For public safety and site response teams

Turn a location into a coordinated response.

Give Aeros the incident location and the aerial support you need. Review the available aircraft, coordinate the response, and keep the operator and field team working from the same mission context.

Your fleet. Your flight systems. Your team in control.

ONE SHARED OPERATING PICTURE

From mission control.
To the team on scene.

aeros / Team workspace
MISSION / OPS-0142
Waterfront response
Illustrative shared mission mapA-04 · Scene view
Field team 02Review requested
09:41
Mission brief
USGS aerial imagery used in an illustrative aircraft sensor view
A-04 / EOSIMULATED FEED
37.78° N · 122.31° WUSGS / NAIP
OPS-0142 / SCENE CONTEXT

Waterfront response

Pier 3 · waterfront

✳
Your aerial context is ready

A-04 has the pier in view. Aircraft status and the latest operator notes travel with the mission.

A-04 on scene45 m AGL
Illustrative field view · no data is sent
CONTEXT STAYS WITH THE MISSIONDESKTOP ↔ FIELD
01

Task in plain language

Describe the location, what needs to be observed, and the aircraft or payload requirements. Review the interpreted task before dispatch.

02

Keep the scene connected

Bring available imagery, aircraft status, operator notes, and field updates together under one incident.

03

Prepare the next aircraft

When a battery reaches return reserve, compare a relief assignment while preserving the scene and mission record.

Inside the mission

Follow a waterfront response.

An alarm at Pier 3 becomes a reviewed mission with two aircraft assignments. Explore the scene view, a battery handover, and the incident summary in this scripted preview.

CHOOSE AN OPERATION
AEROS / OPERATIONS WORKSPACEPRODUCT PREVIEW
aeros/Mission control
Alameda workspace OPS-0142OP
ALAMEDA POINTOAKLAND INNER HARBORDOCK N-01DOCK E-0237°47′10″ N122°18′07″ W500 M
N ↑
USGS aerial imagery used in an illustrative aircraft sensor view
A-04 / EOSIMULATED FEED
37.78° N · 122.31° WUSGS / NAIP
A-04Thermal + RGB
Assess the scenePier 3 · waterfront
USGS / NAIP · illustrative mission overlaysALAMEDA, CA
OPS-0142
MISSION PREVIEW
00 / 40s
Interactive product simulation. No live aircraft, sensors, or AI services connected.EXPLORE THE MISSION ↗
AEROS RECOVER

Conditions change. The plan adapts.

aeros / Mission control
COVERAGE CONTINUITY

Handover without losing context.

ON STATIONA-04Return reserve reached
RELIEF AIRCRAFTB-16Ready at Dock E-02
17:42OVERLAP WINDOW17:46
Mission context attached
A-04 Ready A-08 Ready B-16 Reserve
✳Aeros RecoverMission brief

A-04 needs to return. Keep coverage at the waterfront.

Detect the reserve limit

A-04 is approaching return reserve. Remaining coverage, observations and aircraft state stay attached to the mission.

1 relief aircraftContext retainedOperator review
01 / 03

From request to result

Keep coverage and responsibility clear.

Aeros coordinates the mission above your existing flight systems. Your operating team reviews the plan, authorizes changes, and remains responsible for flight decisions.

  1. 01

    Locate the request

    Attach an incident location, observation objective, priority, and field contact. Confirm the address or map location before planning.

  2. 02

    Check the response options

    Compare supported aircraft by readiness, payload, launch site, and available operator. Surface weather, airspace, or policy constraints before approval.

  3. 03

    Share the mission context

    Keep available scene imagery and the latest operator observations attached to the incident. Field acknowledgements belong to the same record.

  4. 04

    Coordinate relief and return

    Review replacement coverage before an aircraft returns. Preserve the timeline of assignments, handovers, and operator decisions for the debrief.

Connect your operation

A clear starting point.
A defined result.

Aeros is a software layer for existing drone operations. Start with one workflow, confirm the supported connections, and validate it with your operating team.

What you connect

Incident locations, approved launch sites, supported fleet connections, field contacts, and response procedures.

What you review

Aircraft and payload readiness, operator availability, conditions, airspace information, and configured flight limits.

What comes back

A shared incident timeline, available scene context, aircraft handover history, and a mission summary.

Supported data and actions vary by aircraft, dock, and provider API. Flight execution, connectivity, operator qualifications, and required authorizations remain part of your operation. We agree those dependencies before deployment.

Practical questions

Before you connect
the first aircraft.

Is this a complete Drone as First Responder system?

Aeros is the dispatch and coordination layer for an existing operation. Aircraft, docks, connectivity, flight-control software, trained operators, and any required authorizations must be in place. We scope those dependencies before connecting a workflow.

Does a natural-language request launch an aircraft immediately?

The request becomes a structured plan for operator review. The preview demonstrates that approval step. Operational execution depends on the connected flight system, permissions, and your approved procedures.

Can field teams see the same incident?

The intended workflow keeps available imagery, observations, and acknowledgements attached to one incident. Video access and sharing depend on the provider connection and your access rules. The website shows a local demonstration.

Built around the way you operate

Bring a real mission.
Let’s work through it.

Show us your fleet, the systems you use, and one job you want to coordinate. We’ll define the connections, review points, and outputs together.

Talk to the Aeros team