The most powerful new compute architecture in a generation — and your developers won’t need to learn anything new.
Every new compute paradigm in history has faced the same adoption barrier: existing code doesn’t run on it. Migrating to a new instruction set architecture requires rewriting software stacks, retraining engineering teams, rebuilding toolchains, and accepting years of parallel operation during transition. For enterprises and governments managing complex, mission-critical software portfolios, this cost is often prohibitive — even when the underlying technology is superior.
Aterna’s eABI (Extended Application Binary Interface) was designed to eliminate this barrier entirely.
The eABI is a transparent translation layer that sits between host software and the FIL/GLU compute substrate. It intercepts standard ABI calls from Python, C++, and Rust applications and dispatches them to the GLU using algebraically optimised instruction sequences — without any modification to the source code, compilation pipeline, or runtime environment.
From the developer’s perspective, the G1 accelerator card behaves like a high-performance co-processor. Existing ML frameworks, scientific computing libraries, and systems software run without modification. The eABI handles all translation transparently.
eABI compatibility means that existing sovereign data centre workloads — AI inference pipelines, cryptographic processing, scientific modelling — can be migrated to Aterna hardware without software re-architecture. Deployment is measured in days, not years.
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