Company

Build machines that earn their place in the field.

The hard problem is not a harvesting demo. It is making useful machines work safely and reliably inside a real harvest, every day of the season.

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How we build

The field is the product spec.

Agricultural robots fail when they are designed around a clean demo instead of the operation. We start by running harvest work, learning where time and quality are lost, and building against the constraints crews and growers face.

Operate first

Work alongside crews, supervisors, and growers before deciding what the machine should do.

Automate a narrow job

Begin with repetitive field movement where the task, safety boundary, and economic value can be measured.

Prove it in production

Judge the system by productive hours, recoverability, cost per unit, and whether the crew wants it back tomorrow.

The engineering

Hard systems. Real constraints.

Outdoor autonomy

Navigate changing rows around people, plants, dust, slopes, glare, and incomplete maps.

Rugged machines

Design hardware that survives long shifts, cleaning, weather, transport, and field repair.

Operator tools

Give a field lead clear dispatch, status, intervention, and safety controls without adding another desk job.

Operational learning

Turn telemetry and daily harvest records into better routing, utilization, and machine priorities.

Open engineering roles

Nine openings. One field system.

We are hiring the technical team that will take a field-tested machine to a dependable fleet. Every position below is an active, full-time opening based on California's Central Coast.

Build the first system

Robotics Systems Lead

Own the architecture, integration, safety envelope, and field-readiness bar for the entire robotic platform.

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Build the first system

Autonomy & Navigation Engineer

Build localization, planning, control, obstacle handling, and recovery for a low-speed vehicle working beside crews.

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Build the first system

Perception Engineer

Build calibrated field perception and the data engine behind person safety, navigation, and machine awareness.

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Build the first system

Mechanical Engineer, Mobile Platforms

Design a rugged, serviceable mobile platform and payload system around actual field loads and farm logistics.

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Build the first system

Electrical & Embedded Systems Engineer

Own power, controls, sensing, safety circuits, wiring, firmware, and diagnostics for the field platform.

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Build the first system

Software Engineer, Fleet & Field Tools

Build dispatch, operator workflows, telemetry, fleet controls, and daily reporting around the physical operation.

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Prove it in the field

Field Robotics & Reliability Engineer

Turn prototypes into dependable field systems through deployment discipline, diagnostics, and closed-loop reliability work.

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Prove it in the field

Robotics Technician

Build, inspect, deploy, maintain, and repair the fleet across shop and field operations.

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Build the fleet

Manufacturing & Test Engineer

Create the controlled build, quality, supplier, and end-of-line test system behind a serviceable fleet.

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How the team works

Build across boundaries. Test in the field.

Cross-disciplinaryHardware, software, and operations are one system

Field-readyComfortable learning beside the people doing the work

Reliability-mindedRecovery and serviceability matter as much as the demo

Worker-centeredTechnology succeeds only when the crew can trust it

General engineering application

Do not see an exact match?

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