The startup provides a platform for the development and integration of efficient robotics systems using accelerated computing techniques. This technology enables manufacturers to enhance automation processes, reducing operational costs and improving productivity in various industrial applications.
Funding
Funding not disclosed
Founders
Product
Problem
Developing and integrating efficient robotics systems often requires specialized hardware expertise and can be computationally intensive, leading to increased development time and costs for system integrators. Optimizing the architecture for efficient integration of software and hardware components is also a significant challenge.
Solution
Smarobix provides low-code solutions for FPGA-based acceleration of robotic systems, enabling system integrators to streamline operations, reduce costs, and improve efficiency. The platform empowers roboticists to accelerate applications within their familiar technological space, allowing them to develop using their preferred programming languages and middlewares, integrated into their existing tools and IDEs such as VSCode. Smarobix automates hardware/software co-design, optimizing the architecture for efficient integration of software and hardware components without requiring in-depth hardware expertise. This approach results in remarkable acceleration for embedded computing and a user-friendly interface that speeds up the integration and development of accelerated robotics applications.
Target Audience
The primary target audience includes robotics system integrators seeking to enhance the performance and efficiency of their robotic systems through FPGA-based acceleration.
Features
- Low-code platform for FPGA-based acceleration of robotic systems.
- Hardware/Software Co-Design without the need for hardware expertise.
- Optimized architecture for efficient integration of software and hardware components.
- Support for various programming languages and middlewares.
- Integration with common IDEs such as VSCode.
- Optimized SW/HW architecture for robotics dataflow.