Singapore concept launch · AI for Good Summit, Shangri-La Singapore · 5–7 Nov 2026Meet us →Get in touch
Render of a blue light trail flowing across a polished concrete floor
State-resident compute architecture.
Gen1: validation POC Oct · FPGA build Nov · Singapore 7 Nov
By invitationClosed-door dialogue at NTU · Sun 8 Nov, 2–5 PM, SingaporeRequest to join

THE NEXT
BOTTLENECK
ISN'T COMPUTE.
IT'S STATE.

Symatics is building a state-resident compute architecture for long-context inference and multi-agent systems.

Silicon where information stays local, structured, and continuously available — so intelligence compounds instead of resetting.

32,768 COMPUTE UNITS
<200 ns ANY-TO-ANY
1 Hop WITHIN DOMAIN

Gen1 design targets · Pre-silicon · Sim & validation POC Oct · FPGA build Nov

Singapore concept launch · 5–7 November 2026

Visit the Symatics exhibit at AI for Good Summit.

The state-resident architecture at system scale — MPU → SIF → fiber → MPU — with fiber-spool and fault-button controls. Closed-door dialogue at NTU One North on 8 November, 2–5 PM, by invitation.

Event details Request to join NTU dialogue
Two MPU nodes joined by an optical fiber link

The state path across one optical link

Render of fractured cube grid representing lost state
01

COMPUTATION BEGINS WITH STATE

State is continuously moved between memory, storage, and execution. Symatics explores a model where state remains resident within the computational structure itself.

02

WHEN STATE BECOMES ARCHITECTURE

State as Structure

State defines context, continuity, and behavior.

Persistent by Design

State remains part of computation, not a separate resource.

Localized Execution

Computation stays closer to where state already exists.

Singapore · 5–7 November 2026

First public showing of the MPU architecture.

Symatics unveils its state-resident architecture at the AI for Good Summit, hosted by Alliance for Good at Shangri-La Singapore. The exhibit presents one state domain at rack scale: state leaves a compute node, crosses a fixed-latency optical link, and arrives on time, every cycle.

Where we are, October 2026
DoneGen1 architecture defined. Design partners engaged in Taiwan and Canada. Taipei engineering office open.
NowArchitecture specification and cycle-level model with design partners. Architecture simulation & validation POC completing end of October 2026.
NextFPGA proof-of-concept build completing end of November 2026. Results will be published here as they are measured.
Photo of a concrete atrium with circular skylight
03

BUILT FOR INTELLIGENT SYSTEMS

Future AI systems will require new architectural foundations. Symatics investigates state-resident approaches designed for emerging computational demands and future silicon pathways.

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