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Observation node

ReconHop

Solar-powered autonomous PTZ observation for off-grid and remote environments.

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ReconHop solar-powered PTZ observation node carried by a drone, with a pan-tilt camera and two solar panels mounted on an aluminum frame.

Value statement

Why it matters

A portable, solar-powered, autonomous PTZ observation node for places where fixed infrastructure is unavailable.

The operational challenge

Remote sites often lack power and network infrastructure, which makes continuous observation difficult.

Overview

A solar powered PTZ camera node for remote sites

ReconHop is a solar powered PTZ camera node that observes autonomously, built for off-grid and remote places where fixed power and network infrastructure are unavailable.

Solar powered PTZ camera: diagram of how Reconleap helps. From the challenge ("Remote sites often lack power and network") through solar and battery power, long-range optical PTZ camera with edge AI and detection-only cellular mode for constrained links to the outcome ("Autonomous observation where infrastructure is unavailable").

Solar and battery power keep it observing without fixed power, and its long-range optical PTZ camera offers 360-degree pan-tilt coverage. Edge AI processing handles analysis and storage locally, a cellular link can run in a detection-only mode for constrained connections, and low-light observation extends coverage beyond daylight hours. The node can be relocated quickly as the mission changes.

Key capabilities

What teams get

  • Solar and battery power

    Observation without fixed power.

  • Long-range optical PTZ camera

    360-degree pan-tilt coverage.

  • Edge AI processing

    Local processing and storage.

  • Cellular connectivity

    Detection-only communication mode for constrained links.

  • Low-light observation

    Observation beyond daylight hours.

  • Rapid relocation

    Move the node as the mission changes.

System architecture

From sensor to operator

  1. 01 Cameras and sensors
  2. 02 Edge processing
  3. 03 Detection and analytics
  4. 04 Mission prioritization
  5. 05 Operator interface Human decision

AI recommends. The operator decides.

Deployment workflow

How a deployment runs

  1. Connect

    Integrate fixed cameras, PTZ systems, and distributed sensors.

  2. Process

    Run video analytics and mission workflows locally at the edge.

  3. Prioritize

    Turn detections and events into a ranked operational picture.

  4. Decide

    Keep the operator in control with clear evidence and rapid access to relevant footage.

Technical specification

Verified specifications

Detailed specifications are shared on request.

Contact us for full technical specifications

Related mission environments

Where it fits

FAQ

Common questions

Who makes the final decision?

The operator. AI-assisted prioritization with human authorization.

Build a clearer operational picture.

See how Reconleap can connect sensing, edge intelligence, and human decision-making for your operational environment.

Request a briefing