Lingsho

Quadruped inspection platform for complex environments

Configure robot bodies, functional mounts, mission payloads, and AI algorithms for each site and task, from mobile arrival and multi-source sensing to intelligent recognition, remote response, and complete audit trails.

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The field gap

An anomaly can be detected without being resolved

Mobile execution layer

Keep existing systems. Add mobile execution after the alert.

Lingsho connects to cameras, access control, sensors, and alert platforms, turning detected anomalies into on-site tasks that can be verified, handled, and audited.

01

Existing systems detect the anomaly

Keep existing systems. Add mobile execution after the alert. 1
02

Mobile execution is missing

Keep existing systems. Add mobile execution after the alert. 2
03

Response still depends on people

Keep existing systems. Add mobile execution after the alert. 3
04

The process is difficult to trace end to end

Keep existing systems. Add mobile execution after the alert. 4
Six-step closed loop

From alert to closure, the quadruped truly arrives on site

Every step, from event trigger to final archive, is configurable, traceable, and reviewable.

From alert to closure, the quadruped truly arrives on site
Five-layer architecture

A modular platform built for multi-scenario deployment

Compose capabilities from locomotion to operations without being locked to one device.

A modular platform built for multi-scenario deployment
Field cases

Platform capability, deployed in real environments

Seven-step delivery

From scenario definition to continuous operations

Turn device capability into business capability, then keep improving missions, payloads, and algorithms through operational review.

  1. 01

    Site assessment

    Map workflows, risks, and existing systems.

  2. 02

    Task breakdown

    Translate business needs into robot tasks.

  3. 03

    Payload setup

    Select mobility and sensing payloads for each task.

  4. 04

    Virtual training

    Validate routes, logic, and exception handling.

  5. 05

    Robot validation

    Verify mobility, data quality, and integrations.

  6. 06

    On-site deployment

    Configure points, routes, integrations, and training.

  7. 07

    Operations review

    Continuously optimize missions, payloads, and algorithms.