Silicon. A different kind of thinking.

A frontier AI architecture that brings the model, its memory and its execution machinery into one negotiated system.

Semantic memory, reasoning and specialized compute in one integrated architecture—coordinating AI workloads with power policy, trusted control and dataflow.

A stochastic compute fabric for sampling and combinatorial optimization, with tiled spin-state engines and programmable local and remote interactions.

A near-field communication and swarm-coordination hub built around coherent field seeds, phase control and a shared digital integration fabric.

A heterogeneous accelerator family that treats compute, state, optimization and fabric as collaborating parts of one machine.

Block-atomic explicit dataflow and capability-native memory bring execution, commit and access authority into the processor architecture.

CPU, accelerator and memory execution connected through one coherent architecture for demanding mixed compute workloads.

A heterogeneous spatial processor designed around the routing, memory and physical realities of mature-node silicon.

A dataflow accelerator implementation bringing compute tiles, movement and local state together.

A sparse, graph and solver architecture organized around SG tiles, local engines and a shared fabric.

The extreme-scale SG architecture combines larger tile arrays, global connectivity, virtualization and reliability mechanisms.

A reasoning and dataflow AI architecture combining matrix/vector execution, attention, sequence state and graph/search resources.

The extreme-scale LY system architecture joins the full engine set with chiplet/fabric, HBM, collectives and runtime/compiler integration.

A route-aware solver and accelerator architecture with decomposable processing, Boolean co-execution and deterministic transport.

A universal-fabric processor architecture bringing manycore engines, memory, scheduling and telemetry into one organized system.

An upward-compatible architectural root spanning embedded, real-time, client, server and AI/HPC implementations.

A network-native continuation-token processor with distributed readiness, versioned-object memory and explicit authority boundaries.