
Anabrid GmbH is a German deep-tech startup founded in 2020 that develops hybrid computing systems combining analog and digital technologies to create energy-efficient and powerful supercomputers. Their flagship product, LUCIDAC, is a fully reconfigurable analog computer designed to work alongside digital computers to solve complex mathematical problems rapidly and with high precision. Anabrid's patented hybrid technology enables continuous computation, overcoming limitations of traditional digital numerical methods, and is applied in areas such as autonomous navigation, real-time flight control, and climate modeling. The company emphasizes open-source and affordable analog computing through products like THE ANALOG THING, targeting both commercial and educational markets. Anabrid positions itself as a pioneer in hybrid analog-digital computing, aiming to revolutionize computing performance and energy efficiency at scale.

Anabrid GmbH is a German deep-tech startup founded in 2020 that develops hybrid computing systems combining analog and digital technologies to create energy-efficient and powerful supercomputers. Their flagship product, LUCIDAC, is a fully reconfigurable analog computer designed to work alongside digital computers to solve complex mathematical problems rapidly and with high precision. Anabrid's patented hybrid technology enables continuous computation, overcoming limitations of traditional digital numerical methods, and is applied in areas such as autonomous navigation, real-time flight control, and climate modeling. The company emphasizes open-source and affordable analog computing through products like THE ANALOG THING, targeting both commercial and educational markets. Anabrid positions itself as a pioneer in hybrid analog-digital computing, aiming to revolutionize computing performance and energy efficiency at scale.
Founded: 2020
Headquarters / Registration: Berlin, Germany (registered: HRB 222225 B)
Core product: LUCIDAC (reconfigurable analog computer) and REDAC family
Tech focus: Hybrid analog–digital computing for energy-efficient high-performance computation
Collaboration: Works with German Aerospace Center (DLR) on REDAC / quantum/hybrid computing initiatives
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High-performance numerical computation and real-time control where digital methods face limitations in speed or energy efficiency.
2020
DeepTech