SEHRO · Company deck · October 2026Website  ·  PDF

The future of power is engineered.

Australian technology for understanding electricity infrastructure, network capacity and the demands of an electrified world.

Company deck · October 202601

01 The engineering problem

Every new load asks the network one question.

Can it carry this? Data centres, electrolysers and electrified industry arrive in tens to hundreds of megawatts.

CAPACITY

How much can this point carry?

Hosting capacity at each stage of a site's growth, with the first binding limit named.

CONTINGENCY

What if a line is lost?

The connection has to hold through each credible outage, for every stage and option.

EVIDENCE

What actually happened?

Once a site runs, network and customer need a shared record either side can check.

SEHRO02

02 Flagship capability

GridWindow

One engine that follows a connection through its whole life. Every figure comes from full AC power flow, confirmed by an independent solver.

BEFORE

Connection and capacity

Every growth stage, intact and under each listed outage, with classified hosting capacity.

DURING

Assumption monitoring

Study assumptions tested against measured data, with drift surfaced and evidenced.

AFTER

Verifiable reconstruction

Signed evidence pack that a third party can verify and re-run.

Developed and owned by Cloudsail Technologies. SEHRO proposes to commercialise it; the IP arrangement has not yet been completed.03

03 Validation record

Validated on an Australian benchmark.

A published benchmark network of the Australian grid. Detailed results on request. Proof of concept (TRL 3) for the AC connection assessment only; the full workflow is a working prototype on a synthetic network.

2Independent solvers agree on every reported solve
39/39Browser checks passed
145Time steps, zero hindsight leakage
213Automated tests
Network figures modelled on benchmark networks04

04 Technical direction

Engineered for network scale.

Screening one connection takes thousands of AC solves across stages, outages, options and snapshots. On transmission networks with thousands of buses, that becomes an accelerated-computing problem. SEHRO is applying to NVIDIA Inception to pursue it.

  • D.01 · ProposedGPU-batched power flow with NVIDIA cuDSS, matched to CPU results
  • D.02 · ProposedGrid digital twin in OpenUSD for NVIDIA Omniverse
  • D.03 · ProposedPlain-language scenarios via NVIDIA NIM, engineer-confirmed
Not affiliated with NVIDIA. NVIDIA, cuDSS, Omniverse and NIM are trademarks of NVIDIA Corporation.05

05 Company

Built in Australia.

An Australian electricity infrastructure technology venture founded by Virginia Graham, focused on grid connection, network capacity and operational assurance.

  • Legal entityRiches Boxing Pty Ltd
  • NameSEHRO, a proposed business name (not yet registered)
  • FounderVirginia Graham
SEHRO06

06 Milestones

The path to a first pilot.

M1

Foundation

GridWindow IP arrangement with Cloudsail Technologies. SEHRO business name.

M2

Scale

Profile a multi-thousand-bus network; prototype the GPU-batched path.

M3

Assurance

Independent power-systems engineering review of method and results.

M4

Pilot

Access to one real network planning model under a future confidentiality agreement.

Each milestone gates the next07

07 Contact

See it run.

A private technical walk-through of GridWindow on a benchmark network and a synthetic regional network.

© 2026 Riches Boxing Pty Ltd. SEHRO is a proposed business name.08