--- title: "What Is Driverless Printing | Cloud Rendering Explained" description: "Driverless printing uses cloud rendering to eliminate printer drivers from endpoints. Learn how it works and why IT teams are adopting it." type: article version: 1 version_id: "5bed7a07-b811-4ea1-be73-24634f593d34" generated_at: "2026-07-02T09:52:20.370Z" language: en reading_time: "7 min" word_count: 1322 keywords: ["What Is Driverless Printing", "Cloud Rendering Explained", "Driverless Printing Definition", "How Cloud Rendering Works", "Frequently Asked Questions"] url: "https://www.ezeep.com/learn/what-is-driverless-printing" --- # What Is Driverless Printing | Cloud Rendering Explained > Driverless printing uses cloud rendering to eliminate printer drivers from endpoints. Learn how it works and why IT teams are adopting it. ## Key Takeaways - Driverless Printing Definition - Why Printer Drivers Cause So Many Problems - How Cloud Rendering Works - Where Driverless Printing Makes the Biggest Difference - How ezeep Implements Driverless Printing ## Contents - [Driverless Printing Definition](#driverless-printing-definition) - [Why Printer Drivers Cause So Many Problems](#why-printer-drivers-cause-so-many-problems) - [How Cloud Rendering Works](#how-cloud-rendering-works) - [Where Driverless Printing Makes the Biggest Difference](#where-driverless-printing-makes-the-biggest-difference) - [How ezeep Implements Driverless Printing](#how-ezeep-implements-driverless-printing) - [Dive Into the World of ezeep](#dive-into-the-world-of-ezeep) - [Frequently Asked Questions](#frequently-asked-questions) - [Stop Managing Drivers. Start Managing Printing.](#stop-managing-drivers-start-managing-printing) Overview # What Is Driverless Printing? How cloud rendering eliminates printer drivers from every endpoint in your environment, and why that matters for IT, security, and support. ## Driverless Printing Definition [Driverless printing](/features/driverless-printing?hsLang=en) is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across [Windows](/use-cases/windows-printing?hsLang=en), [macOS](/use-cases/mac-ios-printing?hsLang=en), [ChromeOS](/use-cases/chromeos-printing?hsLang=en), [iOS](/use-cases/mobile-byod-printing?hsLang=en), and [Android](/use-cases/android-printing?hsLang=en), with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Printing Problems ## Why Printer Drivers Cause So Many Problems #### Every Model Needs Its Own Driver Konica Minolta bizhub C needs a different driver than bizhub i-Series. Brother HL-L needs a different one than MFC-J. Multiply that by every OS in your environment and you have a matrix that grows with every new printer or device. Every Model Needs Its Own Driver #### Driver Conflicts Crash the Spooler When two incompatible drivers land on the same machine, the Windows Print Spooler crashes and printing stops for every user on that device. It's consistently one of the most common print support tickets across enterprises. Driver Conflicts Crash the Spooler #### Every OS Update Is a Risk Microsoft has patched the Windows Print Spooler 29 times since PrintNightmare in 2021. Each patch changes how drivers load or which permissions are required. Every update risks breaking driver deployments that were working the day before. Every OS Update Is a Risk #### Cross-Platform Support Is Fragmented Windows, macOS, ChromeOS, iOS, and Android all handle printer drivers differently. Packaging and deploying drivers per OS per model per location is a recurring cost that grows with every new device type IT has to support. Cross-Platform Support Is Fragmented ## How Cloud Rendering Works When a user prints, their device sends a lightweight print stream to the [cloud platform](/platform-overview?hsLang=en). The stream doesn't contain printer-specific formatting because no local driver was involved in creating it. The cloud platform receives the stream, looks up the target printer, selects the matching manufacturer driver from its hosted library, and renders the job into the exact native format that printer expects. The rendered job is then delivered to the printer through [a Hub](/ezeep-hub?hsLang=en) or connector on the local network. The printer receives data it can process immediately, as if a locally installed driver had prepared it. All manufacturer-specific features (finishing options, tray selection, duplex, stapling, color profiles) are available because the cloud is using the same driver the endpoint would have used. The difference is where the rendering happens, not whether it happens. Because the driver library is maintained centrally, adding support for a new printer model doesn't require any action on endpoints. The platform provider adds the driver to the library, and every user in the organization can print to that model immediately. No deployment, no testing, no rollout. Environments ## Where Driverless Printing Makes the Biggest Difference ### Virtual Desktop Environments Azure Virtual Desktop, Windows 365, Citrix, and Omnissa Horizon all suffer when drivers are installed on session hosts. Image bloat, spooler crashes, and login delays are common. Driverless printing keeps session hosts clean and eliminates the need for driver pools in golden images. [Virtual Desktop Environments](https://www.ezeep.com/use-cases/azure-virtual-desktop-printing?hsLang=en) ### Mixed Device Environments Organizations where users work on Windows, macOS, Chromebooks, iPhones, and Android devices need printing that works consistently across all of them. Cloud rendering provides one print path regardless of operating system. [Mixed Device Environments](https://www.ezeep.com/use-cases/cross-platform-printing?hsLang=en) ### Multi-Vendor Printer Fleets When you run HP alongside Xerox, Lexmark, Konica Minolta, Epson, and Zebra, each brand requires its own driver set. Cloud rendering handles all of them from a single hosted library, so users see one consistent print experience. ### Security-Conscious Organizations Every locally installed driver is a potential attack surface. PrintNightmare proved that conclusively. Removing drivers from endpoints eliminates the entire class of spooler-based vulnerabilities and aligns with Windows Protected Print mode's direction. [Security-Conscious Organizations](https://www.ezeep.com/security-compliance?hsLang=en) ezeep Cloud Printing ## How ezeep Implements Driverless Printing ezeep's cloud rendering engine maintains a library of over 6,000 manufacturer-specific printer drivers. When a user prints, the job is matched to the correct driver, rendered in the cloud, and delivered to the printer through the ezeep Hub. The user's device never installs a driver. IT manages the entire fleet from a single console, and new printer models are supported as they're added to the library. [See How Driverless Printing Works](https://www.ezeep.com/features/driverless-printing?hsLang=en) Related Articles ## Dive Into the World of ezeep #### What is Cloud Printing? The fundamentals: what cloud printing is and what it replaces. [What is Cloud Printing?](https://www.ezeep.com/learn/what-is-cloud-printing?hsLang=en) #### Cloud Printing Security How removing drivers strengthens your security posture. [Cloud Printing Security](https://www.ezeep.com/learn/cloud-printing-security?hsLang=en) #### How Cloud Printing Works The full architecture from device to cloud to printer. [How Cloud Printing Works](https://www.ezeep.com/learn/how-cloud-printing-works?hsLang=en) ## Frequently Asked Questions Curious about how it all works? Here's everything you wanted to know about ezeep's cloud printing solution! ##### Does driverless printing affect print quality or advanced features? No. Cloud rendering uses the same manufacturer-specific drivers that would be installed locally. All features, including finishing options, tray selection, stapling, duplex, and color profiles, are preserved. The output is identical to what a locally installed driver produces. ##### How is driverless printing different from IPP Everywhere or Mopria? IPP Everywhere and Mopria standardize how devices communicate with printers, but rendering still happens on the endpoint and only works with certified models. Cloud-based driverless printing moves rendering to the cloud, works across every major OS, and supports any printer in the platform's driver library, including legacy models that aren't Mopria-certified. ##### What if my printer model isn't in the cloud driver library? Most cloud printing platforms maintain libraries of thousands of drivers covering the major manufacturers. If a specific model isn't listed, you can typically request it and the provider adds it within a few weeks. In the meantime, compatible generic drivers often cover basic functionality. ##### Does driverless printing work on mobile devices? Yes. [Mobile devices](/use-cases/mobile-byod-printing?hsLang=en) like iPhones, iPads, and Android phones can't install traditional printer drivers at all. [Driverless cloud printing](/platform-overview?hsLang=en) is the only way to give mobile users full print access to any printer with all features available, without relying on AirPrint proximity or vendor-specific mobile apps. ##### Is driverless printing the same as Windows Protected Print mode? Not exactly. Windows Protected Print mode restricts Windows 11 to using only the Microsoft IPP Class Driver and blocks third-party drivers. It requires Mopria-certified printers with IPP enabled. Cloud-based driverless printing achieves a similar goal (no third-party drivers on endpoints) but works across all operating systems and supports any printer in the cloud library, not just Mopria-certified models. Back to top ## Stop Managing Drivers. Start Managing Printing. ezeep is free for up to 10 users. See what printing looks like without drivers on a single endpoint. [Start 14-Day Free Trial](https://www.ezeep.com/free-trial?hsLang=en) [Book a Demo](https://www.ezeep.com/demo?hsLang=en) --- ## Frequently Asked Questions ### What Is Driverless Printing? How cloud rendering eliminates printer drivers from every endpoint in your environment, and why that matters for IT, security, and support. How cloud rendering eliminates printer drivers from every endpoint in your environment, and why that matters for IT, security, and support. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. Driverless Printing Definition Driverless printing is a model where print jobs are rendered in the cloud using manufacturer-specific drivers, rather than on the user's device or a local print server. The user's device sends a lightweight, driver-free print stream to a cloud platform, which matches it to the correct driver from a hosted library, renders the job into the printer's native format, and delivers it. No printer driver is ever installed on the endpoint. This is different from universal driver approaches like IPP Everywhere or Mopria, which standardize communication between device and printer but still require the endpoint to do the heavy lifting. It's also different from Microsoft's Windows Protected Print mode, which uses the Microsoft IPP Class Driver but requires Mopria-certified printers with IPP enabled and only works on Windows 11. Cloud-based driverless printing works across Windows, macOS, ChromeOS, iOS, and Android, with any printer in the cloud platform's driver library. The practical benefit is straightforward: IT stops managing printer drivers entirely. No driver packaging, no compatibility testing, no deployment through GPO or SCCM, no troubleshooting when a new OS update breaks an existing driver. The cloud library is maintained by the platform provider and updated independently of anything running on your endpoints. ### What is Cloud Printing? The fundamentals: what cloud printing is and what it replaces. Cloud Printing Security Cloud Printing Security Cloud Printing Security Cloud Printing Security Cloud Printing Security How removing drivers strengthens your security posture. Cloud Printing Security ### Does driverless printing affect print quality or advanced features? No. Cloud rendering uses the same manufacturer-specific drivers that would be installed locally. All features, including finishing options, tray selection, stapling, duplex, and color profiles, are preserved. The output is identical to what a locally installed driver produces. How is driverless printing different from IPP Everywhere or Mopria? IPP Everywhere and Mopria standardize how devices communicate with printers, but rendering still happens on the endpoint and only works with certified models. Cloud-based driverless printing moves rendering to the cloud, works across every major OS, and supports any printer in the platform's driver library, including legacy models that aren't Mopria-certified. How is driverless printing different from IPP Everywhere or Mopria? ### How is driverless printing different from IPP Everywhere or Mopria? IPP Everywhere and Mopria standardize how devices communicate with printers, but rendering still happens on the endpoint and only works with certified models. Cloud-based driverless printing moves rendering to the cloud, works across every major OS, and supports any printer in the platform's driver library, including legacy models that aren't Mopria-certified. What if my printer model isn't in the cloud driver library? Most cloud printing platforms maintain libraries of thousands of drivers covering the major manufacturers. If a specific model isn't listed, you can typically request it and the provider adds it within a few weeks. In the meantime, compatible generic drivers often cover basic functionality. What if my printer model isn't in the cloud driver library? ### What if my printer model isn't in the cloud driver library? Most cloud printing platforms maintain libraries of thousands of drivers covering the major manufacturers. If a specific model isn't listed, you can typically request it and the provider adds it within a few weeks. In the meantime, compatible generic drivers often cover basic functionality. Does driverless printing work on mobile devices? Yes. Mobile devices like iPhones, iPads, and Android phones can't install traditional printer drivers at all. Driverless cloud printing is the only way to give mobile users full print access to any printer with all features available, without relying on AirPrint proximity or vendor-specific mobile apps. Does driverless printing work on mobile devices? ### Does driverless printing work on mobile devices? Yes. Mobile devices like iPhones, iPads, and Android phones can't install traditional printer drivers at all. Driverless cloud printing is the only way to give mobile users full print access to any printer with all features available, without relying on AirPrint proximity or vendor-specific mobile apps. Is driverless printing the same as Windows Protected Print mode? Not exactly. Windows Protected Print mode restricts Windows 11 to using only the Microsoft IPP Class Driver and blocks third-party drivers. It requires Mopria-certified printers with IPP enabled. Cloud-based driverless printing achieves a similar goal (no third-party drivers on endpoints) but works across all operating systems and supports any printer in the cloud library, not just Mopria-certified models. Is driverless printing the same as Windows Protected Print mode? ### Is driverless printing the same as Windows Protected Print mode? Not exactly. Windows Protected Print mode restricts Windows 11 to using only the Microsoft IPP Class Driver and blocks third-party drivers. It requires Mopria-certified printers with IPP enabled. Cloud-based driverless printing achieves a similar goal (no third-party drivers on endpoints) but works across all operating systems and supports any printer in the cloud library, not just Mopria-certified models. Stop Managing Drivers. Start Managing Printing. Start 14-Day Free Trial Book a Demo Stop Managing Drivers. Start Managing Printing. ezeep is free for up to 10 users. See what printing looks like without drivers on a single endpoint. Stop Managing Drivers. Start Managing Printing. --- ## About This Content **Source:** [What Is Driverless Printing | Cloud Rendering Explained](https://www.ezeep.com/learn/what-is-driverless-printing) *This content is provided for informational purposes. Please visit the original source for the most up-to-date information.*