Artificial Intelligence at Caterpillar

Caterpillar ranks as the world’s largest construction equipment manufacturer and also produces off-highway diesel and natural gas engines, industrial gas turbines, and diesel-electric locomotives, headquartered in Irving, Texas. The company employed 118,000 people worldwide at the end of 2025 and posted $67.6 billion in sales and revenues for the year, the highest full-year total in its 100-year history.​

That scale extends to Caterpillar’s digital infrastructure. The company runs more than 1.6 million connected machines and engines through its Cat Helios cloud platform, which processes 16 petabytes of operational data. Caterpillar has also pledged $100 million over five years to train its workforce in AI, automation, and robotics, signaling a broader effort to integrate digital capabilities across its operations and customer services.

This analysis focuses on two AI use cases that directly support Caterpillar’s operational and strategic objectives:

We begin by examining how Caterpillar applies autonomous technology to address the mining industry’s most persistent safety and labor problem.

AI-Powered Autonomous Haulage for Safer Mining Operations

Powered haulage — trucks, loaders, and other mobile equipment moving material — is the leading cause of death in U.S. mining, and 2025 was the deadliest year for powered haulage since 2006, according to MSHA. MSHA continues to log powered-haulage fatalities into 2026, including truck-related deaths at both underground and surface operations — underscoring that the risk hasn’t declined even as the technology to address it has matured.

At the same time, the industry faces a structural labor shortage: more than half its current workforce is projected to retire and need replacing by 2029, a gap of roughly 221,000 workers, while mining engineering programs at U.S. universities have shrunk from 25 to 14 since the early 1980s. A task that is simultaneously the most dangerous and the hardest to staff is a natural target for full automation rather than incremental safety tooling.

Cat Command for hauling removes the operator from the truck cab entirely. The trucks navigate using a 64-laser LiDAR unit for environmental mapping, GNSS receivers accurate to under one meter, and 76.5 GHz radar for obstacle detection, integrated with Caterpillar’s MineStar dispatch and mine-mapping system.

Personnel doesn’t disappear from the workflow — their role shifts. Control room staff monitor the autonomous fleet, dispatchers set precise loading and dumping coordinates, and maintenance technicians service the automation systems rather than drive the trucks. Caterpillar describes the goal explicitly as upskilling existing staff into these roles rather than eliminating headcount.

This is one of Caterpillar’s most mature AI-enabled systems, not an early pilot. Speaking at CES 2026, Caterpillar CTO Jaime Mineart said the autonomous mining fleet has moved over 11 billion tons of material and traveled more than 385 million kilometers autonomously — more than twice the autonomous mileage of the entire automotive industry — without a single reported injury. Caterpillar currently runs 690 autonomous mining trucks, and group president Bob De Lange has said the company’s next target is to triple the size of its autonomous truck fleet, as part of a broader 2030 push that includes reaching 2 million connected assets.

The technology is still gaining ground in 2026. Caterpillar signed an agreement with Carmeuse, a global lime and limestone producer, to deploy Command for hauling at its Drummond Island, Michigan quarry, and Caterpillar’s same release notes a renewed supply agreement with Fortescue to keep running the system across three mining operations in Western Australia. At CES 2026, Caterpillar also unveiled an expanded partnership with NVIDIA to bring the Jetson Thor edge-AI platform to construction and mining machines beyond haul trucks, extending autonomous capability toward dozers and excavators.

The technology has also moved beyond large-scale mining into aggregates. At Luck Stone’s Bull Run quarry in Virginia, the first aggregates deployment of the system, autonomous trucks reached productivity matching staffed machines shortly after go-live. They hauled 1 million tons by mid-2025 with no reported safety injuries. Taken together — a near-decade of commercial deployment, billions of tons moved, a documented safety record, and new customers signing on in 2026.

Video: Scaling Caterpillar Autonomous Technologies to Support a New Industry Autonomy System (Source: Caterpillar Inc.)

Unplanned equipment downtime is expensive industry-wide, and heavy industry is no exception: mining, metals, and related sectors among Fortune Global 500 companies lose an estimated $225 billion a year to it, averaging 23 hours of lost production monthly at roughly $187,500 per hour. For a company like Caterpillar that sells both the equipment and the service contracts around it, catching a failure before it happens is worth more than catching it after — a properly scheduled repair costs less than an emergency one, and it keeps the customer’s site running.

Caterpillar’s condition-monitoring system draws on telematics transmitted through Product Link and VisionLink, S•O•S fluid analysis of oil and coolant, routine equipment inspections, dealer service records, and engineering specifications. Caterpillar’s chief digital officer Ogi Redzic has described the fuller Helios platform as pulling from 20 to 30 data sources — including sensor readings and even weather conditions — which machine learning models process into what the company calls “prioritized service events”: maintenance recommendations sent to dealers and customers before a component fails:

Video: How Cat® S•O•S℠ Fluid Analysis Can Help Extend Oil Life (Source: Cat® Products)

The workflow change is concrete on both sides of the relationship. “Our goal is to turn unplanned downtime into planned maintenance,” Redzic has explained — the system can tell a customer that an issue is likely to arise within a specific window of hours unless they act, giving both the customer and the dealer lead time to schedule the fix rather than react to a breakdown. Dealers are notified simultaneously, so they can stage parts and service slots before the customer even calls.

This use case is deployed at meaningful scale and tied directly to a revenue strategy, not just a cost-avoidance tool. Caterpillar’s Helios platform now connects more than 1.5 million machines and engines. It processes more than 50 billion data points a month, behind a target of $28 billion in annual services revenue by 2026, up from $24 billion in 2024. The results are already showing up on the balance sheet: prioritized service events didn’t exist as a sales category in 2021, and by 2024, Caterpillar told investors they had generated $1.1 billion in sales. Redzic has said that predictive alerts now reach a 70% to 80% service resolution rate before a machine actually breaks down, and Caterpillar reports that customers who use its digital tools together spend up to 33% more on aftermarket services than those who don’t.

Predictive maintenance at Caterpillar is evolving beyond a maintenance capability into a broader services strategy, helping convert connected equipment into a recurring customer relationship long after the initial machine sale.