OMNI X
Drones over a city at dusk, linked to rooftop sensors

IRIS for Cities

See the city. Then act on it.

IRIS connects a city's sensors, drones, traffic systems and responders on one orchestration layer. It is built to take a team from what it sees to what happens next, with a person authorizing every step.

From visibility to action

Seeing the data is not the same as acting on it.

Command center software helps a city see what is happening. IRIS is built for what happens next. When a sensor flags an incident, IRIS is designed to send the nearest drone, change a traffic signal plan and route emergency crews, once a person authorizes it.

Not another dashboard. The layer that acts.

The problem

A city does not live through an emergency department by department.

Traffic management, emergency services, public safety and transportation often run on separate systems. Drones and sensors collect information that never joins a unified response. In a major incident, decision-makers move between applications before anyone can act.

The problem is not a lack of technology. It is a lack of coordination.

How it works

Five steps. One human decision.

  1. 01

    Detect

    Sensors, cameras and drones report an incident to one shared picture.

  2. 02

    Understand

    IRIS brings each department's information into one operational context.

  3. 03

    Prioritize

    Policy and mission context decide what needs attention first.

  4. 04

    Authorize

    A person approves the response. Consequential decisions stay with people.

  5. 05

    Act

    IRIS routes the action to connected systems: a drone, a signal plan, a crew.

Simulated IRIS view of a city command centerSimulated interface

Simulated interface

A city command center, in the operator's field of view.

The IRIS wearable interface built for defense operators is designed to give a city commander the same view: incidents, assets and system status across the city. Designate with a glance, a gesture or voice. Authorize. Connected systems carry it out.

Where it applies

Not ten dashboards. One operational picture.

Emergency response: Evacuation routes, shelter capacity and responder locations in one operational picture.

Emergency response

Evacuation routes, shelter capacity and responder locations in one operational picture.

Public safety: Police, fire and emergency services working from the same picture.

Public safety

Police, fire and emergency services working from the same picture.

Transportation: Traffic management, transit and connected infrastructure coordinated in real time.

Transportation

Traffic management, transit and connected infrastructure coordinated in real time.

Critical infrastructure: Energy, communications and transport depend on each other. IRIS connects them with clear boundaries.

Critical infrastructure

Energy, communications and transport depend on each other. IRIS connects them with clear boundaries.

Omni Cities: A digital nervous system for the city.

Omni Cities

A digital nervous system for the city.

Human control

Orchestration can be automated. Accountability cannot.

Human authorization

Consequential actions need a person's approval.

Policy-bound

City rules are explicit controls, not left to an AI model.

Auditable

Actions are logged and can be reconstructed for review.

Manual override

Operators can step in whenever conditions require it.

Vendor-neutral

Works with the systems a city already runs. Deploy by integrating, not by ripping and replacing.

Dual use

The same orchestration layer, from the battlefield to the city.

IRIS for Cities runs on the layer built for IRIS for Defense. The core engine has been tested end to end in a closed environment using simulated systems. Wearable integration, platform validation and customer evaluations are the next milestones.

A drone over a city at dusk, linked to buildings by red lines

The objective is not autonomous government. It is coordinated government.

Briefings are open to mayors, city managers, emergency management and public safety agencies.