Platforms & Products

Tele-Enabled Robotics and AI Platforms

Tactile Robotics develops integrated robotics, AI, and haptic platforms that support remote interaction, objective assessment, and scalable deployment across education, rehabilitation, and research.

DenTeach: AI-Enabled Dental Education Platform

DenTeach is a tele-enabled dental education platform that integrates robotics, AI-driven assessment, and objective scoring. It supports preclinical and clinical training through remote instruction, standardized evaluation, and data-driven feedback for students and educators.

PrepScanner: Robotic Dental Preparation Assessment

PrepScanner is a laser-sensing robotic scanning and assessment system that captures high-precision dental preparations and applies AI-based rubrics to deliver objective, repeatable evaluation across dental education, research, board examinations, and continuing education courses.

iManus: Tele-Enabled Rehabilitation Platform

iManus is a wearable, haptic-enabled platform designed for remote rehabilitation, training, and motor assessment. It supports real-time feedback, human-in-the-loop control, and data-driven monitoring across clinical settings. A software-only version is now available.

SmartVision: AI-Enhanced Rodent Tracking & Behavior Analysis

SmartVision is an AI-powered video tracking and behavior analysis platform for rodent research. It enables real-time and recorded monitoring of animal movement and behavior, delivering objective, repeatable metrics while reducing human observation bias in preclinical studies.

SmartFeeder: Intelligent Feeding & Consumption Monitoring

SmartFeeder is an automated feeding and monitoring system designed to track rodent food intake and feeding behavior. It supports continuous data collection, scheduled feeding protocols, and behavioral analysis, enabling reproducible and scalable nutrition and metabolism research.

Mousercise: Smart Exercise & Behavioral Monitoring

Mousercise is a wireless running wheel that enables continuous monitoring of rodent activity and behavior. Designed for circadian rhythm and preclinical research, it delivers accurate, repeatable exercise data while minimizing human intervention and experimental variability.

Case Studies

Real-World Deployments & Case Studies

Explore how our tele-enabled robotics and AI platforms are deployed in education, rehabilitation, and research environments worldwide.

Remote Patient Care

This case study highlights the deployment of a tele-operated robotics platform enabling remote patient interaction, monitoring, and assessment, supporting effective and reliable care delivery across distributed clinical settings.

AI in Dental Training

This case study demonstrates the use of AI-driven assessment and analytics to support objective evaluation, skills development, and standardized training in dental education through immersive and data-driven workflows.

Haptic Simulation Lab

This case study explores a haptic-enabled simulation environment designed to deliver realistic tactile feedback for rehabilitation and skills acquisition, supporting measurable outcomes in healthcare training.

Insights from Clinical and Academic Leaders

Tactile Robotics’ tele-enabled platforms enable objective assessment, remote interaction, and scalable deployment for education and research. Their systems integrate seamlessly into our training and research workflows.

Dr. Amine ChoukouProfessor - University of Manitoba

Tactile Robotics brings together AI, robotics, and sensing in a way that enables real-world deployment. Their platforms translate physical interaction into measurable data, making remote training and evaluation both scalable and objective.

Dr. Peter JoekeffAcademic Collaborator - Medical Technology

Tactile Robotics developed Alnova AI for us—a well-designed platform that closely mirrors real clinical workflows and delivers meaningful improvements in patient engagement and treatment monitoring.

Dr. Mahmood AlqaraghuliCEO

The iManus platform improves patient engagement and provides meaningful insight between sessions.

Dr. Dorra Rakia AllegueClinical Researcher -McGill University

Tactile Robotics has been an exceptional collaborator in advancing research at the intersection of robotics and medical training. My lab has used Tactile Robotics platforms in our research, and they have consistently demonstrated quality engineering, thoughtful design and innovation, and true openness to co-design and co-development.

Dr. Mahdi TavakoliProfessor - University of Alberta

Deploy Proven Robotics and AI Platforms

Our platforms are trusted by educators, clinicians, and researchers to deliver measurable outcomes across healthcare and research environments.