PHOTONIC.SYSTEMS.
Architecture research in dynamic photonic switching, formally governed control, and system-level interfaces for advanced AI/HPC infrastructure.
ENGINEERING
THE SYSTEM.
A portfolio of distinct optical architectures, examined through common formal methods while preserving topology, source ownership, and physical qualification boundaries.
Dynamic Mirrored Photonix
Individually defined switching fabrics, optical distribution paths, and interface requirements maintained as traceable, revision-controlled design records.
The methodology ↗Native DTMOS
An operational control methodology organized around authoritative state, resource reservations, exception handling, and observable physical outcomes.
The control approach ↗Unified formal methods
Formal graph models, architectural invariants, capacity constraints, and explicit proof obligations, with measurement and process qualification assessed separately.
The research program ↗FROM FIRST
PRINCIPLE TO
PHYSICAL INTERFACE.
Our work connects mathematical routing models to proposed device behavior, electronic interfaces, packaging constraints, and operational governance.
Each architecture retains its own source record, admissible route set, authority boundaries, and qualification status.
Research methodology ↗EVIDENCE
BEFORE
ASSERTION.
Bind every proposed route to a specific source, physical resource and destination.
Separate graph and mathematical proofs from measured device behavior.
Verify occupancy, authority, optical feasibility and switch transition states.
Carry unresolved PDK, vendor and fabrication requirements as explicit engineering holds.
PHOTONIC
FABRIC.
GOVERNED
CONTROL.
A proposed 3D integration research direction examines the proximity of photonic transport, electronic actuation, sensing, and Native DTMOS observation. Stack configuration and process feasibility remain subject to PDK and partner review.
3D integration research ↗
FOUNDING
LEADERSHIP.
Architecture development and critical technical examination are conducted by Neo Eon’s founding team.
A BASIS FOR
TECHNICAL
DISCUSSION.
Non-confidential technical overviews are available for preliminary discussion. Detailed architecture materials may be considered under suitable confidentiality arrangements.
Contact the team ↗