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SHENZHEN, China — Oct. 17, 2026
ONERugged, a rugged computing specialist under Emdoor Information, has expanded its vehicle-mount computer family to handle two of the most demanding industrial settings: modern farm fields and active mining sites. The move arrives as agriculture moves past basic mechanization into precision-driven, data-heavy operations, and as mining companies shift autonomous trucks from pilot programs into regular production fleets.
The company’s expanded Vehicle PC, or VPC, lineup is built around two dedicated product types: a smart farming tablet for automated agriculture and a mining vehicle tablet for unmanned haulage and safety monitoring. Both are designed to survive dust, vibration, temperature swings, and the long operating hours typical of agricultural and mining work.
Farm and mine environments are not kind to consumer electronics. Equipment is exposed to extreme heat, cold, dirt, moisture, and constant shock. That is why more fleet operators are choosing hardened vehicle-mount computers instead of ordinary tablets mounted with commercial brackets.
ONERugged says its vehicle-mount units are validated to IP65 ingress protection, meaning they can keep out dust and withstand low-pressure water jets. They also meet ISO 16750 standards for shock and vibration, which is relevant for vehicles traveling over uneven terrain. For U.S. buyers, those ratings are practical: a computer used on a combine in the Midwest or in a haul truck in a Nevada mine is likely to face conditions that would quickly damage standard hardware.
Wide-voltage power input is another feature that matters in the field. Agricultural and mining vehicles use different electrical architectures, and a vehicle PC may need to run safely on anything from 12V to 24V systems. ACC ignition-triggered auto-start means the unit boots with the vehicle, minimizing the need for manual intervention.
Labor shortages, rising input costs, and pressure to farm more sustainably have pushed growers toward automation. Many new tractors, sprayers, and harvesters are capable of autonomous or assisted operation, but they need an in-cab computer that can process positioning data, control implements, and communicate with the rest of the machine.
The ONERugged smart farming tablet is designed for that role. It uses high-precision positioning modules that support centimeter-level accuracy, which is essential when a planter must maintain a consistent path across a field. It connects to auto-steer systems and to implements such as seeders, fertilizer spreaders, and sprayers, allowing the operator to control application rates, spacing, and coverage from a single display.
One of the more useful capabilities is real-time monitoring of row spacing. Instead of relying on manual adjustment, the tablet can guide the machine through field operations based on crop-specific requirements. That type of control helps reduce overlap, cut waste, and make better use of seed, fertilizer, and water.
The company notes that growers using these systems can run field operations with fewer people. Unmanned or lightly supervised machines can keep working longer hours, especially during tight planting and harvest windows. Data captured during operations can also inform future decisions, turning a season of field work into structured records that can be analyzed and improved.
Mining is also going through a major automation shift. Unmanned haulage is already running at scale in some parts of the world, particularly in open-pit mines where the terrain is controlled and the routes are repeatable. But autonomous mining brings a separate set of demands: vehicles must not only drive themselves, they must also monitor personnel, detect obstacles, and keep communication links to control centers.
The ONERugged mining vehicle tablet is built for those tasks. It can pull data from infrared and laser sensors, support driver-behavior monitoring, and handle feeds from 360-degree surround-view cameras. When paired with visual algorithms and communication systems, it becomes a hardware base for a mine’s own fleet management and safety software.
Safety is a big driver in mining automation. The tablet supports continuous monitoring of driving behavior and can alert operators or control centers when unusual patterns appear. It also stores real-time video locally and can send automatic anomaly reports to cloud systems. That matters in mines where review of an incident is often required after the fact.
The 360-degree camera support is especially useful in low-visibility conditions. Dust, darkness, and heavy rain make it hard for operators to spot people or obstacles near large machines. With stitched video and distance measurement, the system helps drivers and remote operators maintain situational awareness around the vehicle.
For fleet supervisors, the same tablet can handle personnel coordination and dispatch. That broadens its role from a machine interface to a central tool for workforce management. The mining tablet also integrates with new-energy and fully autonomous trucks, making it a more future-proof option for mines upgrading older fleets.
The expanded VPC product line comes in several form factors. Alongside the 10.1-inch models most often used in agriculture and mining, ONERugged offers 8-inch systems such as the V80J and V80T, as well as the V10J, V10T, and V12R. All are designed as in-cab computers, with the processing power to handle edge workloads without relying on a remote server.
A notable engineering choice across the lineup is the CAN bus communication support. CAN bus is the standard network system inside most modern vehicles, and a mount computer that cannot speak it is of limited use in a truck, tractor, or haul vehicle. With strong CAN support, the ONERugged units can integrate with native vehicle systems and transmit the data needed for steering, implement control, and diagnostics.
The units also include aviation-grade or Deutsch connectors, and support a wide range of I/O expansion ports: CAN, RJ45, RS232, RS485, USB, and GPIO. That flexibility makes it easier to connect sensors, cameras, and auxiliary devices that vary between vehicles and job sites.
Other technical features include multi-channel AHD high-definition video input for visual telemetry, optional centimeter-level high-precision positioning, and 4G connectivity with optional radio modules for remote locations. The systems run Windows, Android, or Linux, which gives customers freedom in choosing their software stack and doing secondary development.
Remote management is covered through compatibility with MDM, or Mobile Device Management, platforms. That is a useful feature for companies running large fleets that need updates, diagnostics, and settings changes pushed from a central office.
ONERugged already counts long-standing customers in agricultural and mining automation, and the company says new client demand is accelerating. One public reference is Cloudy Bay, a well-known premium winery in Marlborough, New Zealand. Vineyard management there demands careful timing and precision, especially for spraying and crop monitoring.
Cloudy Bay integrated the ONERugged V10J vehicle PC with high-precision GPS and a cloud-based management system. That combination supports automated spraying, real-time data tracking, and precision farming across the vineyard. The winery says the setup has made operations more efficient and improved data visibility for decision-making.
“The ONERugged V10J has made our operations more precise and efficient, optimizing resource use while ensuring every vine gets the care it needs. Real-time data gives us full visibility, enabling smarter decisions that improve grape quality and support sustainable farming,” said the vineyard operations manager.
The reference is intended to show how a rugged vehicle PC can move beyond basic navigation and become part of an integrated farming system.
For fleet owners and equipment manufacturers, the ONERugged VPC line presents a way to standardize computing across different vehicle types. A single hardware platform can work in tractors, sprayers, haul trucks, and loaders, with different software loadouts for each job.
That standardization reduces the need to support multiple device types and simplifies spares management. It also allows developers to write once and deploy across a fleet, which is a meaningful advantage for companies building their own automation software.
Given the growing number of sensors and cameras on modern machines, the edge processing power in these units also matters. Handling data at the vehicle level reduces reliance on cloud connectivity and cuts latency for tasks like obstacle detection and steering control.
ONERugged says it will continue aligning its product roadmap with industry demand, especially as agriculture and mining adopt more connected technology. The company sees its role as a provider of rugged computing infrastructure that can support higher efficiency, better safety, and lower total cost of ownership.
That positioning is deliberate. The company is not trying to be a low-cost consumer tablet brand; it is building hardware for organizations that need reliable uptime in the field. That is a different standard of performance, and it is reflected in the design choices across the VPC family.
As both industries evolve, machines in the field will only become more intelligent. They will need robust computing at the edge, secure connectivity, and the ability to communicate with operators, tools, and command centers. ONERugged’s vehicle-mount computers are designed to hold that position in places where failure is not an option.
ONERugged, a brand of Emdoor Information (SZ:001314), provides rugged mobile computing devices and customized solutions for industrial clients worldwide. Its product portfolio includes
