Iron Swarm

Autonomous aerial systems that sense, compute, and act in real time.

Swarm autonomy
at the edge

HIVE I

Mothership based drone deployment platform

Iron Swarm // HIVE I
Autonomous aerial systems

HIVE I. The Mothership.

Hive I is a compact autonomous computing platform built to operate on its own in contested environments. It carries three single-use micro aerial vehicles (MAVs), launches them, and directs them from the air.

From a single sortie it can survey an area, return actionable intelligence in real time, run complex coordinated missions, and task MAVs against high-threat objectives, with all compute and sensing onboard.

Flight time
Up to 60 min
Range
Up to 100 km
Payload
3 kg
MAV capacity
3 single-use MAVs

Why a mothership.

Unmatched cost per effect

Each MAV launched from the mothership costs a fraction of a conventional system, making large-scale, cost-effective operations possible.

Stealth-focused design

Hive I has a low radar cross-section and stays radio-silent in transit, radiating no RF until it is over the mission area.

Extended range and endurance

The mothership acts as a mobile base station, carrying MAVs to the area of operation and extending their reach well beyond standalone limits.

Autonomous leader-follower operations

With compute and sensing fully onboard, the mothership launches and directs its MAVs on its own, enabling coordinated missions without a skilled operator.

From launch to effect.

  1. 01

    Deploy

    The mothership launches with its MAVs pre-loaded and heads to the area of operation.

  2. 02

    Coordinate

    Vehicles assess the environment, adapt to changing conditions, and advance toward mission objectives.

  3. 03

    Compute

    Intelligence and commands relay between the MAVs and the mothership in real time.

  4. 04

    Act

    MAVs carry out mission tasks based on decisions made onboard the mothership.

Founders.

Jonathan Sun

Mechanical and integration lead, responsible for the overall design and integration of the drone’s mechanical and electronic systems.

LinkedIn

Trinity Haisch

Mechanical engineer and business lead. Experienced in drone design, fabrication, and computer vision.

LinkedIn

Let’s talk.

For partnerships, demonstrations, or press.