For decades, the name Xerox was synonymous with a single action: making a copy. The brand’s dominance in the 20th century was so absolute that it entered the lexicon as a verb, a rare feat reserved for companies like Google or Kleenex. However, in the rapidly evolving landscape of the 21st century, the question “What does Xerox do?” yields a much more complex and forward-looking answer than most people realize. Today, Xerox is no longer just a “copier company.” It has reinvented itself as a leader in Category 6: Tech & Innovation, focusing on artificial intelligence (AI), augmented reality (AR), additive manufacturing (3D printing), and the Internet of Things (IoT).
This transformation is not merely a rebranding effort but a fundamental shift in technical focus. By leveraging its legendary research heritage—primarily through PARC (Palo Alto Research Center)—Xerox is now engineering the tools required for the fourth industrial revolution. From liquid metal 3D printing to AI-driven predictive maintenance, the company is positioning itself at the intersection of physical hardware and digital intelligence.
The Evolution from Print to Digital Intelligence
To understand what Xerox does today, one must first understand its shift from mechanical engineering to digital orchestration. While the company still maintains a significant presence in the print industry, its core mission has pivoted toward helping enterprises navigate the “Great Digital Transformation.” This involves more than just digitizing paper; it involves the intelligent automation of complex workflows.
PARC: The Engine of Invention
The foundation of Xerox’s innovative edge remains the Palo Alto Research Center (PARC). Historically, PARC is credited with inventing the graphical user interface (GUI), the computer mouse, and Ethernet. In the modern era, PARC’s mandate has expanded to include “hard tech” challenges. Xerox utilizes this incubator to develop breakthrough technologies in sensing, AI, and materials science. This research allows Xerox to enter markets that are entirely disconnected from the traditional office environment, such as structural health monitoring for bridges and advanced robotics.
Moving Beyond Paper: The Digital Transformation Strategy
Xerox’s current portfolio focuses heavily on software-as-a-service (SaaS) and AI. The company identifies “work” not as a place, but as a set of processes. Their innovation in this sector includes AI that can automatically categorize, extract data from, and route documents through complex global supply chains. By applying machine learning to unstructured data, Xerox enables businesses to automate tasks that previously required thousands of human hours, effectively turning “dumb” data into actionable business intelligence.
AI and Augmented Reality: Transforming Enterprise Support
One of the most significant pillars of Xerox’s modern tech stack is its investment in Augmented Reality (AR) and AI-driven field services. This is perhaps the clearest example of how the company has moved into the “Tech & Innovation” niche, specifically regarding remote sensing and AI follow-mode logic.
CareAR and the Rise of Visual Assistance
Through its subsidiary, CareAR, Xerox has launched a service experience platform that uses AR to provide real-time visual instructions to field technicians. Imagine a technician repairing a complex piece of industrial machinery or a drone pilot troubleshooting a sensor array in the field. Instead of flipping through a manual, the technician wears AR glasses or uses a smartphone to see digital annotations layered over the physical equipment.
This platform uses spatial mapping and “sticky” annotations—digital marks that stay fixed on a physical object even as the camera moves. This technology reduces the need for expert travel, slashes carbon footprints, and ensures that high-level technical expertise is available anywhere in the world instantly.
Predictive Maintenance and Industrial AI
Beyond visual assistance, Xerox is deploying AI to predict when machines will fail before they actually do. By integrating sensors and IoT connectivity into industrial hardware, Xerox’s AI platforms analyze vibration, heat, and performance metrics. This “Tech & Innovation” approach moves the needle from “reactive” repair to “proactive” optimization. In the context of remote sensing, this technology is being adapted to monitor everything from fleet logistics to the health of remote telecommunications towers.
Xerox and the Future of Additive Manufacturing
While software and AI are critical, Xerox has not abandoned its roots in physical hardware. However, instead of toner and drums, the company is now pioneering liquid metal 3D printing. This move into additive manufacturing represents a massive leap into the aerospace, defense, and automotive sectors.
Liquid Metal 3D Printing in Aerospace and Defense
The Xerox ElemX 3D printer is a marvel of materials science. Unlike traditional 3D printers that use metal powders—which can be hazardous and require complex handling—the ElemX uses standard aluminum wire. It melts this wire and uses electromagnetic pulses to drop molten metal droplets with extreme precision.
This technology is a game-changer for Tech & Innovation because it allows for the on-demand production of mission-critical parts. For example, the U.S. Navy has tested the ElemX on ships at sea. If a vessel needs a specific bracket or valve, they don’t need to wait for a supply ship or a drone delivery; they can print the part in the middle of the ocean. This capability is vital for the drone and UAV industry as well, where lightweight, custom-engineered metal components are often required for specialized camera mounts or airframe reinforcements.
Solving Supply Chain Fragility through On-Demand Parts
The global supply chain crisis highlighted the vulnerability of “just-in-time” manufacturing. Xerox’s 3D printing innovations address this by enabling “distributed manufacturing.” Instead of a massive warehouse filled with thousands of parts, a company maintains a digital library of CAD files. When a part is needed, it is printed locally. This reduces waste, eliminates shipping costs, and represents a radical rethinking of how physical goods are moved and created in the digital age.
IoT and Remote Sensing: Monitoring the Infrastructure of the Future
Perhaps the most surprising answer to “What does Xerox do?” lies in the realm of civil engineering and public safety. Through a joint venture called Eloque, Xerox has applied its expertise in sensors and data orchestration to the problem of aging infrastructure.
Smart Sensors and Structural Health
Bridges, tunnels, and railways around the world are reaching the end of their lifespan, often without adequate monitoring. Xerox developed an IoT-based structural health monitoring system that utilizes fiber-optic sensors attached to bridges. These sensors measure strain, thermal expansion, and vibration in real-time.
The “innovation” here isn’t just the sensor itself, but the AI that processes the data. The system can distinguish between the normal vibration of a passing truck and the structural “groan” of a developing crack. By providing a “digital twin” of a physical bridge, Xerox allows governments to prioritize repairs based on actual data rather than guesswork, potentially preventing catastrophic failures.
Data Orchestration and Managed IoT Services
The common thread across all these initiatives is data orchestration. Xerox has transitioned from a company that moves ink on paper to a company that moves data between sensors, AI models, and human decision-makers. Whether it is a thermal imaging sensor on a drone or a strain gauge on a bridge, Xerox’s tech stack is designed to ingest massive amounts of raw data, process it at the edge using AI, and deliver a simple, actionable insight to the user.
Conclusion: A Legacy Reimagined
When we ask what Xerox does, we are looking at a company that has successfully bridged the gap between the analog past and the autonomous future. By focusing on Tech & Innovation—specifically AI, AR, Additive Manufacturing, and IoT—Xerox has secured its place in the modern ecosystem.
The company’s trajectory serves as a blueprint for how a legacy giant can pivot into high-growth tech sectors. Xerox is no longer defined by the photocopy; it is defined by the ability to see what others cannot, whether that is through the lens of an AR headset, the data stream of an IoT sensor, or the precision of a liquid metal 3D printer. In the fields of remote sensing, autonomous flight, and industrial AI, Xerox’s innovations are quietly powering the infrastructure of the modern world, proving that while the “Xerox machine” may be a relic of the past, Xerox technology is very much the future.