Changing How We Think About Print Management

For a long time, printers were regarded as office equipment designed to put electronic content on paper. Print management consisted of loading paper and replacing toner cartridges. Fast-forward a few decades, and printers have now moved into the mainstream of the organization’s technology infrastructure, and print management has become a whole new dynamic.

Despite the drive toward a paperless society, there will always be a need for printing. For example, printing remains essential for sectors such as finance, healthcare, law, education, and logistics. In these industries, paper records are still widely used for compliance, auditing, archiving, and paperwork to send home with discharged patients.

Even in companies that use advanced technology systems, printed documents are often required as backups or for regulatory purposes. When deadlines are tight, relying solely on digital access can feel risky. That said, printing technology, hardware, and processes will continue to evolve.

The mechanics of the familiar File > Print process have remained the same over the years. However, the inner workings of getting information across all the different platforms and operating systems within a given company without data dropouts or system malfunctions, and in a form that a device can interpret and put on paper, are more complicated.

The IT stewards on the company’s staff have always strived to keep print management technology and practices up to date and functioning well to alleviate device downtime by updating the infrastructure that supports printing. This isn’t always easy, given the frequent changes and updates to the print infrastructure.

For example, when the pandemic scattered the workforce to home offices and other remote locations, companies needed to expand their remote infrastructures, which required virtual private network (VPN) connectivity and proper authentication. VPNs facilitate file sharing, as well as application and printer access without IT support. With the increase in remote workforces, companies needed to ensure their networks could handle spikes in VPN traffic while maintaining secure printing in corporate networks.

Managing Large Printer Fleets

Many enterprises maintain hundreds of printers that must be monitored and managed like any other business IT asset. However, overseeing that many printers in a fleet can quickly get cumbersome and out of control.

• Business departments or even individual employees often purchase their own printers and connect them to their workstations, which IT may or may not know about.

• Printers throughout the organization are prone to drop off the radar (go offline or get moved), and it’s often difficult to locate these to get them back online.

• Deploying queues usually requires Group Policy Objects (GPOs) and scripting expertise. In the event users are allowed to connect to shared print queues, they may not know which queue they should connect to.

All of these scenarios require assistance from the IT staff, who may already be working on a stack of printing-related issues.

Server-Based Print Management

As the printer fleet grows, it becomes necessary to establish some measure of control over the printing infrastructure. Many organizations currently employ traditional print management centers that use one or more print servers. A common print-server-based printing architecture includes:

• Printer driver. Translator software installed on the user’s workstation converts the document’s data into a printer-specific language, so the printer understands how to render the text and images.

• Print spooler. An application on a print server that manages the printing process by temporarily storing print jobs in a queue before sending them to a printer.

• Network transmission. Encapsulates the print job data into data packets that are sent across the organization’s local area network (LAN) to the selected network printer.

• Print server. The server runs the print spooler service that sits between user workstations and physical printers. IT establishes a queue and then establishes a relationship between the printer driver and the queue. The server manages print queues, stores drivers, enforces permissions, and serves as the rendezvous point for all jobs in the environment.

• Network printer. Retrieves the incoming data at its assigned IP address and prints the contents.

A primary concern with traditional server-based print management is when there is a problem, it usually goes to the busy IT help desk, which, in addition to resolving service requests, regularly maintains patches or upgrades print servers to ensure systems have the latest technology, functionality, and security features. However, it’s not uncommon for server updates to interfere with or break printing workflows.

The traditional office environment has transformed into a hybrid and increasingly digital workspace. Because employees are splitting time between home and the office, IT crews are busily adapting to expanded networks and new security challenges, which make printer management more complex.

Printing has become a key part of a company’s operations. This evolution presents both challenges and opportunities for IT leaders tasked with maintaining a secure, efficient, and adaptable print environment. Therefore, it’s no longer only about maintaining a printing infrastructure, optimizing workflows, enhancing security, and controlling costs.  

Given the surplus of printing devices and the increasing complexity of print management, there is a push to integrate more modern technology into printing. The siloed print infrastructure is being phased out in favor of an ecosystem of applications that integrate with other applications across the organization. In addition, IT managers still need to balance a centralized print functionality with a decentralized workforce. Employees want the flexibility to print from in-office and remote locations. Meanwhile, businesses are constantly seeking cost-effective, secure, and sustainable print solutions. Fortunately, advanced technology is making that endeavor a reality.

Cloud Print Management

No discussion of any technology topic is complete without addressing scalability. Organizations rarely maintain the same infrastructural footprint they had in the beginning. Scaling an on-premise, server-based print architecture often involves adding printing devices and servers, along with the associated hardware, which gets costly. Companies simply can’t sustain that level of investment in an intricate printing ecosystem. Therefore, physical on-premise print servers are being replaced with centralized, cloud print management platforms that reduce costs and infrastructure complexity and provide better support for on-site and remote printing.

Amid the large-scale transformation of printer technology and capabilities, IT staff are eager to experience simpler and less time-consuming print management. In a nutshell, cloud printing is:

• Reliable printing without worrying whether printing software and drivers are up to date.

• The ability to print from a PC, tablet, laptop, or smartphone, sending documents to a web-connected printer.

• A simple printing environment without needing to install software, set up drivers, or maintain the print servers.

• The capability to print from anywhere without needing to be within a specified range of a printer.

Workstations, printers, and admins all connect to a central control panel. The actual print jobs typically travel directly from the user's device to the printer over the local network rather than funneling through a server.

The main benefit of cloud print management is that it simplifies intra-organizational printing. Companies are moving to this model to:

• Eliminate print servers (along with the ongoing patching, increased capital expenses, unplanned printing outages, and time-consuming troubleshooting and resolving print-related issues).

• More easily support remote and hybrid work without VPN workarounds.

• Strengthen the security of all printing activities.

• Ease the IT department’s printer-related workload.

Cloud print management is beneficial for organizations of all sizes, regardless of the complexity of their network infrastructure. Government agencies, financial corporations, manufacturers, and healthcare organizations are prime examples. Quocirca’s Cloud Print Services Vendor Landscape 2026 Report revealed that 78% of organizations now use cloud print management either extensively (35%) or partially (43%), with a further 16% actively evaluating it, which underscores the scale of the opportunity for providers that can address cost, control, and security requirements.

Many of these institutions connect hundreds (if not thousands) of printers across multiple locations. The upside is that IT no longer needs to get involved with printer installation.

Artificial intelligence (AI) is rewriting the print management playbook. AI-enabled printing eliminates common frustrations that accompany traditional print management, including unplanned printer downtime, overstocked and wasted supplies, manual document handling, server management, and inefficient workflows.

The technology is changing business printing by making printers smarter, more automated, and easier to manage. AI-enabled printers leverage machine learning, cloud connectivity, and workflow automation to reduce downtime, enhance security, lower printing costs, and streamline document management. AI technology also:

• Functions as a gatekeeper, offering guidance about documents before they are sent to print or move through the workflow.

• Adds a layer of security to the printing infrastructure by incorporating biometric/proximity authentication, including facial recognition, badge tap, or mobile unlock to release jobs.

• Automatically improves the formatting of content intended for printing by removing superfluous elements from digital documents, such as unnecessary spaces or irrelevant content, producing cleaner and more readable documents. 

Print Management in an AI Environment

AI systems understand and interpret human language. This helps with the analysis of printer maintenance logs to identify recurring issues, common failure points, and areas for improvement. At the device level, printers now include embedded intelligence that optimizes output quality, monitors usage, and even enforces security protocols.

"Predictive maintenance programs rely on IoT sensors and devices affixed to assets to gather data. The data is then analyzed by using advanced AI and machine learning (ML) algorithms to identify changes in operating conditions and performance." With predictive maintenance, AI makes informed decisions about when maintenance is needed and what parts need replacement.

In the document workflow layer, AI extracts meaning from scanned documents, classifies them, and integrates them into enterprise systems such as ERP or CRM platforms. The AI algorithms in printers:

• Learn from user behavior, such as typical print patterns, and automatically adjust settings.

• Include smart print queues, so they can route jobs to the most efficient device.

• Recognize and automatically apply rules (duplex, grayscale, restricted printing).

• Detect anomalies.

How Users Will Interact With Systems and Manage Printing in the Future

There are several ways AI will change how companies manage printing going forward. Printers have shifted from hardware devices to workflow gateways. Automation has become a strategic differentiator, and its full value is realized only when the workflow is connected end to end. In this configuration, every document is visible, every print event is auditable, and the platform will make intelligent infrastructure decisions at the beginning of the workflow.

Intelligent Print Automation (IPA) uses AI, cloud, and workflow automation to analyze documents, route them intelligently, enforce security, reduce waste, and integrate print into digital business processes. It turns printers into intelligent endpoints that participate in enterprise automation rather than simply printing out pages. Using agentic automation (AI agents that autonomously plan, take action, and adapt workflows to achieve specific goals), print events become workflow triggers, managed from one console. 

Learn how to seamlessly combine physical and digital processes, regardless of the size of your printing infrastructure. Consolidate print software, automate document workflows, and apply AI for intelligent print management and document processing. Schedule a demo today.