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FASTER-AI: Autonomous Realization of Embedded AI

FASTER-AI aims to integrate Machine Learning into telecom hardware and safety-critical systems for airborne vehicles, providing a sustainable path towards digitization of critical infrastructure.

January 1, 2024 | State of AI 2024 Report | Page 22–23
Embedded AI chip on circuit board
Photograph: GPT-IMAGE-1

FASTER-AI aims to integrate Machine Learning (ML) into telecom hardware and time- and safety-critical tasks for airborne systems and vehicles.

Unique Approach

Unlike current AI development environments tailored for cloud providers, our approach focuses on built-in systems’ needs. We streamline ML integration in three core areas:

  1. Neural Architecture Search: Identifying suitable neural architectures for domain-specific hardware
  2. Cross-Compilation: Providing a multi-stage cross-compiler for combining traditional logic & ML
  3. Application-Tailored Software: Offering software tailored to ML-driven applications’ requirements

Future-Proof Design

Our method is efficient for existing hardware and adaptable to future architectures and releases, ensuring accurate and time-critical decisions in various industries.

Impact

We are convinced that the FASTER-AI method is the most sustainable and future-proof path towards digitization and value creation for existing critical infrastructure.

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