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PRISMÆON TECHNOLOGY

Governed compute architecture.

Governed compute architecture.

Prismæon is being developed as a governed adaptive heterogeneous-compute architecture designed to separate computational proposal, authorization, execution, evidence, and validation.

Prismæon is being developed as a governed adaptive heterogeneous-compute architecture designed to separate computational proposal, authorization, execution, evidence, and validation.

Compute should adapt without surrendering control.

Compute should adapt without surrendering control.

PROPOSAL

GOVERNANCE

AUTHORIZED EXECUTION

RAW EVIDENCE

VALIDATION

THE COMPILER PROPOSES. NŒTIS GOVERNS.

THE COMPILER PROPOSES. NŒTIS GOVERNS.

Execution remains explicitly governed while resulting evidence remains available for independent validation.

Execution remains explicitly governed while resulting evidence remains available for independent validation.

CORE PRINCIPLES

Governed Execution

Execution remains subject to explicit authorization and control.

Heterogeneous by Design

Different computational resources can participate within one governed architecture.

Deterministic Evidence

Execution and resulting evidence are designed to remain inspectable and attributable.

Hardware Path

The architecture is progressing from simulation through RTL and FPGA toward specialized physical implementations.

DEVELOPMENT PATH

01 Architecture
COMPLETE

02 Deterministic Simulation
COMPLETE

03 RTL Implementation
COMPLETE

04 AMD Kria FPGA Deployment
IN PROGRESS

05 Physical Validation
UPCOMING

06 Product Architecture
FUTURE

07 Specialized Silicon
FUTURE

Evidence discipline

Evidence discipline

Prismæon distinguishes architectural claims, simulated implementation evidence, FPGA implementation evidence, and physical evidence. Physical-validation claims will only be made after real-hardware testing.

Prismæon distinguishes architectural claims, simulated implementation evidence, FPGA implementation evidence, and physical evidence. Physical-validation claims will only be made after real-hardware testing.

Hardware direction

Hardware direction

The program progresses from architecture through FPGA, physical characterization, product architecture, and ultimately specialized silicon—without exposing private RTL or ABI details.

The program progresses from architecture through FPGA, physical characterization, product architecture, and ultimately specialized silicon—without exposing private RTL or ABI details.

Interested in Prismæon?

Interested in Prismæon?

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nigel@prismaeon.com

PRISMÆON

Governed Compute, Built for What’s Next.