Managed IT & Cybersecurity for Orthodontic Practices in British Columbia
We run the IT for an orthodontic practice on Ortho2 Edge Cloud right now. Not theoretically. In production. The CBCT data flows, the backups verify, and the network stays segmented. Here is what that looks like.
The IT problems orthodontic practices deal with
CBCT storage that grows faster than anyone planned for
A single cone beam scan produces hundreds of megabytes of volumetric data. Multiply that by every new patient, every progress scan, and every refinement check across a multi-year treatment plan. The storage your practice started with three years ago is not sufficient for what you need today. When the server runs low on disk space, Dolphin Imaging slows to a crawl and clinicians start waiting on technology instead of treating patients.
Long-term records that span years of treatment
Orthodontic treatment plans run one to three years. Retention monitoring extends well beyond that. Every initial scan, every progress image, every treatment note must remain accessible and intact for the full duration. This is not a general dentistry records problem where most cases close within weeks. Your data retention requirements are structurally different, and your backup and archival strategy must reflect that.
Bandwidth constraints from imaging workflows
Intraoral scanners generate large STL files. CBCT scans push even larger DICOM datasets across the network. When a clinician is viewing a 3D reconstruction in Dolphin while the front desk is pulling up patient records in Ortho2 and a scan is transferring from the imaging suite, a consumer-grade network buckles. Orthodontic workflows demand network infrastructure designed for sustained high-throughput data movement.
Practice management in the cloud with no local IT strategy
Ortho2 Edge Cloud moves the application to the cloud, but your workstations, your network, your printers, your scanners, and your imaging equipment are still local. Cloud practice management does not eliminate the need for managed IT. It changes the shape of it. Your endpoints still need patching, your network still needs segmentation, and your users still need access controls.
PIPA obligations for minors and long-duration records
A significant portion of orthodontic patients are minors. Records involving minors carry additional sensitivity under PIPA. Combined with multi-year treatment timelines and extended retention periods, the compliance surface area for an orthodontic practice is larger than most healthcare offices of similar size. Documentation of data handling practices is not optional.
Orthodontic software we support in production
We do not list software we have read about. We list software we manage in live orthodontic environments. Ortho2 Edge Cloud is running in a practice we support right now. We know the network requirements, the integration points, and the failure modes because we have seen them in production.
Ortho2 Edge CloudPrimary
Our proven platform. We manage the endpoint configuration, network optimization, printing integration, and the local infrastructure that Edge Cloud depends on even though the application lives in the cloud. We have worked through the specific requirements for imaging integration, scanner connectivity, and the bandwidth thresholds that keep the platform responsive. This is not theoretical knowledge. It comes from a live deployment.
Dolphin Imaging
Dolphin handles cephalometric analysis, treatment simulation, and 3D imaging visualization. The storage requirements are substantial and grow with every patient. We manage the server infrastructure, the database health, the backup strategy for large imaging datasets, and the network throughput that Dolphin requires to render 3D reconstructions without clinician-facing delays.
Intraoral Scanner Integration
iTero, 3Shape TRIOS, and Medit scanners all produce large mesh files that need to flow reliably to practice management and imaging software. We handle the network configuration, USB and Wi-Fi connectivity, and the file transfer workflows that keep scan data moving from chair to treatment planning without manual intervention.
CBCT Cone Beam Systems
Planmeca, Carestream, and i-CAT cone beam scanners generate the largest datasets in the practice. We design the storage architecture, network segmentation, and backup infrastructure specifically for the volume and sensitivity of CBCT data. When a scanner vendor needs network access for calibration or software updates, we manage the session.
Compliance for orthodontic records in BC
Orthodontic practices hold patient records for years, often involving minors, and including volumetric imaging data that is both large and sensitive. The compliance requirements are specific to this treatment model and timeline.
PIPA (Personal Information Protection Act)
PIPA governs the collection, use, and disclosure of personal information by BC private-sector organizations, including orthodontic practices. Patient records containing health information, treatment plans, imaging data, and insurance details all fall within scope. For orthodontic practices specifically, the multi-year treatment relationship and the prevalence of minor patients create a compliance surface area that requires documented access controls, retention policies, and breach response procedures that account for these realities.
PIPEDA (Personal Information Protection and Electronic Documents Act)
Federal privacy law applies to cross-provincial data flows such as insurance submissions to national carriers, referrals to out-of-province specialists, and communication with lab partners across Canada. PIPEDA requires security safeguards proportionate to the sensitivity of the information, and orthodontic health records rank high on that scale.
Professional Record Retention Standards
Orthodontic records must be retained for the regulated minimum period following the last treatment date, with additional considerations for patients who were minors at the time of treatment. We build backup and archival strategies that account for these timelines, ensuring records remain accessible, intact, and recoverable for the full required duration without relying on aging hardware or untested media.
What Nexanova does for orthodontic practices
What the software vendor handles vs. what we handle
- Ortho2 Edge Cloud application availability and cloud infrastructure
- Dolphin Imaging software updates and clinical feature development
- Scanner manufacturer hardware calibration and warranty service
- Practice management software licensing and billing
- Clinical workflow training and application-level support
- Local network architecture, segmentation, and bandwidth optimization for imaging workloads
- Workstation deployment, patching, endpoint security, and browser configuration for Edge Cloud
- Storage infrastructure for CBCT, intraoral scan, and imaging data with capacity planning
- Backup configuration, monitoring, retention-aware archival, and monthly restore verification
- User account management, access controls, and multi-factor authentication
- PIPA compliance documentation and privacy program support for multi-year orthodontic records
- Vendor coordination with Ortho2, Dolphin, scanner manufacturers, and ISPs
- Cybersecurity monitoring, threat detection, and incident response
AI tools for orthodontic practice efficiency
Orthodontic practices have specific workflow patterns that AI can accelerate. Multi-year treatment relationships mean more communication touchpoints per patient, more recall coordination, and more progress documentation than a typical healthcare practice.
Recall workflow automation
Orthodontic recall is not a simple six-month reminder. Patients are at different stages of active treatment, retention monitoring, and follow-up. AI-driven recall automation adapts outreach cadence to treatment phase, sends contextually appropriate messages, and escalates non-responsive patients to staff for personal follow-up. The system works with your existing schedule, not against it.
Treatment progress communication
Parents want to know how treatment is progressing. AI-assisted communication tools generate clear, accurate progress summaries based on clinical notes and imaging milestones. Clinicians review and approve before sending, keeping the human in the loop while eliminating the time spent drafting individual updates.
Voice AI for scheduling and inquiries
An AI phone agent that handles appointment scheduling, rescheduling, insurance verification questions, and after-hours calls. Orthodontic scheduling is more complex than general dentistry because appointment types, durations, and provider requirements vary by treatment stage. The AI understands these patterns.
Claude Cowork for practice administration
AI-assisted drafting for referral letters, treatment summaries, insurance pre-authorization narratives, and internal documentation. Your administrative team spends less time on repetitive writing tasks and more time on patient coordination.
From empty clinic to fully operational IT on opening day
Six workstations, the X-ray machine, intraoral and document scanners, VoIP phones, patient guest Wi-Fi, custom-domain email, and Ortho2 Edge Cloud — all scoped, configured, and tested before the first patient arrived. Ongoing managed coverage since.
Highlight
0 hrs downtime
Vancouver orthodontic practice, full IT build + ongoing managed coverage
Frequently Asked Questions
We run Ortho2 Edge Cloud in production right now for an orthodontic practice in British Columbia. We have configured the endpoint environment, optimized the network for imaging workflows, integrated printing and scanning, and built the monitoring and backup infrastructure around it. The case study at /case-studies/orthodontic-practice/ documents the deployment in detail.
We design tiered storage architectures. Active patient imaging data lives on high-performance storage with adequate IOPS for clinical workflows. Completed treatment records transition to cost-effective archival storage with integrity verification. We monitor consumption trends and plan capacity expansions proactively so you never run out of space during a scan.
Three things. First, data volumes are significantly higher because of CBCT and intraoral scanning. Second, records span one to three years of active treatment plus extended retention, creating different backup and archival requirements. Third, a larger proportion of patients are minors, which elevates privacy handling standards. The infrastructure, compliance posture, and operational workflows all need to account for these differences.
Orthodontic practices typically fall in the $900 to $1,800 per month range depending on the number of workstations, imaging equipment, and storage requirements. CBCT-equipped practices with large imaging archives are at the higher end. We scope every engagement based on the actual infrastructure rather than applying a generic per-seat formula.
Yes. We have a published case study for our orthodontic practice deployment at /case-studies/orthodontic-practice/. It covers the Ortho2 Edge Cloud configuration, imaging integration, backup strategy, and the compliance framework we implemented. We are happy to walk you through it during a 15-minute assessment.
We already run IT for an orthodontic practice. Yours could be next.
Or call (604) 613-0150