The missing layer of the computing stack
Accelerating Robotic Intelligence
At anabrid, we provide the core hardware for the MERLIN project: the Lucidac analog-digital computer. Our technology enables high-speed, real-time robotic control by translating complex algorithms and machine learning models into electrical circuits. This dramatically reduces processing time, overcoming a key bottleneck in robotics and paving the way for more dynamic, sensor-based applications.
Shaping Equations
In contrast to the logical sequences of digital algorithms, data relationships can also be described using mathematical equations. These equations can be constructed as analog, electronic circuits. In contrast to historical analog computers, the analog circuit is automatically constructed using a digital controller. The real-world problem is therefore wrapped in a mathematical formula under digital control.
Analog Computing in DetailIncredible efficient
The analog computation is blazingly fast – up to 1,000 x faster compared to digital, algorithm-based calculations. At the same time, it requires only a tiny fraction – 10,000 x less – of the energy that a digital calculation would need. Moreover, it is unhackable. These capabilities enable solutions to be found for problems that would simply be inconceivable using other computing methods.
Ready to Change the World
Whether you need your solutions in digital standardized form to pre-process it in every digital environment or you plan to use the solutions in analog form – our hybrid computers leave the choice to you.
