Startups Using OpenCV in Boston

Via their job posts and information submitted by startups themselves, these are the Boston OpenCV startups we've found.

Interested in other technologies? Browse or search all of the built-in-boston tech stacks we've curated.

Warehouse fulfillment robots that are “2-3x faster than cart picking at half the cost of traditional automation,” from former Kiva Systems and Mimio executives.

Tech Stack Highlights

TypeScript – With TypeScript’s compile time checking we have seen increased quality in our software with the ease of JavaScript. We also use CircleCI continuous automated building, testing and deployment which further increases our quality and development speed.

NodeJS – Our cloud-based Microservices are primarily written in NodeJS. NodeJS allows us to develop scalable and easily deployable software for our business logic and high level robot behaviors.

ROS – Our robots run on the ROS with customizations to greatly improve performance and reliability. With LIDAR, 3D depth cameras, odometry and other sensors our robots are able to move autonomously in our customer’s facilities.

OpenCV – With 256 CUDA cores on our robot you will have access to more than a teraflop of compute on our robot. Some of our highest performance algorithms utilize OpenCV to take advantage of these parallel cores.

Angular – Our graphical interfaces are built as Angular applications running on Electron giving us ease of development running on multiple platforms and fully extensible as we design new features.

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Using computer vision and AI to provide a surgical visualization and robotics system for better imaging and diagnostic accuracy during surgery.

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Sensor & computer-vision predictive analytics system for controlled-environment agriculture.

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Drone & AI-powered aerial map creation for construction, with survey-grade accuracy.

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Developing AI/AR software for easier repurposing of companies’ robotics systems.

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Computer vision & eye-tracking technology to measure viewer attention.

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Wearable device & development platform for adding touch sensation to virtual reality interactions.

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Computer vision for marketing and brand analytics, with search capabilities.

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3D printing of metal parts.

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Applying IoT tech to manufacturing production lines for better quality & process visibility.

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