Dental Monitoring at Smile Solutions: How AI-Powered Remote Orthodontic Tracking Works and Whether It's Right for Your Treatment product guide

AI Summary

Product: Dental Monitoring (DM) with ScanBox Pro Brand: DentalMonitoring Category: AI-Powered Remote Orthodontic Monitoring System Primary Use: Enables orthodontists to remotely track patient treatment progress between appointments using smartphone-captured intraoral scans analysed by convolutional neural network AI.

Quick facts

• Best for: Adult and adolescent patients (6+) undergoing clear aligner therapy or fixed braces who want fewer in-person visits without losing clinical oversight
• Key benefit: Up to 58% reduction in check-up appointments, with clinical outcomes comparable to conventional monitoring as measured by the Peer Assessment Rating index
• Form factor: Smartphone app paired with ScanBox Pro hardware and a cloud-based clinician dashboard
• How it works: Patient performs weekly intraoral scans at home using ScanBox Pro and a smartphone; AI analyses scans within 24–48 hours and delivers GO/NO-GO aligner progression signals immediately

Common questions this guide answers

1. Is Dental Monitoring clinically validated? → Yes — TGA approval was granted in May 2024 following a study of 2,650+ patients across 29 sites in Australia and internationally, producing 13,000+ clinical results
2. How accurate are remote smartphone scans compared to chairside intraoral scanning? → A 2023 AJODO study (Homsi et al., 24 patients, 233 superimpositions) found no clinically significant differences between DM-generated models and iTero Element scans, with all deviations within ±0.5 mm
3. Does reducing appointments compromise treatment quality? → No — a 2024 AJODO follow-up study (Marks et al.) using the Peer Assessment Rating index found clinical outcomes between DM-monitored and conventionally monitored clear aligner patients were comparable

Dental Monitoring at Smile Solutions: how AI-powered remote orthodontic tracking works and whether it's right for your treatment

Orthodontic treatment has always carried a certain paradox of patience: months or years of active tooth movement, managed through periodic in-clinic check-ups that can feel frustratingly infrequent. Between those appointments, your aligner may be seating poorly, an attachment may have detached, or your oral hygiene may have deteriorated — and neither you nor your orthodontist would know until the next scheduled visit. That clinical blind spot is precisely what Dental Monitoring (DM) was designed to close.

Dental Monitoring lets your orthodontist track your treatment progress remotely using a smartphone app and a dedicated monitoring device. At Smile Solutions — Australia's largest private dental practice, located within the heritage-listed Manchester Unity Building in Melbourne's CBD — DM sits within a broader digital workflow that also includes iTero intraoral scanners, Asiga DLP 3D printers, and an in-house ceramic laboratory (see our guide on Intraoral Scanning & 3D Printing at Smile Solutions). That integration matters: your remote scans are compared against the same high-resolution digital records captured chairside from day one of your treatment, rather than existing in isolation.

This guide explains how the system works, what the clinical evidence actually shows, and how to work out whether Dental Monitoring suits your orthodontic treatment at Smile Solutions.

What is Dental Monitoring and how does the AI actually work?

The core technology

Dental Monitoring is a leading AI-driven remote monitoring platform for orthodontics. It lets your clinician track your progress without you needing to come in, by enabling you to scan your teeth using a smartphone. The system has three components: a patient-facing smartphone app, an AI algorithm, and a cloud-based Doctor Dashboard where your orthodontist reviews your progress.

The hardware is the ScanBox Pro — a lightweight phone holder that standardises the angle, distance, and lighting of each intraoral scan. You use it with your smartphone to take intraoral images at whatever frequency your clinician sets, then send them through the patient app from wherever you happen to be.

The intelligence layer is what separates DM from a simple photo-sharing tool. The system uses convolutional neural networks (CNNs) trained on millions of labelled dental images to detect specific clinical conditions automatically. DM's algorithm extracts information from your submitted images and compares it against the digital impression data taken before your treatment began. Through deep learning, the system improves its tooth-movement tracking over time, identifying recurring patterns with consistent accuracy.

What the AI monitors between appointments

The range of clinical indicators the system can detect is substantial. TGA-validated indications include archwire and auxiliaries passivity, bracket debonding, open self-ligating clips, tie loss, aligner seats and unseats, retainer seats and unseats, button or attachment loss, black triangles, extraction space closure, midline deviation, anterior space closure, overbite, open bite, overjet, and canine class.

For patients in clear aligner therapy, the most practically significant function is GO/NO-GO. Immediately after you submit your scan, the DM app tells you whether you can move to your next aligner ("GO") or whether you should keep wearing your current one ("No Go"). If the signal is "No Go," a follow-up scan may be requested after a few days.

This is not an unsupervised process. The platform provides your clinician with automated updates on treatment progression, hygiene status, and appliance integrity. Your orthodontist retains clinical authority throughout — the AI surfaces the data, and your specialist decides what to do with it.

The TGA validation: why it matters

A significant milestone came in May 2024, when DentalMonitoring received approval from the Therapeutic Goods Administration (TGA). This approval was not granted on limited data. DentalMonitoring ran an extensive clinical study programme covering more than 2,650 patients across 29 sites in Australia and internationally, generating over 13,000 clinical results presented to the TGA to validate the safety and effectiveness of the system in monitoring intraoral conditions and treatment progress.

One feature enabled by the TGA approval is SmartSTL, which lets your orthodontist request updated STL files directly through the DentalMonitoring dashboard. This means production-ready STL files for mid-course aligner corrections or retainer fabrication can be generated remotely, without scheduling you for an additional intraoral scan. At Smile Solutions, where in-house 3D printing is already part of the clinical workflow (see our guide on Intraoral Scanning & 3D Printing at Smile Solutions), this has direct practical value: remotely generated STL files can feed straight into the Asiga DLP printer pipeline for fabricating refinement appliances or retainers without requiring an extra appointment.

What does the clinical evidence actually show?

Accuracy of remote tooth tracking

The foundational question is whether smartphone-captured scans can accurately track tooth movement compared with chairside intraoral scanning. Based on peer-reviewed research, the answer is yes — within clinically acceptable tolerances.

A study by Homsi et al. evaluated DM's AI-driven remote monitoring system by comparing its 3D digital models and tooth movement tracking against iTero intraoral scans in 24 orthodontic patients over 13.4 months. Using 233 superimpositions analysed with Geomagic Control-X software, the study found no clinically significant differences between the two model sources, with all deviations remaining within ±0.5 mm. Published in the American Journal of Orthodontics and Dentofacial Orthopedics in 2023, this study is particularly relevant to Smile Solutions patients because the comparison scanner was the iTero Element — the same platform your orthodontist uses for baseline records.

Appointment reduction: the practical benefit

Reported benefits of DM include reduced in-office visits (up to 33%), accurate 3D tracking of tooth movement, improved hygiene compliance, and stronger patient engagement.

The largest real-world efficiency data comes from a four-year retrospective analysis by Dr. Cornelia Maier, which evaluated DM's impact across braces, aligner, and removable appliance treatments. DM produced a 37% reduction in check-up visits for braces patients, 58% for aligner patients, and 35% for removable appliance patients — saving 451 chairtime hours in 2024, equivalent to 56.5 workdays.

The highest-quality local evidence comes from an Australian randomised controlled trial conducted by Lam, Freer, and Miles at the University of Queensland (2023). The two-arm RCT assessed DM's effect on the efficiency of clear aligner therapy and patient experience compared with conventional monitoring. Fifty-six patients with full permanent dentition, treated by one experienced orthodontist at a single private practice, participated. A follow-up study by Marks, Freer, Ong, Lam, and Miles (2024) using the Peer Assessment Rating index found that clinical outcomes between the DM and conventional monitoring groups were comparable — meaning the appointment reduction came without any compromise to treatment quality.

Oral hygiene monitoring: an underappreciated benefit

Beyond tooth movement, DM's oral hygiene surveillance function is clinically useful in ways that often go unnoticed. Snider et al. (2023, 2024) evaluated the effectiveness of AI-based active reminders in improving oral hygiene during fixed orthodontic treatment and found a statistically significant reduction in oral hygiene indices in the AI-monitored group.

A real-world case study illustrates this clearly: using DM Insights, one clinician identified frequent aligner unseats and high plaque levels early, enabling targeted protocol adjustments that reduced unseat rates by over 60% and improved hygiene. Real-time remote scans allowed the clinician to catch fitting issues, prevent gingival recession, and modify biomechanics mid-treatment — the kind of proactive, personalised care that's difficult to achieve through periodic appointments alone.

Where the evidence is still maturing

Honest clinical evaluation means acknowledging where the evidence base has gaps. Meaningful variability has been observed in the repeatability and precision of AI decisions, particularly in GO/NO-GO aligner progression instructions. This is precisely why DM is designed to support, not replace, specialist clinical judgement. DentalMonitoring provides orthodontists with useful clinical data and is not a substitute for orthodontic care.

How Dental Monitoring integrates with Smile Solutions' digital workflow

At Smile Solutions, Dental Monitoring is the final link in a connected digital workflow. All clinicians have access to Dental Monitoring, iTero digital scanners, digital radiographs and CT scans, and an in-house laboratory equipped with a 3D printer, supporting careful diagnosis, treatment planning, and delivery of care for every patient.

The clinical pipeline works as follows:

1. Baseline digital records captured chairside. Before treatment begins, your orthodontist takes a full intraoral scan using the iTero Element scanner. This generates the reference 3D model against which all future DM scans are compared. (See our guide on Intraoral Scanning & 3D Printing at Smile Solutions for full technical detail.)
2. Treatment plan modelled digitally. For clear aligner cases, Smile Solutions' aligner packages include all necessary consultations, treatment delivered by a specialist orthodontist, a 3D iTero scan with a customised treatment plan, full clinical photographic records and study models, and all certified aligners and attachments.
3. DM activated at treatment commencement. You download the DM app, receive a ScanBox Pro, and are enrolled in a monitoring protocol tailored to your case.
4. Weekly scans submitted from home. You submit regular scans using the smartphone app and receive timely feedback on your progress.
5. AI analyses your scans against the digital treatment model. The CNN algorithms compare your current tooth positions against your planned trajectory and flag deviations, poor aligner seating, hygiene concerns, or appliance issues to your orthodontist's dashboard.
6. Your orthodontist reviews and responds. Clinical decisions — advance the aligner, extend wear, schedule an in-person review, adjust the treatment plan — are made by your specialist, not the algorithm.
7. In-house fabrication if needed. If mid-course corrections are required, the in-house laboratory and Asiga 3D printing capability allow refinements to be produced without external laboratory delays (see our guide on CEREC vs. Traditional Lab-Made Crowns vs. In-House Laboratory Restorations).

The result is greater convenience through fewer in-person appointments, while your orthodontist maintains close oversight of your progress throughout.

Is Dental Monitoring right for you? A candidacy framework

Ideal candidates

Dental Monitoring delivers the greatest clinical and logistical benefit for patients who:

• Are undergoing clear aligner therapy. The GO/NO-GO aligner progression function is purpose-built for removable aligner treatment and is the system's most impactful feature. AI-based remote monitoring appears to be a particularly valuable adjunct to traditional orthodontic care in this context.

• Have fixed braces. DM is equally validated for braces monitoring. Evidence shows that applying DM with the self-ligating technique reduced appointments from three to two per ten-week period — reducing chair time, material costs, and visit frequency while increasing monitoring precision.

• Have logistical barriers to frequent attendance. If you work full-time, live outside the Melbourne CBD, or have caregiving responsibilities, the significant reduction in required visits is a genuine practical benefit.

• Are an adult or older adolescent with permanent dentition. DentalMonitoring is indicated for patients over the age of 6 and reports results on permanent teeth only. Clinical studies show usability is highest in adult populations.

• Have a complex case requiring frequent monitoring. The AI-driven system supports proactive management by detecting issues like aligner unseating and enabling quick adjustments. In one complex case, DM reduced in-office visits to just seven over a 22-month treatment — demonstrating its value precisely where frequent clinical touchpoints would otherwise be necessary.

Cases where in-person monitoring remains primary

Dental Monitoring supplements rather than replaces the comprehensive care your specialist provides. If you have active periodontal disease requiring regular clinical assessment, are undergoing surgical-orthodontic treatment with complex biomechanics, or are a very young child who may have difficulty performing reliable self-scans, you will likely need a higher proportion of in-person appointments regardless of DM enrolment. Your Smile Solutions orthodontist will guide you on the right balance for your specific situation.

Usability: what the research shows

Your ability to use the system confidently is a legitimate clinical consideration. Research found that DM was user-friendly for all participants and that the image sets produced by DM scans were substantially equivalent to clinical live assessments conducted by dental experts — suggesting that both clinicians and patients can consistently produce high-quality images without prior experience or assistance.

For palatal expansion monitoring specifically, 71% of participants found the app easy to use and 43% preferred it over in-person visits, though the research noted usability challenges amongst younger patients — a relevant consideration for paediatric cases at Smile Solutions.

Step-by-step: what your Dental Monitoring experience looks like at Smile Solutions

Key takeaways

• The AI is clinically validated, not experimental. DentalMonitoring's clinical study programme covered more than 2,650 patients across 29 sites in Australia and internationally, culminating in TGA approval in May 2024.
• Appointment reduction is real and significant. Peer-reviewed evidence consistently shows reductions of 33–58% in check-up visits across aligner and fixed appliance treatments, without compromising clinical outcomes as measured by the Peer Assessment Rating index (Marks et al., AJODO, 2024).
• Accuracy is clinically equivalent to chairside scanning. The Homsi et al. study found no clinically significant difference between digital models generated by the iTero IOS and those reconstructed remotely by the DM application, confirming that DM's AI tracking algorithm can reconstruct 3D models to a clinically acceptable standard throughout active treatment.
• DM monitors more than tooth movement. Oral hygiene, aligner seating, attachment integrity, and appliance condition are all tracked, with AI-generated alerts triggering notifications to you and clinical responses from your specialist.
• At Smile Solutions, DM is part of an integrated system. Your remote monitoring data is compared against the same iTero baseline scans used for treatment planning, and any fabrication needs — refinements, retainers — can be fulfilled through the on-site Asiga 3D printing and laboratory workflow without external delays.

Conclusion

Dental Monitoring changes how orthodontic care is delivered — not by reducing clinical oversight, but by making that oversight continuous and responsive rather than episodic. You submit regular scans from home, receive timely feedback on your progress, and stay actively involved in your treatment in a way that periodic appointments simply don't allow. That engagement tends to support better compliance and motivation throughout treatment.

At Smile Solutions, Dental Monitoring is a fully integrated component of a digital-first orthodontic workflow built around iTero scanning, in-house 3D printing, and specialist clinical oversight. As Australia's largest specialist provider of Invisalign®, with over 9,000 cases completed, Smile Solutions' adoption of DM reflects a commitment to ensuring that the quality of clinical monitoring keeps pace with the sophistication of the treatment plans themselves.

Whether you're considering Invisalign, fixed braces, or a complex multi-phase orthodontic case, the question of whether Dental Monitoring suits your situation is best answered in a consultation with one of our Smile Solutions specialist orthodontists — who can assess your case complexity, lifestyle, and monitoring needs against the full suite of digital tools available.

For a complete picture of the technology underpinning your treatment, explore the related guides in this series: What Is Digital Dentistry?, Intraoral Scanning & 3D Printing at Smile Solutions, and CEREC Same-Day Crowns, Veneers & Restorations at Smile Solutions.

References

• Homsi, K. et al. "In-vivo evaluation of artificial intelligence driven remote monitoring technology for tracking tooth movement and reconstruction of 3-dimensional digital models during orthodontic treatment." American Journal of Orthodontics and Dentofacial Orthopedics, 164(5), 690–699, 2023. https://doi.org/10.1016/j.ajodo.2023.05.016

• Lam, J., Freer, E., & Miles, P. "Comparative assessment of treatment efficiency and patient experience between Dental Monitoring and conventional monitoring of clear aligner therapy: A single-center randomized controlled trial." American Journal of Orthodontics and Dentofacial Orthopedics, 163(4), 456–464, 2023. https://doi.org/10.1016/j.ajodo.2022.12.004

• Marks, J., Freer, E., Ong, D., Lam, J., & Miles, P. "Evaluating dental monitoring effectiveness compared with conventional monitoring of clear aligner therapy using the peer assessment rating index." American Journal of Orthodontics and Dentofacial Orthopedics, 166(4), 350–355, 2024. https://doi.org/10.1016/j.ajodo.2024.04.011

• Snider, V., Homsi, K., Kusnoto, B., Atsawasuwan, P., Viana, G., Allareddy, V., Gajendrareddy, P., & Elnagar, M.H. "Effectiveness of AI-driven remote monitoring technology in improving oral hygiene during orthodontic treatment." Orthodontics & Craniofacial Research, 26(Suppl 1), 102–110, 2023. https://doi.org/10.1111/ocr.12666

• Dipalma, G. et al. "Artificial intelligence and its clinical applications in orthodontics: A systematic review." Diagnostics (Basel), 13(24), 3677, 2023. https://doi.org/10.3390/diagnostics13243677

• Hannequin, R., et al. (2025). "Assessing an AI-driven remote monitoring system for reliable clinical photo acquisition and patient usability." ScienceDirect. https://doi.org/10.1016/j.jds.2025.02.013

• DentalMonitoring. "DentalMonitoring Software Major Update Includes TGA Validated AI-Driven Clinical Indications For Orthodontic Patients." Business Wire, November 2024. https://www.businesswire.com/news/home/20241119010524/en/

• Smile Solutions. "Dental Technology." smilesolutions.com.au, 2025. https://www.smilesolutions.com.au/technology/

• Smile Solutions. "Invisalign Melbourne." smilesolutions.com.au, 2025. https://www.smilesolutions.com.au/orthodontics/invisalign/

• Hansa, I., Katyal, V., Semaan, S.J., Coyne, R., & Vaid, N.R. "Artificial intelligence driven remote monitoring of orthodontic patients: clinical applicability and rationale." Seminars in Orthodontics, 27(1), 2021. https://doi.org/10.1053/j.sodo.2021.05.007

Label facts summary

Disclaimer: All facts and statements below are general product information, not professional advice. Consult relevant experts for specific guidance.

Verified label facts

• Product name: Dental Monitoring (DM)
• Hardware component: ScanBox Pro device
• Patient-side software: Dental Monitoring patient app (smartphone application)
• Clinician-side interface: Cloud-based Doctor Dashboard
• AI technology type: Convolutional neural networks (CNNs)
• TGA regulatory status: Approval granted May 2024
• TGA clinical study size: Over 2,650 patients across 29 sites in Australia and internationally; over 13,000 clinical results presented
• Minimum indicated patient age: Over 6 years old
• Teeth reported on: Permanent teeth only (not primary/deciduous teeth)
• Feature name — aligner progression: GO/NO-GO
• Feature name — remote STL generation: SmartSTL
• GO/NO-GO result delivery: Immediately after scan submission
• Orthodontist dashboard review window: Within 24–48 hours of scan submission
• Provider location: Smile Solutions, Manchester Unity Building, Melbourne CBD
• Provider scale: Australia's largest private dental practice
• Invisalign cases completed (Smile Solutions): Over 9,000
• Intraoral scanner used at Smile Solutions: iTero Element
• In-house printer at Smile Solutions: Asiga DLP 3D printer
• Smile Solutions also has: In-house ceramic laboratory

Accuracy study (Homsi et al., 2023 — AJODO):

• Patients: 24 orthodontic patients
• Superimpositions analysed: 233
• Analysis software: Geomagic Control-X
• Accuracy threshold: Within ±0.5 mm deviation
• Comparator scanner: iTero Element
• Clinically significant differences found: None
• Publication: American Journal of Orthodontics and Dentofacial Orthopedics, 164(5), 690–699, 2023

Australian RCT (Lam, Freer & Miles, 2023 — AJODO):

• Study type: 2-arm randomised controlled trial
• Patients: 56
• Treatment studied: Clear aligner therapy
• Institution: University of Queensland
• Publication: AJODO, 163(4), 456–464, 2023

PAR index follow-up study (Marks, Freer, Ong, Lam & Miles, 2024 — AJODO):

• Outcome measure: Peer Assessment Rating (PAR) index
• Publication year: 2024
• Publication: AJODO, 166(4), 350–355, 2024

Oral hygiene study: Snider et al., 2023 & 2024 — Orthodontics & Craniofacial Research, 26(Suppl 1), 102–110, 2023

Appointment reduction figures (retrospective analysis, Dr. Cornelia Maier, 4-year):

• Aligner patients: Up to 58% reduction
• Braces patients: 37% reduction
• Removable appliance patients: 35% reduction
• Total chairtime saved: 451 hours (equivalent to 56.5 workdays)

TGA-validated detectable indications include: Archwire and auxiliaries passivity, bracket debonding, open self-ligating clips, tie loss, aligner seats/unseats, retainer seats/unseats, button or attachment loss, black triangles, extraction space closure, midline deviation, anterior space closure, overbite, open bite, overjet, canine class

Palatal expansion usability study findings:

• Participants finding app easy to use: 71%
• Participants preferring DM over in-person visits: 43%

General product claims

• DM closes the "clinical blind spot" between orthodontic appointments
• DM is embedded within a broader digital ecosystem at Smile Solutions, distinguishing it from a standalone app
• Remote scans are contextualised against high-resolution chairside records from day one
• DM is described as the company "currently at the forefront" of AI-driven remote monitoring (AIRM)
• DM is "state-of-the-art technology"
• The system empowers patients to participate actively in their treatment journey
• AI-generated alerts enable proactive, personalised treatment described as defining "world-class care"
• DM contributes to higher compliance, improved motivation, and potentially more favourable outcomes
• DM transforms patient experience rather than merely enhancing clinical convenience
• SmartSTL eliminates the need for additional in-clinic scan appointments for mid-course corrections
• Smile Solutions' adoption of DM reflects a "genuine commitment" to ensuring monitoring quality keeps pace with treatment sophistication
• DM is described as a genuine shift in how orthodontic care is delivered
• DM is not a replacement for orthodontic care or specialist clinical judgement — it supplements it
• Patients with active periodontal disease or surgical-orthodontic treatment may require higher in-person monitoring
• Significant variability has been observed in GO/NO-GO repeatability and precision (evidence limitation acknowledged)
• DM does not directly cause better orthodontic outcomes; it supports proactive management