Setting a new standard

Explore our technology

The Sereact technology, encompassing cutting-edge generative AI techniques, low-level robotics, and innovative hardware design, underpins its comprehensive robotics platform. It facilitates the integration of imitation and reinforcement learning, along with vision language models.

Vision transformers

Our Vision transformers generalize across billions of stock keeping units (SKU) without requiring preliminary training. Enabling an intelligent system capable of recognizing previously unseen objects with high accuracy.

The models we build incorporate 3D and color modalities, enabling the generation of detailed depth maps, precise grasping points, accurate 3D measurements, and various other essential features for robust grasping operations.

Sereact PickGPT

Next level intelligent robotics

Simplifying robot interaction

Supports seamless communication between human operators and AI-powered robots, allowing workers to instruct robots through voice commands and an intuitive interface.

Vision-language picking

Fully understands and interprets product titles, descriptions, and other textual information to automatically identify corresponding products and correlate regions in an image.

Exceptional scene understanding

Based on synthetic and real-world experience, Sereact PickGPT is able to operate in unseen environments and adapt effortlessly.

Grasping previously unseen objects

Sereact PickGPT's capabilities stem from its training on web-scale datasets, combined with synthetic and real-world robotics data. This enhances its scene understanding and enables it to generalize to new and previously unseen objects.

Zero-Shot Reasoning

PickGPT understands the scope and context of a task instantly and can handle edge cases without requiring additional training, ensuring seamless adaptability in dynamic environments.

The easiest way to interact with robots

Sereact PickGPT is the key technology for fully autonomous robotics, by fusing the generative capabilities of large language and vision models with a deep understanding of robotic manipulation. It is designed to recognise and interpret unfamiliar situations, without prior training and uses advanced algorithms to analyse environmental data in real time, enabling robots to design and implement the right response strategies.

Unprecedented performance in robotics pick and place surpasses human intervention with unique autonomous capabilities. Easiest tool for instructing robots and configuring robotic application.

Leveraging a large vision action model trained on massive amounts of text data not only makes interactions easier, but also enables complex reasoning and planning.

Robotics control

Our robust robotics framework cuts expensive on-site programming. It is able to compute smooth and collision-free motions without extensive integration. This allows us to easily integrate all kinds of hardware and deploy within a single day.

Flexible software

Adapt to new situations without the requiring to change the underlying code, providing a flexible foundation for various robotic applications.

Technology first

Easily incorporate advanced robot learning techniques such as reinforcement learning and imitation learning through real-time control.

Smooth movements

1kHz impedance control allows for responsive, smooth robot motion and interaction with delicate objects.

Hardware-accelerated

To realize the most robust and capable robotics systems, resilient hardware is essential. While we rely on sturdy robotic platforms as our foundation, we also develop our own end effectors and peripherals. This strategy ensures a tight integration of hardware and software, enabling us to deliver optimal value and performance to our customers.

Embodied AI
that just works

Perfect for warehouses, the software is fully compatible with any hardware. This ensures seamless integration and optimal performance with a wide range of robotic systems and components.

Single suction gripper

For small and light items

Needle gripper

For fabric products

Yaskawa GP-8

For high picking speeds

Adaptive gripping system

Wide range of products

ABB industrial robots

For high picking speeds

Fanuc CRX-10iA

Collaborative robot

Franka Panda

Cobot with joint torque sensing

Universal robots

Most used collaborative robot

Two-finger gripper

For handling complex items

Hybrid gripper

For simple and complex items