Chris Dreyfus-Gibson, Managing Director & Founder, DG Advisory, explores why true control room integration depends less on technology and more on operational design that aligns people, processes and systems.
The technology exists to transform control rooms.
Advanced video analytics, integrated security platforms and unified communication systems promise unprecedented capability.
Yet despite this potential, most control rooms remain fragmented operations where sophisticated tools sit underutilised, incidents are missed and responses remain uncoordinated.
The challenge is not solely technological.
Whilst vendors offer integration capabilities, the lack of common standards across control room technologies creates a patchwork of partial solutions.
More fundamentally, technical integration alone cannot deliver operational integration: Ensuring that people, processes and technology function as a coherent whole.
This requires something that technology procurement cannot deliver: A clearly defined operating model that establishes purpose, roles, workflows and performance standards.
Four critical themes are shaping the future of control rooms: Cognitive control rooms, integrated command centre operations, operator wellbeing and moving beyond traditional ergonomics.
Each demonstrates why operating model design must precede technology decisions.
This distinction matters profoundly for security leaders accountable not simply for control room performance, but for delivering effective safety and security operations when they matter most.
Siloed systems create fragmented situational awareness, forcing operators to mentally stitch together information from disparate sources.
Data overload overwhelms teams who lack the processes to synthesise vast information flows into actionable intelligence.
As physical and cyber security converge and control rooms coordinate across departments and agencies, operational complexity intensifies.
Technology can connect systems, but only operational design can create genuinely integrated operations.
The explosion of data from sensors, cameras, access control systems and external feeds presents control rooms with an unprecedented challenge: Not data collection, but comprehension.
Operators face alert fatigue as thousands of notifications compete for attention.
Critical signals are lost amid constant noise. Decision-making slows precisely when speed matters most.
Cognitive control rooms deploy artificial intelligence and analytics to filter, interpret and contextualise information, not to replace human operators, but to empower them.
AI-driven anomaly detection, real-time data fusion, and predictive analytics promise to enhance situational awareness and accelerate response.
Yet technology alone cannot deliver these benefits.
Success demands redefined operator roles reflecting human-machine collaboration, workflows redesigned around augmented capabilities, training programmes for AI-assisted operations and performance metrics measuring human and technology outcomes together.
Without this operational foundation, cognitive tools become yet another system that operators must monitor, rather than an enhancement to their decision-making capability.
Co-location of multiple functions into unified control rooms has become increasingly common.
The rationale is sound: Shared visibility, coordinated response and streamlined communication during complex incidents.
Heathrow Airport’s integrated Airport Operations Centre demonstrates the potential, having merged previously separate control rooms to improve situational awareness, response times and operational efficiency.
However, proximity alone does not create integration.
Without aligned systems, shared protocols and unified decision-making frameworks, even co-located teams can operate in silos.
Achieving genuine integration requires governance structures clarifying authority and accountability across functions, decision-making protocols and escalation pathways understood by all parties, communication frameworks and common operating language and joint performance management measuring collective outcomes rather than departmental metrics.
Technology platforms provide the common operating picture, but operational design defines how teams use that picture to coordinate action.
Control room operators are the critical asset at the heart of operations.
Vigilance, clarity and sound judgment under pressure depend on mental, physical and emotional wellbeing. Yet fatigue, stress and burnout remain persistent threats to operational effectiveness.
Research consistently demonstrates that fatigue impairs reaction times, attention and judgment, often with effects comparable to intoxication.
Chronic stress narrows focus, biases decisions and erodes memory, directly impacting situational awareness.
Addressing wellbeing as a strategic imperative requires shift patterns informed by fatigue science rather than purely operational convenience, workload monitoring systems enabling timely intervention, psychological safety embedded in team culture and leadership behaviours, physical environment design supporting sustained performance and training in resilience and stress management as core competencies.
Technology can monitor fatigue and workload, but operational design determines how organisations respond to that information.
Traditional ergonomics remains important but addresses only a fraction of performance requirements.
Modern control rooms are complex sociotechnical systems demanding constant vigilance, rapid decision-making and sustained team coordination.
Moving beyond ergonomics means integrating cognitive ergonomics (aligning interfaces with how people process information), environmental human factors (lighting, acoustics, air quality supporting sustained attention) and workplace culture (psychological safety, structured communication, continuous improvement).
This integration ensures interface design aligns with decision-making workflows, environmental factors adapt to operational tempo, handover protocols maintain shared situational awareness across shifts, operators contribute to system design through feedback mechanisms and continuous improvement enables teams to refine operations based on experience.
Vendors can design ergonomic furniture and compliant lighting systems.
Only operational design can create an environment where cognitive demands, physical conditions and team culture combine to enhance performance.
Each theme demonstrates a fundamental truth: Integration is an operational challenge, not merely a technical one.
Technology can connect systems, but operational design determines whether that connectivity translates into improved performance.
An operating model provides the coherent framework for integration by defining purpose (what the control room exists to achieve), roles and responsibilities (who does what, with clear authority and accountability), processes and workflows (how work gets done), technology requirements (what capabilities support operations) and performance measures (how success is defined and monitored).
This sequence matters profoundly. When organisations design operating models first, technology becomes an enabler of clearly defined operational requirements.
When technology leads, organisations risk acquiring sophisticated systems that do not align with actual workflows, creating new complications rather than solving existing problems.
The consequence of technology-led integration is predictable: Projects that fail to improve operations, integration that creates new silos, resistance from operators who find new systems more burdensome than helpful, and failed return on investment.
The four themes shaping modern control rooms each demand operational integration that technology alone cannot provide.
Security leaders must recognise that integration is fundamentally an operational challenge requiring clear thinking about purpose, roles, processes and performance before technology decisions are made.
Operating model design provides the essential framework, ensuring that people, processes and technology align coherently to deliver effective safety and security operations when they matter most.
This article was originally published in the November edition of Security Journal UK. To read your FREE digital edition, click here.
