Maintenance for hybrid computing

Continuous hardware.
Digital-grade stability.

Drop in the missing maintenance layer between the digital host and the physical substrate.

Preflight the interface. Maintain a declared tolerance. Hold a verified configuration when the contract cannot continue. Keep proof of what happened.

Free 90-day evaluation. No card.

TRUELOOP / MAINTENANCE CONTRACT
live
Optical hardware on a scientific bench
12
median acquisitionsretained member · primary scale
1
acquisition per cycleordinary full-vector readout
65,536
primary width confirmed30 / 30 at every tested width
Digital directs.Physics computes.TrueLoop keeps it true.Contract state on every cycle.Signed record after every maintained run.
Start with your system

What do you run?

The missing layer

Digital directs the computation.
Physics performs the transform.
TrueLoop keeps the analog state true.

One read.One update.No growing calibration pass.
See how the architecture fits together
The architecture

A hybrid machine
that can compose.

DIGITAL HOSTOrchestration, semantics, routing, and control flow
PHYSICAL COPROCESSORDense transforms carried by resident analog state
STABILITY LAYEROne complete readout and actuation frame per cycle
NEW DESIGN SPACEOn-device AI, photonics, quantum, RF, and sensing
One complete layer

Three questions.
Answered inside the loop.

01 / BEFORE THE RUN

Can this interface run?

Exactly budgeted preflight measures local responsiveness and composes the result with the versioned evidence registry.

  • Caller-local acquisition
  • Fit, boundary, or decline
  • No universal threshold guess
Read preflight
03 / AFTER THE RUN

What proof remains?

An Ed25519-signed record captures states, scalar error history, declared geometry, resource class, and software versions.

  • No raw measurement vectors
  • No raw license key
  • Independent signature check
Read attestation
Drop-in integration

Your loop stays five lines.
The contract comes with it.

Five lines. Your loop stays yours.

PYTHON / MAINTENANCE LOOPCLIENT 0.5.0
opt = SWCOptimizer(key, n=len(x0), mode="regulation", target=target)
x = opt.start(x0)
for _ in range(budget):
    x = opt.step(measure(x), target=target)
opt.end()

measure(x) is your existing readout. opt.state reports the live contract.

01

Preflight with an exact acquisition budget.

02

Maintain and report the stability contract.

03

Close with a signed run record.

Real time

Control keeps up.

Your acquisition sets the pace.

9 to 16 ns

per channel-cycle

O(n)

digital work per cycle

O(1)

state per channel

Measured controller arithmetic on one commodity core. The device readout and actuation set the physical loop rate.

210 / 210

registered simulator runs

Retained and fixed-window members.

65,536

primary width

30 / 30 at every tested scale.

1,000,000

development extension

5 / 5. Not primary confirmation.

Fit first

Component-resolved readout. Feasible target. Same-cycle timing. Declared bounds.

Clear boundary

Contract enforcement is deployment semantics. Unknown evidence remains boundary, not fit.

Check your system