Black Coffee Robotics
visit site- $10,000+
- 2 - 9 employees
- New York, NY
Client Insights
Industry Expertise
25%
25%
20%
15%
15%
Client Size Distribution
Small Business (<$10M) 70%
Midmarket ($10M - $1B) 25%
Enterprise (>$1B) 5%
Common Project Size
$10K-$49K 2 projects
Clients
This provider has not added their key clients.
Highlights from Recent Projects
Black Coffee Robotics was hired by Buffalo Automation, a company that provides embedded autopilot software systems to improve maritime safety and enable autonomous navigation. The project involved software development, deployment, and parameter tuning of a ROS2-based navigation stack for an autonomous ferry and an improvement and deployment of a LiDAR-based awareness system for a cargo ship. Black Coffee Robotics was selected for their high ratings, budget-friendly pricing, and great culture fit. The team of 2-5 employees successfully delivered ROS2 Nav2 parameter tuning, field testing, and deployment containerization for an autonomous vehicle.
In another project, Black Coffee Robotics was engaged by Emancro, a company that develops robots for hospital logistics. The project entailed setting up a motion planner in CuRobo, building a URDF model of the robot, and setting up an arm motion planning framework with tailored functionality. Black Coffee Robotics was chosen for their high ratings and great culture fit. The team of 2-5 employees successfully developed a multi-arm motion planning system, set up URDFs and collision geometry for CuRobo, visualized meshes and collision spheres in Rviz, tested motion planning, computed arm-to-arm collisions, and set up end-effector changing mechanisms.
Black Coffee Robotics also provided staff augmentation services for a warehouse automation company. The project goals included team augmentation for software development, speed of POC, and beta release. Black Coffee Robotics was chosen for their proximity to the client's location, budget-friendly pricing, and great culture fit. The team of 2-5 employees developed a multi-robot control system capable of controlling multiple robots in real time, although further project details were not disclosed.