Squishy Robotics

Squishy Robotics provides life-saving, cost-saving information in real-time through rapidly-deployable, mobile sensing robots.

Public Sector

Squishy Robotics provides lifesaving, cost-saving information in real time through our rapidly deployable, airdroppable, mobile sensor robots. We have developed a solution to enable the deployment and operation of diverse payloads in remote or dangerous locations. Normally dropped from drones or other aircraft, these payloads can be rapidly deployed to provide situational awareness, enabling faster, better informed, data-driven decisions. Rapid deployment of our sensors provides first responders with the chemical sensor and visual data needed to safely assess and plan the mitigation response, all from a safe distance from the “hot zones.” Our scalable and reconfigurable robots can carry customized, third-party equipment in a variety of deployment scenarios (e.g., pre-existing third-party sensors, emergency medical aid supplies, or specialized radio components).

Basics

  • Number of Employees
    2-10 employees
  • Stage
    Full Product Ready
  • Founded
    2017
  • Primary Industry
    Public Sector

Description

Squishy Robotics provides lifesaving, cost-saving information in real time through our rapidly deployable, airdroppable, mobile sensor robots. We have developed a solution to enable the deployment and operation of diverse payloads in remote or dangerous locations. Normally dropped from drones or other aircraft, these payloads can be rapidly deployed to provide situational awareness, enabling faster, better informed, data-driven decisions.

Rapid deployment of our sensors provides first responders with the chemical sensor and visual data needed to safely assess and plan the mitigation response, all from a safe distance from the “hot zones.”

Our scalable and reconfigurable robots can carry customized, third-party equipment in a variety of deployment scenarios (e.g., pre-existing third-party sensors, emergency medical aid supplies, or specialized radio components).