Next-Generation Hybrid Infrastructure:
anabrid builds a hardware-first computing infrastructure engineered to eliminate digital processing bottlenecks. Developed in collaboration with the DLR Quantum Computing Initiative (DLR QCI), our REDAC systems solves complex problems directly within physical hardware to process massive workloads at the speed of reality. No translation into binary code, no abstraction lag. Just instant, deterministic performance.
Techbrief REDAC
A brief description of the Redac System
DownloadREDAC provides modular, energy-efficient analog hardware for applications ranging from neuromorphic AI to quantum circuits and satellite control.
Dr. Lucas Wetzel, CSO at anabrid
The digital expansion is hitting a wall—bounded by power grids, hardware availability, and massive datacenter capacity limits. REDAC provides the infrastructure to bypass these physical boundaries. Instead of throwing more energy-hungry digital processors at critical real-time challenges, our analog acceleration layer processes vast streams of data instantly. We solve the efficiency bottleneck right at the core—operating with radically lower power consumption and predictable execution times.
Developed in collaboration with the DLR Quantum Computing Initiative (DLR QCI) and supported by the Federal Ministry for Economic Affairs and Climate Action, REDAC serves as a production-ready computing platform for advanced industrial workloads and elite research. Operating as a technological enabler, the architecture is designed to scale across multiple critical disciplines: from aerospace flight dynamics and automotive testing, to direct coupling with quantum computers and real-time sensor data preprocessing. Driven by an automated digital compiler, REDAC integrates natively into existing enterprise stacks and CI pipelines, bridging the gap by providing immediate hardware performance under familiar digital control.
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