Do You Offer Any Response Time Guarantees?

Every NovoServe server comes with our Standard support level included at no extra cost.

  • Service: For any hardware or network-related problem, our engineers will find the best solution to solve your issues.
  • Response Time Target: The target for an initial response from an engineer is 8 Business Hours. This is our standard SLA that comes with every server you order with NovoServe.

This default level is sufficient for most customer needs.

 Optional Paid SLA 

For mission-critical servers where a rapid response is essential, a paid SLA provides a contractually guaranteed response time. The speed of the response is determined by the SLA level you choose. An SLA is purchased on a per-server basis.

Service: When you submit a support request, we guarantee that a NovoServe engineer will acknowledge and begin working on your case within the specified timeframe.

Guaranteed SLA Levels & Response Times:

Service Level Response Time Target
Associate 4 Business Hours
Advanced 4 Hours
Strategic 2 Hours
Elite 1 Hour
 
For a complete overview of our service levels, including detailed terms and response times, please refer to our official Service Level Agreement document.
 
If you would like to opt for non-standard SLA, discuss which level is right for you, our sales representatives are happy to consult with you. Please contact our sales team for a personal consultation.

 

About the author

Sjoerd van Groning

Sjoerd van Groning brings a multidisciplinary technical background to his role as Product Manager at NovoServe. With deep experience spanning network architecture, server infrastructure, and application hosting (including previous leadership at software firm Phusion), Sjoerd understands the full IT stack—from the physical fiber layer to the application runtime. His expertise lies in translating complex operational requirements into robust hardware designs, ensuring that bare metal configurations are engineered to support specific software workloads. Sjoerd focuses on the intersection of engineering constraints and system performance, designing infrastructure that is technically sound and built for scale.