H.E.R.O. by BOVI
Reliable teleoperation - built on connectivity that survives difficult environments
Bolt-on remote operation for existing heavy equipment and offroad vehicles. Hire operators from anywhere - or we staff the station.
Standard teleop fails when the network fails. Real offroad, industrial, and hazardous environments bring dropped links, high jitter, multipath interference, and blackouts.
We build the connectivity that holds up in the field - including military-grade local radios for short-range, high-reliability links, bonded with cellular and satellite when needed - then H.E.R.O. delivers reliable remote operation on top of it. Bolt-on capable. Built for existing fleets and new platforms.
First unit is a paid integration on one named model. Applied first in vegetation management and hazardous operations.
Paid initial integration on one model. After it is proven, we scale onto more machines you already own.
01
Model, site, coverage, who operates. This is the platform you will repeat across the fleet.
Audit
02
Bolt-on kits on that first machine. That work becomes the pattern for the rest.
Architecture
03
Prove the system on unit one: spotter rules, link-loss stop, agreed tasks.
Field validation
04
Link + Ops stays up. Additional units of the same model reuse the integration - one to many on machines you already own.
Deployment
Three bolt-on kits. Installed on the machines you already run - so they can be linked, seen, and driven remotely.
Bolt-on architecture
Kit 01
The link. Gives the machine field-ready connectivity so command and video survive difficult environments.
Kit 02
The eyes. Environmental awareness and vision so the machine can be teleoperated.
Kit 03
Low-level drive-by-wire with an embedded safety layer that actually drives the machine.
Installs onto
Skid steers, mulchers, tractors, loaders, and other platforms already in service - without redesigning the machine.
→ Military-grade local radios for short-range, high-reliability field links
→ Multi-path bonding (local radio + cellular + satellite + private LTE)
→ Architecture for high packet loss, jitter, and intermittent coverage
→ Ruggedized edge hardware, antennas, and enclosures
→ Cameras and sensors for operator vision at the machine
→ Environmental awareness for teleoperation in the field
→ Perception so the operator can supervise the platform in the field
→ Operator interfaces for offroad situational awareness
→ Low-level drive-by-wire for existing vehicle systems
→ Embedded safety layer on the machine, not only at the operator station
→ Fail-safes and link-loss stop when communications degrade
→ Integration with hydraulics, ECUs, ROS / ROS2, and proprietary stacks
Where standard teleoperation and single-path connectivity break down.
Bolt-on kits for machines already in service.
Military-grade local radios and multi-path connectivity engineered for intermittent coverage, high latency variance, multipath interference, and the realities of offroad and industrial sites.
Deploy from ruggedized Pelican-case control kits, browser-based workstations, or custom trailer command centers - operator interfaces sized for field, range, and expeditionary use.
Case study
Case study
Two primary programs. Related applications use the same bolt-on family.
Deploy remote control on machines in high-risk, remote, or poorly covered work. Hire operators from anywhere, or we staff the station.
Add resilient remote capability to existing and new product lines.
Multi-path connectivity for field platforms.
Hire operators from anywhere, or we can staff the remote operators. Tell us the machine model, and the site type (ROW, fuels, range, other).
Request a technical scoping callFor teams scoping a paid first-unit integration of H.E.R.O. on one existing machine.
Prefer email? contact@bovi.tech
What to expect