Secure IPP and IPPS Cloud Printing: How to Protect the Print Channel

Cloud printing is becoming a core part of modern IT infrastructure.

As organizations move away from traditional print servers, legacy drivers, and manually managed queues, printing is beginning to resemble the rest of the enterprise technology environment: cloud-managed, endpoint-flexible, identity-aware, and security-driven.

That shift changes the question IT teams need to ask.

It is no longer enough to ask, “Can users print?”

The better question is: Can users print securely, reliably, and in a way that aligns with the organization’s modern security model?

That is where IPP and IPPS become important.

What Are IPP and IPPS?

IPP stands for Internet Printing Protocol. It provides a standardized way for computers, cloud print services, print servers, mobile devices, and printers to communicate.

In traditional print environments, organizations often depend on manufacturer-specific drivers. Those drivers must be packaged, deployed, tested, updated, and supported across multiple operating systems and printer models.

IPP helps simplify this model by supporting a more standardized print path. It is an important foundation for driverless printing, modern Windows printing, mixed endpoint support, and cloud-based print management.

IPPS is the secure version of IPP.

It uses an encrypted HTTPS/TLS connection to help protect print traffic as it moves between an endpoint, print service, and printer.

A simple way to understand the difference is:

• IPP defines how print systems communicate.

• IPPS helps secure that communication.

• Certificates help establish trust between the systems involved.

For organizations moving toward cloud printing, IPP supports modernization. IPPS supports modernization without sacrificing the security of the print channel.

Why Encrypted Print Traffic Matters

Print jobs are data.

A document may pass through an endpoint, network, cloud service, print platform, connector, server, and physical printer before reaching the output tray. If that path is not adequately secured, sensitive information may be exposed while in transit.

Printed documents frequently contain:

• Patient or student records

• Financial reports

• Legal documents and contracts

• HR files

• Government forms

• Insurance claims

• Personally identifiable information

• Confidential business communications

This means print security cannot focus only on what happens after the document is printed. It must also address how the document travels through the environment.

A secure print strategy should consider whether traffic is encrypted, how printers are trusted, how certificates are maintained, how users authenticate, and whether activity can be centrally controlled and audited.

Why IPPS Is Becoming More Important

Several changes are happening across enterprise IT at the same time.

Windows Protected Print Mode is moving Windows toward the modern print stack. Organizations are replacing on-premises print servers with cloud platforms. ARM64 Windows devices and Apple Silicon Macs are becoming more common. Cloud-based endpoint management is replacing older domain-dependent processes, while zero trust principles are changing how organizations evaluate users, devices, and network connections.

Together, these trends make secure IPP-based printing increasingly important.

Removing print servers or legacy drivers does not automatically create a secure print environment. IT teams still need to understand how print data moves, whether the connection is encrypted, and how trust is established between the cloud service and the printer.

The Role of Certificate Management

Certificates are central to secure IPPS communication.

They help verify that a client or service is communicating with the intended printer and allow the connection to be encrypted. However, certificate management can become difficult in environments with many devices, offices, and printers.

IT teams may need to manage:

• Certificate generation and deployment

• Printer certificate installation

• Renewal and expiration monitoring

• Trust-chain validation

• Internal certificate authority requirements

• Certificate errors and failed connections

Managing this manually may be practical for a small printer fleet. At enterprise scale, it can create a significant administrative burden.

A secure cloud print solution should therefore make certificates easier to deploy, maintain, and renew. Cloud printing should simplify infrastructure, not replace print server maintenance with a new certificate management problem.

How IPPS Supports Zero Trust Printing

Zero trust assumes that users, devices, and network connections should not be trusted automatically.

Applied to printing, this means IT teams need to consider:

• Who is allowed to print

• Which printers each user can access

• Whether the user has authenticated

• Whether the printer is trusted

• Whether the print channel is encrypted

• Whether sensitive jobs require secure release

• Whether print activity is logged

• Whether policies can be applied centrally

IPPS strengthens the communication layer, but it is only one part of a complete zero trust print strategy.

Organizations may also need identity-based access, role-based permissions, secure release printing, centralized policies, printer fleet visibility, and audit trails.

How PF360 Print Supports Secure IPP/IPPS Printing

PF360 Print helps organizations modernize print infrastructure while addressing security, device compatibility, and continuity.

IPP Support for Modern Windows Printing

PF360 Print supports IPP printers for Windows Protected Print Mode readiness. This helps organizations align with the modern Windows print stack while reducing their dependence on traditional third-party drivers.

IPPS Certificate Management

PF360 Print supports IPPS certificate management, helping IT teams deploy certificates for a secure print channel without relying on separate manual configuration for every printer.

This makes encrypted print communication easier to manage across larger fleets and multiple locations.

ARM64 and Mixed-Device Support

PF360 Print supports ARM64 devices across cloud and on-premises deployments. This helps organizations support modern Windows hardware and mixed endpoint fleets without creating separate printing processes for each device type.

Cloud and On-Premises Flexibility

Not every organization can migrate every print workflow at once. PF360 Print supports both cloud and on-premises deployment models, allowing IT teams to modernize in phases while retaining support for specialized or location-dependent workflows.

Backup Printing for Local Continuity

Security should not come at the expense of resilience.

PF360 Print’s Backup Printer feature allows users to continue printing locally if internet connectivity is disrupted. This gives organizations the benefits of cloud management while maintaining continuity for critical departments.

Building a Secure Cloud Print Strategy

Begin by inventorying printers, queues, servers, protocols, drivers, certificates, endpoints, locations, and business-critical workflows.

Next, identify printers that support IPP and IPPS, document any remaining driver dependencies, and prioritize workflows involving sensitive or regulated information.

Before rolling out broadly, test:

• Certificate trust and IPPS connectivity

• Printer discovery and performance

• Windows, Mac, and ARM64 compatibility

• Secure release workflows

• Application-specific printing

• Outage and backup printing scenarios

The result should be a print environment that is not only cloud-managed, but secure, manageable, and resilient.

Secure the Print Channel Before Modernizing

Cloud printing is about more than replacing print servers.

It is an opportunity to reduce legacy driver dependency, encrypt print communication, improve certificate management, support modern endpoints, and align printing with zero trust security principles.

PF360 Print supports this transition through IPP printer compatibility, IPPS certificate management, ARM64 support, backup printing, and flexible cloud or on-premises deployment.

Organizations evaluating Windows Protected Print Mode, print server replacement, or stronger print security should assess whether their current infrastructure is ready for secure IPP/IPPS cloud printing.