OSARO® has patented a groundbreaking technology that enables robots to estimate object depths without specialized sensors, enhancing accuracy and efficiency in fulfillment centers. This innovation allows robots to handle diverse items more effectively, reducing costs and adapting seamlessly to changing warehouse demands.
Robotic AI is transforming manufacturing, logistics, and e-commerce by enabling robots to learn and adapt in real time. However, many systems still depend on human-tagged data or remote supervision, limiting true autonomy and scalability.
Derik Pridmore, co-founder and CEO, OSARO, offers 3 key predictions for 2025
IHI Logistics & Machinery has partnered with OSARO to deploy machine-learning-enabled robotic depalletizing systems for warehouse automation in Japan. OSARO’s advanced vision software enables precise mixed-case depalletizing, improving efficiency in tasks typically prone to workplace injuries.
Ready or not, peak season is here, and it’s bringing with it a whole host of challenges.
OSARO AutoModel™ enhances fulfillment robots by enabling real-time, autonomous adaptation to new SKUs, reducing onboarding time and increasing efficiency in handling diverse items and workflows.
OSARO has unveiled a significant advancement in its OSARO SightWorks™ perception platform with the release of OSARO AutoModel™.
OSARO AutoModel™ accelerates the introduction and onboarding of new SKUs and increases robot productivity, allowing for greater flexibility and efficiency in kitting, piece-picking, and autobagging.
This marks a significant advancement in its OSARO SightWorks™ perception platform. In order fulfillment, where speed is critical, businesses often face days or even weeks of costly downtime to update their robots for new SKUs.
OSARO AutoModel™, the core AI engine within the OSARO SightWorks™ platform, expands the capabilities of AI-powered order fulfillment robots by empowering them to learn and adapt to new tasks and environments in real time.
