Cloud migration for DSOs is fundamentally different from migration at a single practice. A solo practice switching platforms is converting one database and retraining one team. A DSO doing the same thing across six locations is running six simultaneous migrations with shared infrastructure, cross-location patient records, and a patient base that expects zero disruption at every office.
Here is the planning framework that prevents the failures we see most often.
The most common DSO cloud migration failure is treating it as a software project rather than an IT infrastructure project.
A cloud-based dental platform requires a minimum internet speed per active workstation, a backup internet connection at every location, network reconfiguration for cloud traffic prioritization, and workstation readiness across all sites. Practices that buy the software first and plan the infrastructure second discover these requirements after the go-live date is already set.
1
Compressed timelines set before infrastructure assessments are complete
A DSO that sets a go-live date before completing an infrastructure assessment at every location discovers that some offices have internet speeds below the minimum requirement, workstations running Windows 10 that need upgrading, or network equipment that cannot support cloud traffic prioritization. The go-live date becomes the driver instead of readiness.
2
Incomplete data migration verified at one location and assumed complete at the others
Patient records, imaging links, treatment history, and billing data must all transfer correctly at every location. A migration verified at the primary location and assumed complete at the others routinely produces data gaps that do not surface until a patient visits a location weeks after go-live.
Complete these phases in order before setting a go-live date. Check each item as your IT provider confirms it is complete.
Infrastructure Audit at Every Location
0/3Internet speed test at each location during active business hours
Must meet the cloud platform’s minimum per active workstation, not just the plan speed. Test during peak hours when all workstations are in use.
Workstation OS and RAM audit across all sites
Every workstation must meet the platform’s minimum specs. Windows 10 machines need to be identified and scheduled for upgrade before go-live.
Network equipment review and LTE failover status at each location
Routers must support QoS configuration. LTE failover must be installed and tested before go-live, not after.
Data Migration Planning
0/3Confirm which data transfers through the vendor’s conversion process
Patient records, imaging links, treatment history, billing data. Know exactly what the vendor’s conversion covers before migration begins.
Identify what requires manual migration or will not transfer at all
Historical imaging links, custom forms, and some document types frequently do not migrate automatically. These must be identified and planned for before go-live.
Document and run the verification process at every location independently
Do not verify at one location and assume others are complete. Each location’s migration must be independently verified before that location goes live.
Sequenced Go-Live
0/3Migrate one location first and run it on the new platform for 2 to 4 weeks
A phased rollout catches problems at scale before they affect the entire organization. The pilot location surfaces issues the lab environment did not.
Document issues found at pilot location and resolve before expanding rollout
Every problem found at the pilot location is a problem prevented at every subsequent location. This step is the highest-value investment in the entire migration.
Set go-live dates for remaining locations only after pilot is confirmed stable
The go-live schedule should follow readiness, not the other way around. Setting dates before pilot confirmation is the most common cause of DSO migration failures.
All nine pre-migration items confirmed.
Your DSO has completed the planning framework before setting a go-live date. This sequence is what separates migrations that go smoothly from those that surface data gaps and infrastructure problems after go-live. Share this checklist with your IT provider and confirm each item is documented before the first location migrates.
Minimum 25 Mbps download and 10 Mbps upload per active workstation at each location
This is per workstation, not per office. A location with 6 active workstations needs 150 Mbps download and 60 Mbps upload minimum. Test during business hours when all workstations are active.
Fiber internet strongly preferred over cable for upload speed consistency
The most common shortfall is upload speed. Cloud-based dental software continuously sends patient data, imaging files, and claims to remote servers. Cable plans with asymmetric speeds frequently meet download minimums but fail on upload.
A backup LTE failover connection at every location before go-live
LTE failover must be installed and tested before go-live, not after. A cloud-based practice without failover loses access to scheduling, billing, and patient records simultaneously during any internet outage.
Quality of Service configuration on each location’s router prioritizing cloud PMS traffic
QoS ensures cloud PMS traffic is not competing equally with video streaming or other non-critical network activity. An unconfigured network causes slowdowns that look like software problems but are actually bandwidth prioritization failures.
Most internet plans advertise download speed. Upload speed is what matters for cloud dental software performance. A location that passes the download test and fails the upload test will have performance problems on the cloud platform from day one. Confirm upload speed independently at every location during business hours before finalizing go-live.
Per-location readiness assessments covering internet speed, workstation specs, network equipment, and LTE failover status before migration is scheduled.
Workstation upgrades and OS migrations at every location that does not meet the cloud platform’s minimum specifications.
QoS configuration and LTE failover installation at each location to ensure cloud PMS traffic is prioritized and a backup connection is in place before go-live.
Data migration coordination including verification at every location independently, not assumed complete from a single-site check.
Post-migration verification at every site confirming patient records, imaging links, and billing data transferred correctly before the location goes live.
On-site support in New England and New York. Remote support for dental groups nationwide. Certified Open Dental vendor partner.
Ekim IT Solutions works exclusively with dental practices. We serve New England and New York with on-site support and dental practices nationwide with remote support. We build and manage cloud migration plans for DSOs that account for shared infrastructure, cross-location patient records, and the sequencing your group needs to move locations without taking down the whole organization.