Cognigear
Autonomy Operations

Autonomy Operations Control Center Design

Design the physical and digital nerve center for managing autonomous fleets (screens, roles, workflows).

Timeline
8 Weeks to Value
Typical Engagement
$70k–$180k
Focus Areas
Fleet-wide management

Autonomy Operations Control Center Design

Build the "Nerve Center" where humans supervise robots. It's not just about big screens; it's about cognitive load and workflow.

  • Design ergonomic control rooms that keep operators alert but not overwhelmed
  • Define the "Air Traffic Control" workflows for managing mixed traffic
  • Select the right hardware (video walls, ergonomic desks, dedicated networks)

Who this is for

Operations Managers, IT Infrastructure Leads, and Facility Managers at:

  • Mines consolidating site control to a remote city hub
  • Logistics networks building a "Global Command Center"
  • Municipalities managing autonomous shuttle fleets

Operational context

This engagement focuses on:

  • Physical Design – Lighting, acoustics, desk layout, sightlines to video walls
  • Digital Design – Unified dashboards vs. "swivel chair" integration (multiple screens)
  • Roles – The "Controller" (Traffic), the "Dispatcher" (Task), the "Exceptions Handler" (Teleop)

Trigger phrases you might be saying

  • “The operators are missing alarms because there are too many screens beeping.”
  • “We want to move the control room from the dirty mine site to the city office.”
  • “How do we handle shift handovers without dropping the ball?”
  • “We need a video wall, but what should we actually put on it?”

Business outcomes

  • Reduced fatigue and cognitive overload for controllers
  • Faster incident resolution through optimized information flow
  • Lower real estate impact (if consolidating remote ops)
  • Professionalized operations that impress investors and regulators

What we deliver

  • Control Room Floorplan and Ergonomic Study
  • Workflow Diagrams for critical procedures (Startup, Shutdown, Emergency)
  • Hardware Spec (Screens, Consoles, Network redundancy)
  • Staffing Model (Shift patterns, Role definitions)
  • Human-Machine Interface (HMI) integration strategy

How it works

  1. Observe – Shadow current operators to understand their pain points
  2. Design – Draft layouts and workflows using "Human Factors" principles
  3. Build – Oversee the fit-out and systems integration

Timeline & effort

  • Duration: 8-10 weeks
  • Client time: Interviews with current operators, Facilities team reviews
  • Data: Floorplans, IT constraints, shift schedules

Pricing bands

Fixed-fee: $70k–$180k, depending on:

  • Physical size of the room (number of seats)
  • Integration complexity (number of distinct software systems to unify)
  • "Remote" factor (designing for site closeness vs. remote execution)

Tech stack & integrations

  • Video Walls: Barco, Samsung, LG
  • Consoles: Evans, SBFI
  • KVM: Adder, Aten (for managing multiple PCs with one mouse/keyboard)

Risks & safeguards

We explicitly design for:

  • Information Overload – Filtering alarms so only actionable ones appear
  • Situational Awareness – ensuring the "big picture" is always visible
  • Sedentary risks – ergonomic desks and workflows that encourage movement
  • Power/Comms failure – redundancy for the critical "nerve center"

Site examples

  • Regional Mining Hub (Australia) – Designed a Remote Operations Center (ROC) controlling 3 different mine sites from a city 1,000km away, reducing fly-in-fly-out costs by 30%.
  • City Transit Authority (Europe) – Designed the supervision room for a fleet of 20 autonomous shuttles, focusing on a "manage by exception" workflow that allowed 2 operators to manage the whole fleet.

Frequently asked questions

Do we really need a video wall? Often, no. A well-designed desktop setup is better for individual tasks. Video walls are for shared situational awareness and team collaboration.

Can we retrofit an existing room? Yes, but lighting and acoustics are often the hardest parts to fix in an old room. We assess the feasibility first.

Does this include the building architecture? We work with architects. We focus on the operational design (where the screens go, how the people work), while the architect handles the structural building.


Target KPIs

  • Controller utilization %
  • Operators per shift
  • Incident response time
  • Shift handover efficiency
  • Ergonomic score

Deployed Environments

Central control room

Ready to start?

Book a 15-minute technical scoping call to discuss your fleet requirements.

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