Adopting Internet Printing Protocol for Windows - by John Marion (Paperback)

Book Synopsis

Microsoft has unveiled the most comprehensive update to Windows printer networks in twenty years. By 2028, Microsoft will no longer support new third-party print drivers and will move to Internet Printing Protocol (IPP) in several discrete stages. Stay ahead of the curve by mastering the protocol in-depth and transitioning Microsoft printer networks with this seamless, step-by-step guide. IPPS will safeguard printer networks against dangerous security vulnerabilities such as the lack of encryption for port 9100 and LPR. Microsoft also encourages networks to enable Windows Protected Print to reduce print spooler attack vectors; learn how to accomplish this important step.

This book will educate managers, administrators, and developers alike on this significant change in the Microsoft print world. Delve into why this is happening and how to prepare before Microsoft phases out third-party print drivers. The concepts covered here apply to both Windows Workstation and Windows Server.

What You Will Learn

Understand the updates Microsoft implemented to address security vulnerabilities and how they affect the decision to turn away from their legacy print architecture. Understand how the IPP/IPPS protocol works by building a functioning IPP/IPPS print library in C#. Show users how to trace print jobs on the network, recover data from port 9100 print jobs, and detect issues in IPP/IPPS print streams using Wireshark. Cover Microsoft's Modern Print Initiative and adoption of IPP/IPPS, what the Microsoft IPP class driver offers, and how to integrate this into the enterprise. What a Print Support App does and how to debug one. Defend against security vulnerabilities by enabling Windows Protected Print.

Who This Book is For

This book is for both the system administrator trying to learn a new protocol and for developers that will need to support the new protocol. This book should also be useful to system engineers and security consultants as it exposes the security vulnerabilities in the present print sub-system. Managers should also learn why the change is necessary and how to transition over to IPP/IPPS from legacy print models.

From the Back Cover

Microsoft has unveiled the most comprehensive update to Windows printer networks in twenty years. By 2028, Microsoft will no longer support new third-party print drivers and will move to Internet Printing Protocol (IPP) in several discrete stages. Stay ahead of the curve by mastering the protocol in-depth and transitioning Microsoft printer networks with this seamless, step-by-step guide. IPPS will safeguard printer networks against dangerous security vulnerabilities such as the lack of encryption for port 9100 and LPR. Microsoft also encourages networks to enable Windows Protected Print to reduce print spooler attack vectors; learn how to accomplish this important step.

This book will educate managers, administrators, and developers alike on this significant change in the Microsoft print world. Delve into why this is happening and how to prepare before Microsoft phases out third-party print drivers. The concepts covered here apply to both Windows Workstation and Windows Server.

What You Will Learn

• Understand the updates Microsoft implemented to address security vulnerabilities and how they affect the decision to turn away from their legacy print architecture.
• Understand how the IPP/IPPS protocol works by building a functioning IPP/IPPS print library in C#.
Show users how to trace print jobs on the network, recover data from port 9100 print jobs, and detect issues in IPP/IPPS print streams using Wireshark.
• Cover Microsoft's Modern Print Initiative and adoption of IPP/IPPS, what the Microsoft IPP class driver offers, and how to integrate this into the enterprise.
• What a Print Support App does and how to debug one.
Defend against security vulnerabilities by enabling Windows Protected Print.

About the Author

John Marion is a seasoned developer with over 30 years of experience across multiple operating systems, including Windows, Linux, and embedded systems, with a primary focus on Windows environments. His expertise spans programming in C/C++, .NET, and Assembly, particularly in developing robust solutions for microcontrollers. Currently, John manages a large-scale network supporting over 70,000 users, where he has cultivated extensive knowledge in client-server print systems.