BIAI
Boston Institute for Artificial Intelligence
Advancing Computer Vision, Machine Learning, Robotics and Enterprise Digital Transformation
Advancing Computer Vision, Machine Learning, Robotics and Enterprise Digital Transformation
Bridging cutting-edge AI research with real-world industrial applications
The Boston Institute for Artificial Intelligence (BIAI) is a leading research institution dedicated to advancing the frontiers of artificial intelligence, computer vision, machine learning, and intelligent robotics.
For over 15 years, BIAI has developed, applied, and evaluated state-of-the-art computer vision and machine learning technology. Our core methodology draws from the study of human cognition and visual perception to inform the creation of advanced technical systems that solve real-world challenges.
BIAI maintains strong collaborations with world-renowned institutions, including MIT, Stanford University, Dartmouth College, and University of Massachusetts Boston. Our industry partners include Mitsubishi Electric and Brigham & Women's Hospital, Boston.
Headquartered in Boston, Massachusetts, BIAI has expanded its operational footprint to include research facilities in the Greater Boston area. The institute is led by a distinguished team of professors and researchers with appointments at top-tier universities.
Multi-disciplinary research driving innovation across industries
Advanced image recognition, object detection, visual tracking, and scene understanding systems inspired by human visual cognition research. Applications in robotics perception, autonomous navigation, and industrial inspection.
Design and development of service robots, delivery robots, medical robots, and industrial automation systems. Features include autonomous navigation, human-robot interaction, and multi-modal sensing.
Deep learning, reinforcement learning, and neural network architectures for pattern recognition, predictive analytics, and intelligent decision-making systems. Focus on real-time edge deployment.
Medical robotics, cyber-health systems, organ printing technology, and AI-assisted diagnostics. Key partner: Brigham & Women's Hospital, Harvard Medical School teaching affiliate.
Human visual cognition modeling, eye-tracking research, attention mechanisms, and assistive technologies for dyslexia, ADHD, and neurological differences. Led by Prof. Marc Pomplun and Prof. Matthew Schneps.
Web-based industrial control platforms (Modbus-TCP/HMI), smart supply chain systems, and enterprise digital transformation powered by AI and IoT technologies.
World-class researchers bridging academia and industry
AI, Robotics & Enterprise Digital Transformation in Action
Joint research project with Dartmouth, MIT, and Stanford. Prof. Rosen leads collaborative medical robotics development for surgical applications.
Medical
Next-generation home care robot designed for aging society needs. Featured in NHK documentary on assistive robotics innovation.
Service Robot
Pioneering organ printing and bioprinting research at the intersection of biomedical engineering, regenerative medicine, and robotics.
Biomedical
International documentary exploring the future of robotics, from humanoid designs to industrial automation. BIAI robotics featured by RT World.
Documentary
Advanced machine vision system for real-time human pose estimation, gesture recognition, and behavior analysis in HRI scenarios.
Computer Vision
Machine vision and AI-powered intelligent transportation system for traffic monitoring, vehicle detection, and autonomous driving perception.
Smart City
Cutting-edge BCI research for neural signal processing, cognitive state detection, and next-generation human-machine interaction.
BCI
Augmented reality integrated with 3D holographic display for immersive product visualization, interactive exhibits, and industrial design.
AR/VR
Heavy-duty automated parking robot with Mecanum wheels for omnidirectional movement. Web-based management platform with real-time server status monitoring and remote control capabilities.
Industrial
Intelligent manufacturing control system based on Modbus-TCP Ethernet protocol with web-based HMI interface. Enables real-time production monitoring and remote control of wind turbine blade mold manufacturing.
Industry 4.0
Custom-designed service robot for Ping An Insurance Group. Tailored for financial counter services, customer guidance, and branch automation scenarios.
Finance
Intelligent lobby and hall reception robot with temperature screening, ID verification, visitor management, and multi-language interaction capabilities.
BusinessWorld-class academic and industry partnerships
Our research facilities in Boston, Massachusetts
?Boston Institute for Artificial Intelligence
84 Euston Rd, Brighton, MA 02135, United States
daniel@ptinfous.com
+1 617-917-5780