How to set up secure printing across your organization

Most organizations can point to a printer with secure print enabled and consider the job done. Then someone finds a payroll summary sitting in an output tray on the third floor, or a contract prints on a device two offices away from the person who sent it, and it quickly becomes a huge issue.

Printers sit inside the security boundary whether IT treats them that way or not. According to Microsoft, print bugs made up 9% of all cases reported to the Microsoft Security Response Center over a three-year period, a reminder that the print stack itself is an attack surface, not just the paper it produces. Securing it across a distributed fleet means deciding who can print what and where, how jobs are released and encrypted, how devices are hardened, and how all of it stays enforced once the rollout ends and the fleet keeps changing.

Why a secure print checkbox isn’t enough

Most print environments already have some form of secure print available. The driver has the option, the printer supports it, and somewhere a policy says sensitive documents should be released at the device. Unfortunately, none of that means printing is secure. A single setting protects one step of a process that spans:

• The endpoint
• The network
• The print server or cloud service
• The device itself
• Whatever happens to the paper afterward

Across a fleet of printers spread over multiple offices, every step the setting doesn’t cover is a gap.

Secure printing should cover the whole document lifecycle

At an organizational level, secure printing means protecting a document from the moment a user sends it to the moment it’s collected or destroyed. That includes:

• Who is allowed to print and to which devices
• How the job travels across the network
• Where it waits before release
• How the user proves they’re standing at the printer
• What happens to jobs nobody collects
• How the device stores and disposes of the data it processes

A secure print checkbox usually only addresses holding the job until someone authenticates at the device. It says nothing about whether the job was encrypted on the way there, whether the user should have had access to that printer in the first place, whether the device is running firmware with known vulnerabilities, or whether anyone would notice if the setting were quietly disabled on a replacement unit six months later.

What unclaimed print jobs actually expose

If a document prints and nobody picks it up, it’s available to whoever walks past. In a shared office, a hospital ward, or a busy branch, that means visitors and contractors with no business reason to see it.

The risks stack up quickly:

• Confidentiality breaches: HR files, disciplinary records, contracts, and financial reports can be read, photographed, or taken without anyone knowing. The damage isn’t only regulatory; a leaked restructuring plan or salary list causes internal and reputational harm on its own.
• Regulatory exposure: In healthcare, paper records containing protected health information are covered by the same HIPAA obligations as electronic ones, including reasonable physical safeguards against unauthorized disclosure. A patient record sitting in a shared tray is exactly the kind of exposure those safeguards exist to prevent, and similar obligations apply to financial and personal data under other frameworks.
• Identity theft and fraud: Payroll slips, onboarding paperwork, and billing documents often carry names, addresses, account details, and identifiers. That’s enough raw material for impersonation or targeted phishing.
• Broken chain of custody: Once a printout leaves the user’s control, there’s no record of who handled it, whether it was altered, or whether it was disposed of properly. For regulated documents, that gap is hard to explain in an audit.

The print path is part of the attack surface

Physical exposure is only half of it. A print job is a copy of the document in transit, and if the traffic between the workstation, print server, and printer isn’t encrypted, anyone positioned to intercept it on the network can capture the contents and metadata or tamper with the job before it reaches the device. Legacy print protocols on internal networks frequently send jobs in the clear, on the assumption that the internal network is trusted.

The infrastructure handling those jobs is a target in its own right. On Windows, the Print Spooler service runs with SYSTEM privileges and loads third-party driver code, which is why vulnerabilities like PrintNightmare turned a routine service into a path to full system compromise. Printers themselves run embedded web servers, network services, and firmware that often ship with default credentials and rarely get patched on the same cadence as endpoints. Many also keep job data on internal storage long after the paper is gone.

» Here’s why you need network monitoring software

How to roll out and enforce secure printing across a distributed fleet

For the most part, these steps apply to all platforms. Microsoft Universal Print, dedicated print management platforms such as PaperCut, PrinterLogic, and Pharos, and many printer vendors’ own tools all implement them in some form. What matters is that each one is decided deliberately and applied consistently across the fleet.

Step 1: Settle the policy decisions before touching a printer

Most rollout problems trace back to policies that were never agreed on. Before configuring anything, IT should have clear answers to a short list of questions:

• Who can print, and to which devices? Assign access through directory security groups tied to roles and responsibilities, departments, or locations rather than opening every printer to every user.
• Which jobs require secure release? Decide whether authenticated release applies to everything or only to specific printers, departments, or document types. Blanket enforcement is easier to audit; selective enforcement is easier on users.
• How long are unclaimed jobs held? Set an automatic deletion window. Too short and users lose jobs on their way to another floor; too long and the queue becomes a store of sensitive documents nobody collected. Most defaults fall between 2 – 8 hours.
• What limits and defaults apply? Page and copy limits, color and duplex defaults, and rules for guest or visitor printing all belong here.
• Who owns the audit trail? Someone needs to be responsible for reviewing print logs, handling exceptions, and signing off on changes to access groups.

Documenting these up front gives the rest of the rollout a reference point, and gives the support team an answer when users ask why a job won’t print.

» Make sure you know how to change the default printer

Step 2: Use both pull printing and printer-specific release

There are two main kinds of print release methods:

• Pull printing, often called “follow-me printing”, sends every job to a shared queue. The user authenticates at any participating printer and releases the job there. It suits environments where people move around like hospitals, campuses, shared offices, and hot-desking floors where the nearest available printer changes throughout the day.
• Printer-specific authentication release holds the job for one designated device. The user still authenticates before anything prints, but the job can only come out of that printer. It fits departments that need a particular device, such as a finance team’s check printer, a lab’s label printer, or a plotter in engineering.

Most organizations need both because their workflows differ by team and location. Platforms generally support running them side by side.

Step 3: Match authentication methods to each site

How users prove they’re at the printer affects adoption more than any other choice. The main options each suit different environments:

• Badge release: Best for sites that already issue RFID or NFC access cards. Watch for printer reader compatibility and card format support.
• PIN release: This standard method works great for sites without badge infrastructure, but be sure to set requirements that avoid weak or shared PINs with complexity and lockout rules.
• Mobile or QR release: This is a great option for hybrid and distributed teams or sites with mixed hardware. It should be mandated with company phones or specific network access at the device.

Rather than forcing one method everywhere, pilot the likely candidates at representative sites and track release time, failed authentications, and support tickets. Standardize by site or user group based on what those numbers show. Since a method that’s secure on paper but slow at the device will get worked around.

Step 4: Plan for Windows, macOS, and Linux differences

Mixed operating systems change the rollout plan more than most teams expect. At a planning level:

• Windows has the most mature integration with most print management platforms, including native support in cloud services like Universal Print. The main planning concerns are driver standardization and the ongoing shift toward IPP-based, driverless printing under Windows Protected Print Mode.
• macOS usually needs a client app or agent deployed through MDM. Universal Print, for example, uses a Mac app from the App Store. By default, macOS requires admin rights to install printers, so plan for that setting if users will add printers themselves.
• Linux needs separate validation. Microsoft doesn’t offer a native Universal Print client for Linux, so Linux endpoints typically print through CUPS over IPP, and some third-party print management platforms support Linux agents directly. Confirm your platform’s Linux story before committing to it.

Connector and print server requirements matter too. Universal Print’s connector, used to bring older printers into the service, requires a Windows host regardless of which client operating systems you support.

» Here’s how to enable RMM on Mac and monitor Linux servers at scale

Step 5: Encrypt the print path end to end

Authenticated release protects the output tray but does nothing for the job while it’s crossing the network. Every leg of the path, from workstation to print server or cloud service and from there to the printer, should use an encrypted transport:

• For IPP-capable printers, that means IPPS over TLS instead of plain IPP or raw TCP printing
• For print servers, it means encrypted client connections and disabling legacy protocols that send jobs in the clear

Cloud print services handle much of this by default. Universal Print encrypts traffic with TLS 1.2 or 1.3 in transit and stores job data at rest on the same encrypted Microsoft 365 storage used by Exchange and OneDrive, with optional customer-managed keys. On-premises print servers and direct-to-printer paths need to be checked individually, since older devices may not support TLS at all.

» Here’s how to find a printer’s IP address

Step 6: Harden every printer in the fleet

Printers are networked computers, and they need the same baseline treatment as any other managed IT device:

• Keep firmware current: Track firmware versions across models and apply vendor security updates on a defined schedule rather than when something breaks.
• Change default admin credentials: Every device’s embedded web interface should have a unique, stored admin password, and access to it should be restricted to management networks where possible.
• Disable services you don’t use: Turn off FTP, Telnet, and legacy print protocols, and restrict or disable any remote management features that aren’t part of your process.
• Secure SNMP: Replace default community strings, and use SNMPv3 where the device supports it.
• Protect onboard storage: Enable storage encryption and automatic job overwrite where available, and wipe or destroy drives when devices are decommissioned or returned at lease end.
• Lock down the Windows print stack: Keep the Print Spooler patched, keep Point and Print restricted so standard users can’t install drivers, and disable the spooler on servers that don’t need to print. Where printers are compatible, evaluate Windows Protected Print Mode, which blocks third-party drivers in favor of IPP-based printing.

With policies, release models, authentication, encryption, and hardening defined, the remaining challenge is applying all of it across every office without leaving inconsistent devices behind.

» Outdated firmware? Here’s how to update your firmware

Step 7: Roll it out in stages

A phased rollout lets you find compatibility and adoption problems at a handful of sites instead of across the whole fleet at once.

1. Inventory the fleet: Build a complete list of printers by site, model, firmware version, connection type, and the users and workflows that depend on each one. Flag the devices handling sensitive output, such as HR, finance, and clinical printing. Atera’s asset and inventory scanning covers the endpoints that print, and the Network Discovery add-on runs scheduled scans that detect printers as network devices, including the ones that were plugged in locally and never added to any documentation.
2. Classify each device: Sort printers into those that support your chosen platform natively, those that need a connector or print server, and those that should be retired because they can’t support authenticated release or encrypted transport.
3. Prepare endpoints: Standardize supported drivers, confirm spooler and Point and Print settings, and bring print-related Windows updates current before the pilot starts. Atera’s remote script execution lets you push driver checks and spooler configuration scripts across selected device groups on demand, and AI Copilot can generate those scripts from a plain-language description.
4. Pilot at representative sites: Choose sites that reflect the fleet’s real variety, like a large office, a small branch, a site with older hardware, and at least one team with a specialist printer.
5. Validate before expanding: Confirm that authentication works at every device type, drivers print correctly with the features users need, firewall and network paths allow the traffic, and identity policies such as conditional access don’t block release.
6. Finalize policy: Adjust access groups, release rules, retention windows, and authentication choices based on what the pilot showed.
7. Deploy in waves: Migrate sites in groups, with user communication before each wave, clearly labeled secure-release printers, and a documented rollback path for each site. Staff the support queue for the first days after each wave.

» Boost network security with autonomous network discovery

How to keep it enforced after rollout

Secure printing degrades quietly. A replacement printer arrives with default settings, a firmware update resets a configuration, a department adds a local printer outside the managed fleet, or a device fails and users reroute jobs to one that doesn’t hold them. None of these announce themselves unless something is watching.

Enforcement needs two layers of visibility:

• The print platform: This is the authoritative source for job-level activity. It covers who printed what, where it was released, and which jobs expired unclaimed.
• The device layer: Covers whether printers and endpoints are healthy, reachable, and configured as expected. Atera handles the device layer. Infrastructure monitoring tracks printer availability and status values such as device errors and supply levels, with threshold-based alerts that can create tickets automatically based on your site, customer, or severity settings.

Additionally, secure printing belongs inside the organization’s broader endpoint, identity, and data protection strategy rather than living as a standalone printer project. Schedule periodic reviews covering:

• Printer firmware
• Admin privileges
• Inactive devices
• Access group membership
• Encryption settings
• Retention windows
• Audit logs

Apply least-privilege principles to print administration, so that only the people who manage print infrastructure hold admin roles on the platform and the devices.

Secure printing holds up when the fleet stays visible

A secure print rollout proves the controls existed on the day you switched them on. What keeps them working is everything after that, which means knowing which printers are on the network, which have gone offline, which are running outdated firmware, and which endpoints still carry spooler settings that should have changed months ago. Across a distributed fleet, that picture drifts quickly unless something is keeping track of it.

Atera’s RMM platform gives IT teams and MSPs that operational layer. Network Discovery scans surface printers that never made it into the rollout plan, SNMP monitoring tracks device availability and status with threshold-based alerts that can open tickets automatically, and remote script execution lets you push driver and spooler checks across device groups on demand.

» Don’t miss our guide to the best printer monitoring software or try Atera for free