High availability and business continuity: How to keep printing when your server isn’t available

For many organizations, printing remains a business-critical process. Hospitals print patient documentation. Manufacturers print production orders. Universities print exam materials. Offices rely on secure document workflows throughout the day. Even a short interruption can impact productivity and place additional pressure on IT teams.

IT teams spend significant time on maintenance and troubleshooting to prevent these failures, which costs an average of £3,360 per server annually to manage and update.

This is why high availability continues to be one of the most common topics discussed with MyQ partners and customers.

Across Community Portal discussions, Knowledge Base searches, and chatbot conversations, administrators frequently ask about Microsoft Failover Clustering, Fallback Printing, Client Spooling, and Device Spooling.

These technologies all serve the same purpose: reducing the impact of downtime and maintaining business continuity. 

High availability starts long before an outage 

Many organizations think about disaster recovery only after experiencing an incident. A better approach is to build resilience into the print infrastructure from the beginning.

High availability isn’t a single feature. It’s a strategy that combines infrastructure design with failover technologies, allowing users to continue printing while minimizing disruption.

Fear of outages is a primary barrier to cloud adoption, with 24% to 25% of organizations worried about the reliability and uptime of cloud services or the impact of losing internet connectivity.

Depending on an organization’s environment, that strategy may include redundant servers, Microsoft Failover Clustering, local job spooling, device-based job storage, or fallback printing. Often, the strongest solution combines several of these approaches rather than relying on just one. 

Microsoft Failover Clustering provides infrastructure resilience  

A failover cluster consists of multiple Windows Server nodes that work together to provide continuous service. If the active server becomes unavailable because of hardware failure, planned maintenance, or another issue, workloads automatically move to another node within the cluster with minimal interruption. 

Microsoft describes failover clustering as a way to increase the availability of applications and services by reducing single points of failure.

For MyQ deployments, clustering provides resilience at the server level. Instead of depending on a single print server, organizations can maintain service availability through redundant infrastructure while simplifying maintenance and reducing operational risk.

While clustering protects the server infrastructure, organizations often complement it with additional failover mechanisms that keep users productive if the print server itself cannot process jobs.

Fallback Printing keeps users productive during server outages 

 One of the simplest ways to maintain printing during server downtime is Fallback Printing.

When MyQ Desktop Client detects that the print server is unavailable, it can automatically redirect print jobs to a predefined printer or allow users to select an alternative device. Once communication with the server is restored, accounting information is synchronized automatically.

This provides several practical benefits:

• Users can continue printing during planned or unplanned outages. 

• Print accounting is preserved after connectivity returns. 

• Organizations can maintain productivity without requiring immediate server recovery. 

• Fallback Printing can be combined with additional resilience features for greater continuity.   

Only job metadata is sent to the MyQ server, while the print job itself remains on the user’s workstation until it is released. When the user authenticates at a supported device, the document is sent directly from the workstation to the printer. 

Building resilience into everyday printing

High availability is not about eliminating every possible outage. It is about designing the print environment so that when disruption occurs, users can continue working and IT teams have more options for maintaining service.

Microsoft Failover Clustering, Fallback Printing, Client Spooling, and Device Spooling address different points of failure, from server infrastructure to local job handling. Used individually or together, they help organizations reduce downtime, protect productivity, and build greater resilience into business-critical printing. 

For MyQ customers and partners, the right approach will depend on the infrastructure, availability requirements, and level of continuity each environment needs. Planning these measures before an outage occurs is what turns business continuity from a recovery exercise into part of the infrastructure itself.