Why Office Printers Still Waste So Much Staff Time

A member of staff clicks Print. Nothing happens. They click Print again. Still nothing. They select a different printer from the list. They reboot the computer. They ask the person beside them. They call IT. They email the document to a colleague with a different computer. They try another machine.

Twenty minutes later, four copies appear on the printer. The printer eventually worked. The business still lost productive time.

Printing is one of those small technology problems that becomes expensive because it happens repeatedly.

A printer problem rarely costs only the time needed to print the document. It interrupts the user, the IT team and often somebody else who gets dragged in to help.

Why Printers Still Cause So Much Friction

Most office technology has become simpler over the past decade. Video calls, file sharing, cloud applications and collaboration tools have all become easier to set up and more reliable to use.

Printing has not kept pace. It still involves physical hardware, a local network, operating system components, driver software and — in many offices — a print server. Any of these can fail independently, and a fault in one layer is often misdiagnosed as a fault in another.

The visible object — the printer — receives the blame. The actual cause may be a stale driver, a changed IP address, a corrupted print queue or a permission problem that has nothing to do with the hardware itself.

Where Business Printing Actually Goes Wrong

Printing depends on a complete chain of components working correctly. A failure at any link breaks the whole chain.

Hardware

• Paper — wrong size, wrong tray, paper jam, empty tray
• Toner or ink — depleted, incorrectly seated or counterfeit consumable
• Drum or imaging unit — worn or past service life
• Maintenance kit — overdue for replacement
• Sensors — paper-detection or tray-detection faults
• Mechanical faults — fuser, rollers, duplex unit, stapler

Network

• Poor or unstable Wi-Fi signal
• Changing IP address — DHCP lease renewed with a different address
• DNS resolution failure — printer hostname no longer resolves correctly
• VLAN configuration — printer on a different network segment from user devices
• Firewall rules — print traffic blocked between network zones
• Sleep and power-saving behaviour — printer unreachable until it wakes
• Connectivity loss — switch port failure, cable fault or access point issue

Windows

• Old or incompatible printer driver
• Driver corruption following a Windows update
• Corrupted print queue — stuck jobs blocking subsequent print requests
• User-specific driver installations — printer only works for one account
• Duplicate printer definitions — multiple queue entries for the same device
• Print spooler service failure

Print Server

• Print spooler crash or overload
• Print server offline — all connected queues unavailable
• Permission misconfiguration — some users cannot print
• Queue configuration error — wrong driver deployed to users

Deployment

• Printers manually installed on every computer individually
• Inconsistent printer names — same device listed differently on different computers
• Incorrect queue connection — user connecting to the wrong print path
• Missing drivers on a new computer
• No documented standard configuration

The Hidden Productivity Cost

The cost of a single printing problem appears small. The cost of a print environment that generates the same problems repeatedly is much larger.

The actual cost is rarely tracked, because each individual incident is small enough to be treated as a one-off. Nobody raises a business case to fix the print environment. IT fixes the immediate problem and moves on.

Small recurring IT failures can cost more than dramatic failures because nobody treats them as a problem worth redesigning.

Printer Hardware Versus Print Infrastructure

When printing fails, the natural response is to look at the printer. Sometimes that is correct. But the print environment — how printers are configured, connected, named, deployed and managed — often matters more than the hardware itself.

A well-configured print environment makes a mid-range printer reliable. A poorly configured environment creates problems for the most expensive hardware on the market.

• Hardware governs: print quality, speed, consumable costs, paper handling, scanning, physical reliability and longevity
• Infrastructure governs: whether users can find and connect to the printer, whether drivers install correctly, whether queues stay clear, whether deployment is consistent and whether configuration survives a new computer or Windows update

Both matter. A business that invests in a new printer without improving the infrastructure will often experience the same problems on different hardware.

Why Printer Drivers Cause Problems

A printer driver is software that translates the output from a Windows application into instructions a specific printer model understands. Historically, every printer has required its own manufacturer-provided driver — and those drivers have been one of the most persistent sources of printing problems.

• Drivers written for an older version of Windows may not work correctly after an upgrade
• Windows updates occasionally break existing driver installations
• Different driver versions installed across different computers create inconsistent behaviour
• Manufacturer drivers vary significantly in quality and update frequency
• A driver that works for one user account may fail for another due to permissions
• Third-party drivers run with elevated privileges in the Windows kernel, creating potential security exposure

The traditional driver model has been a practical necessity, but it has always been a source of instability. Microsoft is working to move away from it.

How Windows Printing Is Changing

Microsoft is moving Windows towards standards-based printing. Rather than relying on manufacturer-specific drivers installed on each computer, the direction is towards open standards that allow Windows to communicate with printers directly without bespoke driver software.

The main standards involved are IPP (Internet Printing Protocol) and Mopria. The main Windows initiatives are Windows Ready Print and Windows Protected Print Mode.

The long-term direction is fewer bespoke printer drivers and more standards-based printing.

What Windows Protected Print Mode Is

Windows Protected Print Mode (WPP) is a Windows 11 feature that restricts the Windows print system to only use Mopria-compatible IPP printing, blocking the installation of traditional third-party manufacturer drivers.

When Protected Print Mode is enabled, Windows communicates with printers using standardised protocols rather than proprietary driver software. This reduces the attack surface associated with kernel-mode third-party drivers and simplifies the driver management burden.

Protected Print Mode requires:

• Windows 11 (22H2 or later)
• A Mopria-compatible printer — either network-connected or connected via USB with IPP-over-USB support
• Microsoft Print Support App infrastructure for printers that need additional functionality

If a printer is not Mopria-compatible, it will not function in Protected Print Mode. Some advanced manufacturer-specific functions — such as certain finishing options, colour profiles or management features — may depend on manufacturer software that cannot run under Protected Print Mode.

Microsoft has indicated a direction towards making Protected Print Mode the default in future Windows releases, but businesses should check current Microsoft documentation for the latest position. As of the time of writing, it is not enabled by default on most devices.

Protected Print Mode can be configured via Group Policy or Microsoft Intune.

What Windows Ready Print Is

Windows Ready Print is Microsoft's certification for printers that work fully with Windows without requiring a separate manufacturer-supplied driver. A Windows Ready Print certified printer supports IPP and Mopria standards natively.

From a practical perspective, a Windows Ready Print printer should connect to a Windows 11 computer and work without the user or IT team needing to install any driver software. Windows handles the communication using built-in standards-based protocols.

This matters because driver installation has historically been one of the main friction points when deploying printers to new computers — especially in environments without automated deployment tooling.

What Mopria Means for Business Printing

Mopria is an industry standard — developed and maintained by the Mopria Alliance — that defines how computing devices discover and print to printers using IPP over a standard network connection.

Most major printer manufacturers — including HP, Canon, Xerox, Brother, Epson, Ricoh and others — have joined the Mopria Alliance and produce Mopria-compatible devices. The standard is also used for mobile printing from Android and iOS devices.

For Windows, Mopria compatibility is what makes a printer eligible for Windows Ready Print certification and compatible with Windows Protected Print Mode. When evaluating a printer purchase, checking for Mopria certification is a practical indicator of standards-based compatibility.

Why Microsoft Is Moving Away from Traditional Drivers

Traditional Windows printer drivers run in kernel mode — a privileged area of the operating system. A driver failure or security vulnerability in kernel mode can affect the stability of the entire system, not just the print function.

Microsoft has cited security and reliability as the primary reasons for moving towards standards-based printing. Standards-based print communication does not require third-party code running in kernel mode, which reduces both the attack surface and the risk of driver-related system instability.

From a management perspective, eliminating the need for manufacturer-specific driver packages also simplifies deployment. An IT team managing a fleet of Windows 11 devices does not need to maintain, test and deploy a separate driver package for each printer model.

What Happens to Existing Printers

Businesses with existing printer fleets should not interpret Microsoft's direction as an immediate problem. Legacy printer drivers are not disappearing overnight, and existing printers running on traditional drivers are not about to stop working.

• Existing printers may continue to work with traditional drivers for the foreseeable future — Microsoft is not enforcing Protected Print Mode universally by default at this time
• Compatibility varies by printer model — some existing printers already support Mopria; others do not
• Some advanced manufacturer-specific features may continue to require manufacturer software even after a hardware upgrade
• Businesses should assess printer standards-based compatibility as part of their normal hardware refresh cycle rather than as an emergency response

This is a technology direction, not a date on which every existing office printer becomes a paperweight.

The practical approach is to favour Mopria-compatible hardware when replacing printers, test Protected Print Mode compatibility before enabling it widely, and plan the transition as part of normal IT lifecycle management.

What Happens to Scanning

Scanning is frequently overlooked when printing changes are being planned. A multifunction printer that handles printing, copying and scanning is three pieces of technology in one device — and scanning often has different compatibility requirements from printing.

Windows Protected Print Mode currently applies to the print function. Scanning — particularly scan-to-computer via WIA or TWAIN drivers — may still require manufacturer software even on a Mopria-compatible printer.

Scan-to-email and scan-to-folder functions are typically handled at the printer itself rather than through Windows, using SMTP or SMB protocols. These configurations may be affected by:

• Email provider restrictions on basic SMTP authentication — several providers including Microsoft 365 have deprecated or restricted legacy authentication methods
• SMB protocol version requirements — older SMBv1 scan-to-folder configurations may no longer be supported by modern file servers
• Firewall or network changes that affect the printer's ability to connect to the mail server or file share
• Stored credential expiry — scan-to-email credentials saved on the printer that are no longer valid

When planning any change to the print environment — including enabling Protected Print Mode, replacing hardware or changing network configuration — scanning workflows should be tested explicitly and not assumed to continue working.

Network Printers and IP Addresses

Most printing problems that appear intermittent — working for some users but not others, working yesterday but not today — trace back to the network layer rather than the printer or driver.

IP address management is one of the most common sources of print environment instability. A printer configured to receive its IP address from DHCP will be assigned a different address if its DHCP lease expires while the device is powered off. Any computers connecting directly to that IP address will then be unable to find the printer.

The established approach is to give printers a predictable, stable IP address — either through a static assignment on the device or by reserving the address in the DHCP server using the printer's MAC address. Either method ensures that the printer is always reachable at the same address, regardless of how long it has been powered off.

Other network considerations that affect print reliability include:

• Wi-Fi versus Ethernet — office printers benefit significantly from a wired Ethernet connection rather than Wi-Fi. Wi-Fi introduces signal variability, interference and sleep behaviour that make printers appear offline intermittently
• VLAN design — if user devices and printers are on different network segments, firewall or routing rules must permit print traffic between them
• DNS — printers referenced by hostname rather than IP address require correct DNS records that are updated whenever the printer's address changes

Print Servers

A print server is a server that receives print jobs from user devices and forwards them to physical printers. It provides a central point for managing queues, drivers and permissions — users connect to the print server rather than directly to the printer.

Print servers are common in medium and larger organisations because they simplify deployment — printers are installed once on the server and distributed automatically to user computers — and provide central logging and control.

The main risks associated with print servers:

• Single point of failure — if the print server is unavailable, all connected queues become unavailable
• Driver management overhead — the server must maintain compatible drivers for every connected printer model
• Print spooler vulnerabilities — the Windows Print Spooler service has historically been a significant source of security vulnerabilities
• Infrastructure dependency — print servers require patching, backup and lifecycle management like any other server

Some organisations are moving away from traditional on-premises print servers towards cloud-based print management or direct IPP printing, particularly where Microsoft Universal Print or hybrid working requirements make a central server difficult to justify.

Microsoft Universal Print

Microsoft Universal Print is a cloud-based print management service that allows printers to be managed and deployed through Microsoft 365 and Microsoft Entra ID rather than through a traditional on-premises print server.

Potential benefits include:

• Print queues managed in the cloud rather than on an on-premises server
• Printers deployed to users through Microsoft Intune, associated with Entra ID identities
• Reduced dependency on a traditional Windows print server
• Centralised reporting and print job logging
• Simplified deployment for remote and hybrid users

Limitations and considerations include:

• Licensing — Universal Print requires a qualifying Microsoft 365 subscription or a separate licence add-on
• Compatible printers — Universal Print natively supports Mopria-certified printers that can connect directly; older hardware requires a Universal Print connector software running on a local machine
• Internet dependency — cloud-managed print queues require internet connectivity; printing is disrupted if internet access is lost
• Advanced print features — some manufacturer-specific capabilities may not be available through Universal Print
• Migration complexity — transitioning from an existing print server environment requires planning and testing

Printer Deployment with Intune

In a Microsoft Intune-managed environment, printers can be deployed automatically to user devices using configuration profiles or PowerShell scripts — without requiring users or IT staff to install anything manually.

A well-managed printer deployment provides:

• Consistent printer names across all devices — the same printer appears with the same name on every computer
• Correct printers by user, device or physical location — staff at a particular office receive the printers relevant to that office
• Automated driver installation — Intune delivers the required driver or configuration without manual intervention
• Default printer configuration — the correct default is set during deployment rather than relying on users to configure it
• Documented, repeatable configuration — new computers receive the same setup automatically

Remote and Hybrid Workers

Remote and hybrid working has made printer management more complex for many organisations. A user working from home has no access to the office print environment and may have a personal printer connected to their home network.

Common issues in hybrid environments include:

• VPN-connected users attempting to print to office printers over a remote connection — this may or may not work depending on VPN and network design
• Laptop default printer changing between the office and home environments — Windows may remember different defaults for different network locations
• Office printers appearing as unavailable when the user is working remotely
• Inconsistent print quality or driver behaviour between personal and corporate printers

Cloud-based print management, including Universal Print, can help provide a more consistent experience for users who move between locations, because queues and permissions follow the user's Entra identity rather than their physical location.

Printer Security

A modern multifunction printer is effectively a networked computer with paper attached.

Printers contain processors, memory, storage and network interfaces. Many store copies of recent documents on internal storage. Many have web-based management interfaces. All of these represent security considerations that are frequently overlooked.

• Default administrator passwords — printer manufacturers ship devices with default credentials that must be changed during setup
• Unsupported firmware — printers with manufacturer firmware updates available should have those updates applied; printers beyond end-of-life no longer receive security patches
• Management interfaces — web-based printer administration should be restricted to authorised network ranges and protected with strong credentials
• Unnecessary protocols — protocols not required for operation (such as legacy FTP, Telnet or outdated SMBv1) should be disabled
• Internet exposure — printers should not be directly accessible from the internet; firewall rules should prevent external access
• Stored address books — scan-to-email address books stored on the printer may contain sensitive contact information
• Stored documents — some printers retain recent jobs in internal memory or storage; this should be reviewed and cleared before device disposal
• Scan-to-email credentials — SMTP credentials stored on the printer for scan-to-email should use dedicated accounts with appropriate restrictions
• Network segmentation — placing printers on a dedicated network segment with controlled access to print services reduces exposure if a device is compromised
• Disposal — internal storage should be wiped or physically destroyed when a printer is decommissioned

Cyber Essentials — the UK government-backed security certification — covers networked devices, which includes printers connected to the business network. Unsupported firmware and default credentials are common findings during Cyber Essentials assessments.

When to Replace an Old Printer

The decision to replace a printer is often made reactively — after a major fault — or avoided indefinitely because no single fault is serious enough to force the issue. Neither approach serves the business well.

Consider replacing a printer where:

• Manufacturer support has ended and firmware updates are no longer available
• Recurring hardware faults are consuming significant IT or maintenance time
• The device does not support Mopria or modern IPP printing
• Windows driver support is unreliable or no longer maintained
• Consumables are becoming difficult or expensive to obtain
• Scanning functions are unreliable or incompatible with current network security requirements
• Security controls are inadequate and cannot be improved through configuration
• Print requirements have changed significantly — volume, format, finishing or location
• Too many different printer models are creating a driver management and consumable procurement burden

Age alone is not a sufficient reason to replace a printer. A well-maintained device that continues to meet the organisation's needs, receives firmware updates and functions reliably may be worth retaining.

Replace a printer because it has become unsupported, unreliable or operationally unsuitable — not simply because a newer one exists.

Is Your Printer Setup Wasting Staff Time?

Review each area. Gaps in any of these are worth addressing before investing in new hardware.

Hardware

• Are printers reliable, with a low rate of recurring hardware faults?
• Are consumables readily available from multiple suppliers?
• Is firmware maintained and currently supported by the manufacturer?

Network

• Do printers use predictable, stable IP addresses?
• Are network connections reliable — Ethernet preferred over Wi-Fi?
• Is Ethernet used where practical to avoid Wi-Fi interference and sleep issues?

Deployment

• Are printer names standardised and consistent across all computers?
• Are printers deployed automatically where possible through Group Policy, Intune or a print server?
• Do new computers receive the correct printers without manual intervention?

Windows

• Are old drivers still required, or could standardised deployment reduce the driver burden?
• Are printers Mopria-compatible for future Windows printing direction?
• Has Protected Print Mode compatibility been assessed for existing hardware?

Scanning

• Does scan-to-email work reliably using a supported authentication method?
• Does scan-to-folder use a supported SMB protocol version?
• Are scanning workflows documented so they can be restored after configuration changes?

Security

• Have default passwords been changed on all printers?
• Is firmware maintained and applied?
• Are web-based management interfaces restricted to authorised access?
• Are scan-to-email credentials using appropriate, purpose-specific accounts?

Support

• Is somebody responsible for the printer estate as a whole?
• Are repeat faults tracked so recurring problems can be identified?
• Are persistently unreliable printers reviewed rather than repeatedly patched?

Common Mistakes

• Buying entirely on purchase price — ignoring total cost of ownership, consumable costs, driver quality and long-term support
• Installing different drivers on different computers — creating inconsistent behaviour and making problems harder to diagnose
• Repeatedly adding printers manually — a deployment problem being treated as an individual task
• Using Wi-Fi unnecessarily — introducing instability that an Ethernet connection would eliminate
• Unmanaged IP addressing — allowing printers to receive DHCP-assigned addresses that can change
• Ignoring firmware — leaving printers unpatched and potentially vulnerable
• Leaving default administrator passwords — failing to change credentials during initial setup
• Keeping unsupported devices indefinitely — retaining hardware past its firmware support lifecycle
• Enabling Protected Print Mode without testing — discovering incompatible printers or scanning failures after rollout
• Assuming Universal Print solves hardware faults — cloud-managed queues do not repair physical printers
• Running too many printer models — multiplying driver, consumable and support complexity
• Inconsistent printer names — making it difficult for users to identify the correct queue
• No documentation — making it difficult to restore configuration after changes
• No replacement policy — making decisions reactively rather than on a planned lifecycle
• Treating recurring problems as isolated incidents — failing to recognise that the same fault appearing repeatedly indicates a systematic issue

Practical Business Implications

Microsoft's direction towards standards-based printing has practical implications for procurement, deployment and lifecycle planning:

• When purchasing new printers, favour Mopria-certified devices — they will be compatible with both current and future Windows printing approaches
• Windows Ready Print certification indicates a printer that will work without a manufacturer-specific driver on supported Windows versions
• If planning to enable Windows Protected Print Mode, test each printer and scanning workflow before rolling out to all devices
• Businesses using Microsoft Intune to manage Windows devices should review whether printer deployment via Intune could replace manual installation or legacy Group Policy scripts
• Organisations evaluating Microsoft Universal Print should assess licensing costs, connector requirements for older hardware and internet-dependency implications
• Include printer firmware support and Mopria compatibility in printer replacement evaluation criteria

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