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UniQ Labs, Universal Quantum Labs Private Limited

ARCHITECTURE COMPLETE · IMPLEMENTATION UNDERWAY

UNIQ AI · EXPERIMENTAL COMPUTE

Optional acceleration. Never architectural dependency.

UniQ AI is designed to run on conventional compute.

Experimental representation and hardware paths are investigated only as optional accelerators and must justify themselves through measurement.

BASELINE FIRST

CONVENTIONAL COMPUTE is the stable trunk.

Conventional compute is the stable trunk. Optional branches for E8 representation, QTI/QPU, RHU/RPCI, future specialised hardware and embodiment substrates can be removed without destroying baseline cognition.

Stable trunk

CONVENTIONAL COMPUTE

  • E8 REPRESENTATION

    optional codec / index / representation branch

  • QTI / QPU

    optional compute-acceleration interface

  • RHU / RPCI

    optional experimental compute interface

  • FUTURE SPECIALISED HARDWARE

    candidate specialised substrates

  • EMBODIMENT SUBSTRATES

    optional embodied integration path

Removing any optional experimental branch must not destroy baseline cognition.

E8 EXPERIMENTAL REPRESENTATION

A codec experiment, not a truth geometry.

E8 is an experimental codec, index and representation branch.

NEAREST LATTICE POINT ≠ TRUTH.

Possible experimental goals

  • structured vector representation
  • indexing
  • quantisation
  • compression experiments
  • retrieval experiments

E8 geometry does not automatically provide

  • semantics
  • correctness
  • knowledge
  • perfect retrieval
  • zero-error memory
  • universal compression

Any E8 path requires

loss measurement · drift measurement · comparison with conventional baselines · fallback

QTI / QPU

An optional execution route.

QTI / QPU is an optional compute-acceleration interface.

  • Does not own cognition.
  • Does not provide truth.
  • Does not replace memory.
  • Does not grant action authority.
  • Does not define intelligence.

If quantum or specialised execution demonstrates measurable value for specific workloads, the architecture can route eligible work to it through hardware-neutral interfaces. If not, conventional execution remains authoritative.

RHU / RPCI

An experimental interface behind architecture boundaries.

RHU / RPCI is an experimental compute interface and research path. Treat it as optional.

Not claimed here

  • validated physical advantage
  • production maturity
  • required cognitive function

It may be investigated behind strict architecture boundaries. Failure must not compromise baseline cognition.

HARDWARE-NEUTRAL CONTRACT

Target capabilities, not chips.

  1. COGNITIVE WORK
  2. HARDWARE-NEUTRAL EXECUTION CONTRACT
  3. CONVENTIONAL CPU/GPU
  4. SPECIALISED ACCELERATOR
  5. QUANTUM BACKEND
  6. EXPERIMENTAL SUBSTRATE

Only eligible workloads route to specialised hardware.

MEASUREMENT CONTRACT

Novelty is not promotion.

No experimental compute path is promoted merely because it is novel.

  • CORRECTNESS
  • LATENCY
  • THROUGHPUT
  • ENERGY
  • MEMORY
  • COST
  • RELIABILITY
  • ERROR CHARACTERISTICS
  • DETERMINISM / REPRODUCIBILITY WHERE REQUIRED
  • ROLLBACK
  • MAINTAINABILITY

SUBSTRATE MIGRATION

Fashion is not a migration reason.

  1. SIMULATE
  2. BENCH
  3. COMPARE
  4. PROVE PARITY
  5. MEASURE ADVANTAGE
  6. SHADOW
  7. PROMOTE
  8. RETAIN FALLBACK

TOPOLOGICAL / HYBRID HARDWARE

A possible future substrate path.

UniQ Labs may conduct long-horizon research into candidate hybrid or topological compute architectures.

  • candidate
  • experimental
  • research programme
  • requires fabrication
  • requires bench validation
  • requires comparative measurement

Deeper hardware research belongs primarily to the later Research section. On this page it appears only as a possible future substrate path.

The architecture does not depend on the experiment succeeding.

Experimental compute earns a role through measured advantage. Until then, conventional compute remains the baseline.

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