Directed Machines

Summary

About

About Directed Machines

Directed Machines builds heavy-duty, solar-electric Land Care Robots for vegetation management, towing and site monitoring. The same modular platform serves farms, nurseries, utility-scale solar installations, airports, roadsides, golf courses and other managed grounds, operating autonomously or under operator control with task-specific implements and sensors.

The company says its first agriculture deliveries began in 2020 and utility-scale solar deployments followed in 2021. Its navigation stack uses RealSense D455 depth cameras with Raspberry Pi compute for real-time obstacle avoidance and localization without visual markers. A visual-intelligence service adds inspection and event detection across deployed fleets.

PRICE
Range 1Y
Return
High
Low
Updated
DATA: KORTHOS

Products

Supply

Supply chain relationships

  • Adafruit

    Inbound - Perception - Directed Machines' Land Care Robot includes an Adafruit IMU

    Source
  • RealSense

    Inbound - Perception - RealSense supplies D455 depth cameras used by Directed Machines Land Care Robots for navigation and obstacle avoidance

    Source

Team

  • Georgios Chrysanthakopoulos - Founder and Engineering Lead - Founded Directed Machines and leads engineering of its Land Care Robot platform.
  • Dan Abramson - Operations - Supports production, delivery and field operation of Directed Machines’ Land Care Robots.
  • Zack Woodruff - Engineering - Contributes to engineering and deployment of the Land Care Robot platform.

Timeline

Events

  • 2023-04-11 - Capability - Directed Machines integrates RealSense depth cameras into autonomous Land Care Robots

    RealSense documented Directed Machines’ use of D455 depth cameras and Raspberry Pi controllers for autonomous navigation of its Land Care Robots. The camera system gives the robots real-time perception in structured and unstructured environments, including centimeter-level navigation and dynamic obstacle avoidance. Directed Machines uses two D455 cameras with onboard IMUs and depth processing to reduce compute load while supporting autonomous agricultural and renewable-energy maintenance tasks.

    Source

Context

Shared workflows

Context tags

  • Agricultural robot development - Workflow - Verified supply-integration evidence supports agriculture robotics builder context for this profile.
  • Agriculture field operations - Customer Environment - Verified supply-integration evidence supports agriculture field operations context for this profile.
  • Autonomous mowing - Workflow - Verified supply-integration evidence supports autonomous mowing context for this profile.