Ξ_chip_production_stack_v1

Ξ_chip_production_stack_v1 defines a reproducible, civil-use-only architecture for building and verifying production-ready chip prototypes — from virtual models to fabrication-ready designs. The stack integrates governance, auditability, and data-free design principles within a YAML-based workflow. ⚙️ Copyright / Blog Section Ξ_chip_production_stack_v1by Winfried Brückner · ruahAI This publication belongs to the ruahAI Forge Series, continuing the work on transparent, audit-based chip design and governance-aware computation. The Plan der Schmiede establishes a four-phase route: Virtual Modeling (P0) FPGA Prototyping (P1) Shuttle-Ready GDS Design (P2) Production & Governance Package (P3) It demonstrates how hardware, simulation, and regulation can coexist under a single verifiable architecture — fully civil, allied-only, and data-free. Refer to the ruahAI license catalog for rights, attribution, and tier-specific terms: License: CC BY-ND 4.0 + ruahAI Tier SystemAllied use only – no dual-use, no classified material. Symbol: ⚒ Clarity, Cooperation, Continuity.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-11-11
DOI
https://doi.org/10.5281/zenodo.17583529
Primary Topic
Embedded Systems Design Techniques
Type
article
Field-Weighted Citation Impact
0.00
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article

Ξ_chip_production_stack_v1

Zenodo (CERN European Organization for Nuclear Research)
Embedded Systems Design Techniques
article

Ξ_chip_production_stack_v1

article en

Abstract

Ξ_chip_production_stack_v1 defines a reproducible, civil-use-only architecture for building and verifying production-ready chip prototypes — from virtual models to fabrication-ready designs. The stack integrates governance, auditability, and data-free design principles within a YAML-based workflow. ⚙️ Copyright / Blog Section Ξ_chip_production_stack_v1by Winfried Brückner · ruahAI This publication belongs to the ruahAI Forge Series, continuing the work on transparent, audit-based chip design and governance-aware computation. The Plan der Schmiede establishes a four-phase route: Virtual Modeling (P0) FPGA Prototyping (P1) Shuttle-Ready GDS Design (P2) Production & Governance Package (P3) It demonstrates how hardware, simulation, and regulation can coexist under a single verifiable architecture — fully civil, allied-only, and data-free. Refer to the ruahAI license catalog for rights, attribution, and tier-specific terms: License: CC BY-ND 4.0 + ruahAI Tier SystemAllied use only – no dual-use, no classified material. Symbol: ⚒ Clarity, Cooperation, Continuity.

Zenodo (CERN European Organization for Nuclear Research)
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Embedded Systems Design Techniques
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