MODEL-NATIVE AI
LAVI

The model and the machine. Finally, in conversation.

Not just somewhere to run intelligence. An architecture designed around how intelligence moves, remembers and computes.

LAVI architectural concept visualization; not fabricated silicon

Architectural concept. Not a die photograph, floorplan or measured-silicon demonstration.

NSIModel–silicon interface
Model + runtimeCo-designed execution
S130Scaled proof-vehicle path

A shared understanding. At every layer.

LAVI connects model intent with the resources that execute it. An explicit contract carries placement, memory and execution requirements through the architecture.

LAVI / conceptual operation01Describe02Discover03Negotiate04ExecuteArchitectural explanation. Not a floorplan, timing diagram or hardware simulation.Conceptual operation · choose a stage, or play the explanation
Explanatory sequence, not hardware simulation.
Model DNA describes the workload and its execution needs.
SEE THE REASON BEHIND THE ARCHITECTURE

A long-context assistant

Follow the relationship between prompt state, expert selection, memory placement and execution. This is an architectural walkthrough, not a measured throughput demonstration.

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01

Model–silicon execution contracts

02

Tensor, attention, recurrent and MoE engines

03

Semantic KV and persistent execution graphs

04

Scaled LAVI-S130 proof-chip path

TECHNICAL OVERVIEW

The details matter.

Download the product brief
Canonical identity
LAVI
Responsibility
A frontier AI architecture that brings the model, its memory and its execution machinery into one negotiated system.
Delivery boundary
Architecture + RTL
Evidence scope
Integrated reference
Integrated reference

Know the release.
Know what it establishes.

The Bible records integrated chip/model semantic checks and a 150,000-check LAVI-S130 reference campaign. Logical chip-top, proof-core and OpenFrame wrapper source are present.

Source basis: Bible v7.42 §132, LAVI v0.7 controlled release. This is a controlled-portfolio summary, not a fresh execution of the chip qualification flow.

Release-specific qualification

Reference execution is not measured frontier silicon. Final HDL/physical qualification and trained frontier-scale checkpoints remain separate gates.

A PATH THAT FITS THE PROJECT

Build with LAVI.

Technical scope, rights, support and release configuration are agreed before delivery.

evaluation

Architecture and release evaluation

Inspect the named release and establish technical fit.

Discuss this scope
production

Chip / SoC licensing program

Agree deployment or design rights, deliverables and support.

Discuss this scope
custom

Custom silicon integration

Define the customer-specific work and acceptance criteria.

Discuss this scope

Your next big idea.
Let’s build it together.

Start with a chip, a software release or a single IP block.