Control rooms rarely fail because one display or encoder underperforms — they fail when operators can’t move the right information to the right screen quickly enough to act on it. Public safety agencies, utilities, transportation networks and security operations centers keep adding sources, raising resolutions and linking rooms across sites, making the connections between systems as consequential as the hardware itself.
That puts integrators in a demanding position: a command-and-control project has to deliver image clarity and low latency at handover while absorbing new equipment, expanded facilities and tighter security requirements over a long service life.
Catherine Koutsaris, product marketing manager at Matrox Video, works with products that sit at several of those connection points, including remote computer access, AV distribution, videowall processing and signal management.
In this Q&A, she explains why integrators should treat operator workstations, videowalls and control systems as one environment rather than separate purchases, how IP KVM and AV-over-IP distribution let operators control remote computers and share content across rooms, what open standards such as IPMX and NMOS make possible and why interoperability still requires careful planning, why security belongs in the first design conversation with IT and security teams involved from the start, and how rising information loads are shaping the next generation of control rooms.
Commercial Integrator: Why is an ecosystem approach important in command-and-control environments?
Catherine Koutsaris: In a control room, the value of technology comes from how well it helps people understand a situation and respond. An operator may need to control several computers, compare information from different sources, and share critical content with colleagues. Those tasks connect operator workstations, videowalls, AV distribution, and control systems, so the relationships between them matter as much as each individual device.
At Matrox Video, we approach these requirements as connected parts of the same environment. For example, content used at an operator’s desk may also need to appear on a shared videowall or reach a separate briefing room. Planning those connections from the start can reduce unnecessary duplication and make information easier to access.
For integrators, this means considering performance, compatibility, security and usability across the whole design. Our role is to provide components that work together and support integration with other technologies. Integrators then build the solution around the customer’s needs. The goal is a control room where operators can focus on making decisions, with technology supporting their work in the background.
CI: How does Matrox Video help operators access, control and display the information they need?
Koutsaris: We support several distinct but connected needs: accessing computers, transporting their content, displaying multiple information sources and managing where signals go.
Our Avio 2 IP KVM technology enables operators to control remote computers using a local keyboard, mouse and display. This allows computing equipment to remain in a dedicated equipment room while operators work at their desks. Maevex MGX encoders and decoders support high-quality, low-latency AV distribution, with keyboard and mouse extension for remote interaction. Mura DVW brings IP video and web content together on scalable, synchronized videowalls. ConductIP provides centralized discovery, monitoring, and routing of compatible NMOS-enabled devices and signals.
Together, these capabilities give integrators options for connecting individual operator tasks with shared situational awareness. An operator could work with information at a workstation, share a relevant source on the main wall, and make that content available in another room.
We start with what people need to accomplish, then help identify the appropriate combination of products. That keeps the design grounded in practical requirements such as image clarity, responsiveness, access and ease of operation.
CI: What role do open standards play in designing flexible control room systems?
Koutsaris: Control rooms are long-term investments, but their requirements rarely stay fixed. Organizations add information sources, replace equipment, expand facilities and connect systems that were previously separate. Open standards help create more options for making those changes.
At Matrox Video, we support IPMX and NMOS across relevant products. IPMX provides a standards-based approach to AV-over-IP (AVoIP) interoperability, while NMOS supports functions such as device discovery and connection management. For example, ConductIP can discover, monitor and route signals between compatible NMOS-enabled devices from multiple manufacturers.
For customers, this can reduce dependence on a single supplier and provide greater freedom to select equipment that fits each requirement. For integrators, it creates opportunities to connect complementary technologies and expand an installation over time.
Interoperability still requires careful planning: supported formats, compression methods and capabilities must align. Our approach combines open standards with product choices suited to different performance needs. We want customers to have flexibility in how they build and evolve their systems, while maintaining the image quality and responsiveness their operators require.
CI: How should security influence the design of a command-and-control AV system?
Koutsaris: Security should be part of the initial design conversation because control rooms often handle sensitive information and provide access to critical systems. The questions extend beyond whether a device supports encryption. Organizations also need to determine who can access computers, who can change routing or display settings, and how devices will be managed throughout their service life.
We encourage integrators and customers to involve IT and security teams early. This helps align the AV installation with organizational requirements for authentication, network segmentation, secure administration and software updates.
Matrox Video supports these needs through a multi-layered approach to security. Incorporating a combination of user management, device connection and authorization, encryption, password protection and Matrox Video core technology protects confidential information and ensures continued operation of your surveillance and monitoring systems. These capabilities form part of a broader security strategy. The objective is to give authorized operators efficient access to the information and systems they need while maintaining appropriate protection and administrative control.
CI: What changing customer needs are shaping the next generation of control rooms?
Koutsaris: The next generation of control rooms needs to accommodate more information without making the operator’s job more complicated. More sources and higher resolutions increase the demands on displays and networks, while collaboration across rooms and locations creates additional requirements for content sharing and remote access.
Our focus is on helping customers balance those demands. Image quality matters when operators need to read fine text or detailed diagrams. Low latency matters when they interact with remote systems. Bandwidth efficiency matters when an organization needs to distribute more content within its available network capacity.
Products such as Maevex MGX address this balance through high-quality, low-latency video transport with reduced bandwidth requirements. Mura DVW provides a distributed approach to scaling videowalls, while our support for open standards gives integrators more options for connecting technologies.
We also see usability and manageability as essential design priorities. Adding capability should help people work more effectively. Our direction is to make information easier to access, share and visualize while giving organizations practical ways to expand their infrastructure as needs evolve.
