Dream-1 performs tasks without training

Dream-1 is available globally with reduced hardware costs. The company raised US$ 90M in seed funding to develop the technology.

The technology is complemented by OpenAI's Decisions API, based on the GPT-6 Luna model, which enables near-real-time data processing. The API is available for general use by developers. Dream-1 is a bimanual robot with parallel grippers that moves based on internal data processing. There are no visible buttons on the robot. The company is also involved with the Decisions API, a new OpenAI tool. The Wikipedia page about Dream 1 describes an MMA event held in 2008, but that is unrelated to the robot.

The robot can perform tasks without training, demonstrations or AI expertise. The company seeks to enable task automation without training. The technology may appeal to companies that want to automate complex processes. Global availability and reduced hardware cost make Dream-1 accessible to a wide range of users.

Price and availability

Price and availability
Version	Price	Market	Availability
Bimanual arm	US$ 2,000	Global	Available

Cost and funding pave the way for automation without training

The seed funding of US$ 90,000,000 helps make the equipment globally accessible by reducing hardware costs. This means the robot can act on up-to-date information, without the need for additional training. The public API is essential to Dream-1's functionality, but its cost has not been disclosed. The combination of hardware and real-time processing may optimize industrial automation, especially in sectors that need agility and precision.

Dream-1 redefines autonomy in mobile robotics. The parallel-gripper architecture allows greater precision in handling objects, without relying on learning algorithms. The model is available globally and offers an alternative to traditional robots that require lengthy training. Availability in Brazil has not yet been confirmed, but the model is ready for use in international markets.