually move and talk in a small room, then building technology around that reality. When a room just works, people use it more. When the technology quietly takes care of itself, it supports employees in a way no policy quite replicates. The infrastructure to deliver that experience already exists. It is simply a matter of designing around it from the start.
Walk into a meeting room in any major Indian city and you'll see the same contradiction playing out. The software works flawlessly—Teams, Google Meet, all properly licensed and deployed at scale. But the physical space tells a different story. A laptop balanced on a stack of books. A television mounted too high on the wall. The gap between what the technology can do and what the room actually delivers sits right there in plain sight.
This isn't a problem unique to India. Across the entire APAC region, collaboration software has consistently moved faster than the infrastructure supporting it. Over the past few years, that gap hasn't closed so much as become impossible to ignore. Offices are being redesigned around the idea of collaboration itself—fewer permanent desks, more small rooms, huddle spaces becoming the default unit of work. The direction is sound. The thinking about what actually belongs inside these spaces is still catching up.
Most of what's being built today follows the old conference room blueprint, just compressed. A central codec or AV rack sits at the heart, with everything else depending on it, all squeezed into a tighter footprint. That model made sense when meeting rooms were large, permanent installations that rarely changed. It's a poor fit for spaces designed for small teams, quick turnarounds, and constantly shifting use cases throughout the week. The real problem isn't which platform a room runs on—most enterprises have already moved toward hardware that supports multiple platforms natively, understanding that single-vendor lock-in becomes a liability as organizations evolve. The actual determinant of whether a meeting works well is how intelligence gets distributed inside the room itself.
When everything funnels through a single central controller, that controller becomes both the anchor and the bottleneck. Maintenance, upgrades, troubleshooting—it all flows back to that one point. Distributed architecture solves this by embedding compute, sensing, audio, and video across the room's components so they coordinate with each other rather than deferring to a central authority. Cameras adjust framing as conversations move around the space. Audio adapts without manual intervention. The room behaves as an integrated system rather than a collection of devices waiting for instructions. For a small huddle space, this matters in concrete ways. The room can stay compact and still deliver a consistent experience. It can be deployed and managed remotely, which in a region where IT teams are stretched across multiple markets becomes a genuine operational advantage rather than just a technical flourish.
India offers a clear lesson in what happens when organizations need to scale fast. When one company's partner network grew from two locations to over two hundred across four years, the conversations with customers rarely centered on features. They focused on what could work reliably at pace, in cities and business districts where local IT support wasn't always available and where a company opening rooms in one location might be launching three more the following month. Zero-touch deployment—hardware that works straight out of the box and is managed from a central cloud dashboard—became the baseline expectation quickly. It was the only model that made sense for the speed at which Indian enterprises were expanding into smaller cities and emerging markets. The same dynamic is now playing out across Southeast Asia. Businesses in Singapore, Malaysia, and Indonesia opening new offices or entering new markets face the same pressure: the room needs to work from day one without on-site configuration, and it needs to be monitored and updated centrally as the footprint grows. For organizations scaling quickly across the region, that kind of manageability determines whether expansion is operationally practical.
A small room equipped with consumer-grade equipment and locked into a single platform will struggle to deliver what a well-designed huddle space should. In markets where office rents are high and meeting room utilization is increasingly tracked at the senior level, the difference between a room that consistently works and one that doesn't carries real business weight. The organizations navigating this successfully aren't necessarily spending more than their peers. They're starting by asking how people actually move and talk in a small room, then building technology around that reality instead of inheriting the assumptions of the old conference room model in miniature. The result is a space that senses and responds to what's happening rather than simply capturing it. This shapes employee experience directly. When a room just works, people use it more. When the technology quietly takes care of itself, employees feel supported in a way no policy or perk quite replicates.
What the huddle room was always meant to enable is a meeting that starts without friction, where someone joining remotely has the same presence as the people in the room and where the technology recedes enough for the conversation to take over. The infrastructure to deliver that exists. It's simply a matter of designing around it from the start.
Citas Notables
The room needs to work from day one without on-site configuration, and it needs to be monitored and updated centrally as the footprint grows— Manu Sharma, Regional Director, India & SAARC at Neat
La Conversación del Hearth Otra perspectiva de la historia
Why does it matter whether a room has a central controller or distributed intelligence? Aren't they both just managing the same devices?
A central controller is like a single translator in a room full of people speaking different languages. Everything has to go through that one person. When the translator gets tired or needs updating, the whole conversation stops. Distributed intelligence means each person can understand each other directly. The room adapts in real time without waiting for permission.
But doesn't that make the room more complicated to set up and manage?
The opposite, actually. When you're deploying rooms across fifty cities and your IT team is three people, you can't afford to send someone on-site to configure each one. Distributed systems work out of the box and manage themselves from the cloud. Complexity is hidden from the user.
You mentioned that office rents are high in these markets. How does the room design actually affect the bottom line?
When a room doesn't work reliably, people stop using it. They book larger conference rooms instead, or they don't meet at all. In a high-rent market, every square meter has to justify itself. A room that consistently delivers means better utilization, which means the real estate investment actually pays off.
Is this just a problem for companies expanding fast, or does it affect everyone?
It affects everyone, but it's most visible in fast-growth markets. A company opening three new offices a month can't afford rooms that require on-site support. But even a stable company benefits from a room that works reliably and doesn't need constant maintenance. The difference is that fast-growing companies discovered the solution first because they had no choice.