top of page

Human Augmentation & AI Wearable Technologies: The next step for Understanding Malocclusions and Developing Orthodontics Solutions




Before creating any dental solution, the first step is to thoroughly understand the problem. In orthodontics, the focus is on malocclusions, a challenge orthodontists have been addressing for over a century. The process starts with an initial diagnosis, followed by a comprehensive treatment plan and selecting the right tools (orthodontics appliances) to apply the ideal biomechanics for effective clinical outcomes.


It’s obvious even to those outside the profession, once the initial arch wire or clear aligner tray is placed, the original malocclusion evolves into something entirely new. Experienced orthodontists, whether monitoring patients in-person or remotely, are adept at identifying undesirable tooth movements or obstacles and making timely adjustments. This dynamic, real-time adaptation of clinical protocols is already standard practice. Nothing new here.


The Challenges and the Way Forward


Predictable clinical outcomes with clear aligners haven’t significantly improved over the past decade, largely because the way solutions are developed hasn’t evolved enough. Developers and scientists need to rethink their approach, focusing on solutions that adapt in real time rather than relying on static systems. I am referring to a shift in mindset, shifting towards creating digital solutions that can adapt continuously, with real-time updates based on real-time metrics and data from real-time devices. To take this next step, it’s essential to understand human augmentation and the potential of wearable devices. These technologies can revolutionize not only healthcare but also orthodontics, offering insights and real-time feedback that were previously unimaginable. 

“We don’t need AI to replicate what we orthodontists have already mastered using the tools, data and knowledge we currently possess “

So, where does AI fit in?


We don’t need AI to replicate what we orthodontists have already mastered using the tools, data and knowledge we currently possess. However, if we aim to achieve truly predictable clinical results, a fundamental shift in approach is required. It’s not about introducing new clear aligner materials, custom arch wires and brackets, or automated softwares. Instead, it’s about developing digital solutions capable of continuously adapting using real-time metrics and data, encompassing everything from dental alveolar malocclusions to neuromuscular, physiological and skeletal abnormalities within the orofacial structures as an integrated system.


This is where AI becomes transformative. By leveraging real-time data, AI can empower orthodontists to act as data scientists, broadening our understanding and enhancing treatment precision to achieve optimal function, aesthetics, and health of the dentofacial structures through digital, mechanical and biological methods.


“In the past, humans had to adapt to computers. In the future, computers will adapt to humans.”

AI and wearable technology may transforms orthodontics, pushing the boundaries of how we understand and treat malocclusions. By combining advanced sensors, biotechnology, and AI, human augmentation offers groundbreaking potential to reshape patient care, diagnostics, and treatment planning.


“The new reality are systems that can sense, learn, adapt, and evolve, made possible through artificial intelligence, advanced sensors and biotechnology. Human Augmentation will drive an exponential cycle of innovation, disrupting industries, and creating entirely new markets. Leaders who focus solely on AI without understanding its intersections with these two other technologies risk missing a wave of disruption already forming.” (R Raisamo et al.)


Human Augmentation: A New Reality


Human augmentation refers to enhancing human abilities, be it sensing, action, or cognition, through technology. By integrating advanced devices and AI, this interdisciplinary field is making it possible to sense, learn, adapt, and evolve like never before. For orthodontics, this means tools that can track, predict, and adapt to patient-specific needs, delivering more personalized and precise care.


Key components of human augmentation include:


  1. Augmented Senses: Enhancing vision, hearing, or touch to gather real-time data from patients.

  2. Augmented Actions: Empowering professionals with tools for remote monitoring, teleoperations, and interactive treatments.

  3. Augmented Cognition: Using AI to process complex data, predict treatment outcomes, and assist clinical decision-making.


“Doctors in the field must recognize the shift towards data as a general-purpose technology, recognizing this means acknowledging that data is no longer just an auxiliary tool but a core driver of progress and transformation in modern technology and healthcare”

Why Data Matters in AI-Driven Orthodontics


At the core of human augmentation is data, collected through documentation or sensors and processed by AI to deliver unparalleled insights. The ability to gather granular information about a patient’s oral health over time will redefine how orthodontists diagnose, treat, and prevent malocclusions. Doctors in the field must recognize the shift towards data as a general-purpose technology, recognizing this means acknowledging that data is no longer just an auxiliary tool but a core driver of progress and transformation in modern technology and healthcare. Without embracing these tools, they risk being left behind in an era of exponential innovation. Nowadays, tech companies are focusing on collaborating with dental professionals who possess the three essential skills needed for this evolving era of healthcare:


  1. Extensive Clinical Experience: Years of hands-on practice are crucial to understanding the complexities of patient care.

  2. AI Knowledge: A solid understanding of AI tools and processes to leverage their full potential.

  3. A Data-Driven Mindset: Recognizing that every product and solution today must be designed and updated with data at its core.



Looking Ahead: Orthodontics in the Augmented Era


The integration of human augmentation and AI wearables in orthodontics is still in its infancy but growing rapidly. This technology will allow professionals to deliver highly personalized treatment plans, offer non-invasive, data-driven care. And improve long-term patient outcomes by predicting issues before they arise.


Wearable technology is at the heart of this transformation. Devices equipped with sensors can capture vital information about health metrics, jaw movements, bite forces, saliva analysis, breathing quality, sleep metrics, or muscle activity. AI processes this data to deliver actionable insights. While the Apple Watch and Fitbit are among the most popular devices, I have shared below a few other startups offering cutting-edge wearable technology in healthcare.


Examples of cutting-edge technology:


  • Lura Health: Lura Health is developing a next-generation health monitor that provides continuous, noninvasive tracking of various health and disease markers through saliva analysis. Their wearable micro-sensors can be integrated into existing dental hardware, such as aligners or retainers, or attached directly to a tooth for up to 18 months. These sensors transmit data via secure Bluetooth to a smartphone app, offering real-time health alerts and insights. Additionally, the collected data can be shared with healthcare providers for long-term analysis and early detection of conditions, aiming to enhance patient-specific care.


  • ByteSense: ByteSense is a health technology company specializing in the development of the world's first smart night guard designed to monitor and manage bruxism (teeth grinding) and sleep-related issues. By integrating advanced sensors and artificial intelligence, the device provides real-time data and personalized insights into users' oral health and sleep patterns. This information is accessible through a user-friendly mobile application, enabling individuals to take proactive steps toward improving their well-being. Committed to making dental care accessible, ByteSense offers its innovative solutions at a fraction of the cost of traditional dental appliances, without compromising on quality. The company collaborates with dental professionals and engineers to ensure their products meet high standards of efficacy and safety. 


  • Happy Ring: Happy Sleep is a comprehensive sleep medicine platform that offers an FDA-approved home sleep test device, the Happy Ring, and a clinical care team led by board-certified sleep physicians. This combination allows users to undergo sleep assessments from the comfort of their homes and receive personalized care plans. The process involves wearing the Happy Ring for five nights to record sleep data, consulting with a Happy Sleep doctor to develop a tailored care plan, and receiving ongoing support and progress tracking. Happy Sleep aims to provide a comfortable and advanced alternative to traditional sleep studies, making sleep health assessments more accessible and convenient.




Takeaway


Human augmentation and wearable AI devices will become essential tools for orthodontic care, empowering professionals to work smarter and enabling patients to engage more actively in their treatments. This revolution isn’t just about technology; it’s about reshaping the orthodontic experience for a better, healthier future. The future lies at the intersection of AI, data, and human augmentation, growing in an era of smarter, more adaptive, and ultimately more effective solutions. At Ortho.i®, we’re ready to bridge this gap. With our expertise, we’re here to support and guide professionals and corporations in embracing these skills and thriving in this exciting new landscape. Learn more about our Keynotes Lectures, Training and Consultant services at www.orthoi.ai 


Best regards,


Dr A





Orthoi® Podcast: How AI is Transforming Public Speaking and Healthcare


Creating Memorable Moments, Not Just Speeches

Great speakers don’t just share information, they create unforgettable moments. By adding surprise, storytelling, and emotional depth, they connect with their audience in ways that stick long after the event is over. Sure, AI can help analyze trends or suggest content ideas, but the magic of a powerful speech? That still comes from the speaker’s unique creativity and authenticity.


Here’s the big question: Can AI really make an impact in public speaking, or is it something only humans can master? AI is transforming industries left and right, but inspiring and connecting emotionally with an audience? That’s a deeply human skill. So, how can AI actually help speakers deliver incredible presentations?


In this podcast episode, AI Voices talks about Dr. Adriano Araujo’s expertise on using AI to support public speakers, making it easier to make presentations that truly stand out.


🎧 Catch it on:



Opmerkingen


ARCHIVE POSTS

Join our mailing list

Never miss an update

RECENT POSTS

LOGO ORTHOI Registrado Negativo (1).png

Sao Paulo, Brazil

Dallas, USA

instagram @ortho.i

CONTACT US

Success! Message received.

© 2025 by Ortho.i ®

bottom of page