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Solutions

Infrastructure for workloads that refuse to wait.

Seven practices, one engineering team. We design, build, benchmark and operate the compute layer beneath your hardest problems — on-premise, hybrid or sovereign cloud.

All solutions
AI & AI Factories Enterprise AI infrastructure, on-premise and hybrid LLM deployment, sovereign data governance, token pipeline optimisation. High Performance Computing Scalable compute clusters, R&D workload orchestration, advanced simulation and high-throughput parallel computing. Data Management & Storage Ultra-low-latency architectures, high-IOPS storage tiers and scalable multi-petabyte hybrid data pipelines. High-Frequency Trading Systems Ultra-low latency, mission-critical custom architectures and performance-tuned infrastructure down to the nanosecond. Quantum Computing Hybrid quantum-classical frameworks and exploratory development environments for teams starting the transition. Servers & Workstations Specialised compute, GPU-dense server racks and AI/ML data science workstations, built and burned in to spec. Managed Services 24/7 infrastructure monitoring, turnkey solution deployment, cloud optimisation and ongoing consulting. Start with a workload assessment Send us the job, the dataset shape and the deadline. You get a profiled bottleneck analysis and an honest answer about fit — before anything is quoted.
Not sure where your workload fits? Our engineers will benchmark it before you commit. Schedule a discovery call

Industries

Bespoke architecture, sector by sector.

A genomics pipeline and a trading engine are not the same machine. We start from your regulatory perimeter, your data gravity and your deadlines — then design backwards.

All industries
Government & Public Sector Data sovereignty, ISM controls evidenced through IRAP assessment, and resilient citizen service infrastructure. Defence & National Security Ruggedised mission-critical compute, strict sovereign compliance and secure air-gapped environments. Health Tech & Life Sciences Accelerating genomic sequencing, diagnostic AI workloads and medical imaging pipelines. eResearch & Academia Scalable HPC clusters enabling scientific discovery, climate modelling and multi-university collaboration. Media & Entertainment GPU rendering pipelines, VFX workflows and high-throughput media storage that keeps artists working. Startups & Scale-ups Right-sized, growth-oriented infrastructure that scales from proof-of-concept to production without a rebuild. The Arts & Culture Large-scale digital archiving, GPU-accelerated interactive media and creative technology platforms. Deployment stories from your sector How the constraint was identified, what the architecture looked like, and which numbers moved. Written by the engineers who built it.
Every engagement begins with a workload assessment, not a product catalogue. Read deployment stories

Industries

Seven sectors. Seven different things that must be true first.

Infrastructure is shaped by whichever limit refuses to move. In defence that limit is classification. In media it is a delivery date. In health it is a privacy instrument that predates the technology. We name that limit before we draw a topology, because everything downstream is negotiable and it is not.

Sector Coverage

Start from the limit, not the shopping list.

Filter the seven sectors by the constraint that governs them. A card can carry more than one, and several carry only one. The single-tag sectors are usually the easiest to architect and the hardest to fund.

Government & Public Sector

The constraint we design around first is jurisdiction. Where the data sits, who can administer the system, and which control set the design will be assessed against decide the topology before capacity does. The second constraint is the demand curve: citizen services are quiet for eleven months and then everyone arrives on the same Tuesday. We build for the Tuesday, and we make the assessor's job straightforward by documenting the boundary as we build rather than afterwards.

  • Control mapping to the ISM and Essential Eight, written into the as-built
  • Burst capacity that is funded and tested before the peak, not during it
  • Customer-held keys, in-country administration, logged privileged access

First constraint — jurisdiction and assurance

Defence & National Security

Classification comes first, and it removes options rather than adding them. An air-gapped enclave has no update path, no telemetry egress and no remote hands, so maintainability has to be engineered in at the design stage.

  • Air-gapped and cross-domain environments with rehearsed media transfer
  • Supply chain provenance and firmware attestation on every component
  • Deployable and ruggedised compute sized to a generator, not a substation

First constraint — classification and isolation

Health Tech & Life Sciences

Privacy law arrived before the pipeline did, so de-identification, consent scope and retention set the architecture. Inside that boundary the problem is throughput: sequencing output and imaging volumes grow faster than the budget cycle that funds storage for them.

  • Nextflow and Snakemake pipelines with per-cohort isolation and audit trails
  • DICOM and PACS-adjacent storage tiers sized to real retrieval patterns
  • Diagnostic model training that never moves identifiable data offshore

First constraint — privacy law, then throughput

eResearch & Academia

The constraint is allocation politics. A shared facility has to be demonstrably fair to every contributing institution, or the smaller partners stop contributing. Scheduler policy and transparent accounting matter more here than peak capability.

  • Slurm fair-share and QoS tiers that map to funding agreements
  • Per-project accounting that survives an audit and a grant acquittal
  • Climate, astronomy and molecular dynamics codes benchmarked in place

First constraint — verifiable fair share

Media & Entertainment

The delivery date does not move, so the metric that matters is artist idle time. We design the storage path around concurrent scrubbing and simultaneous render reads, because a farm that is waiting on metadata is a farm you are paying for twice.

  • Render farm and GPU pipeline sizing against the actual shot list
  • OpenUSD and colour-managed workflows across multiple facilities
  • Review sessions that stay responsive while the farm is fully loaded

First constraint — the locked delivery date

Startups & Scale-ups

Capital efficiency is the whole constraint. The goal is infrastructure that carries you to the next raise without a rebuild, which usually means renting the unknowns and owning only the parts whose load you can already predict.

  • Own the steady state, rent the spikes, with a written crossover point
  • Kubernetes platforms a team of three can actually operate
  • Diligence-ready architecture and cost documentation before the raise

First constraint — capital efficiency

The Arts & Culture

The constraint is permanence on a grant cycle. A collection has to remain readable in thirty years on an operating budget that was approved for three, and a live installation has to hold its frame rate with no engineer in the building.

  • Preservation storage with fixity checking and open, documented formats
  • Real-time rendering and projection rigs that fail visibly, not silently
  • Handover documentation written for a technician, not for us

First constraint — permanence on a fixed budget

Sovereign Delivery

What Australian-owned has to mean on a tender response.

Sovereignty is a procurement term with a technical definition hiding inside it. These are the seven questions that actually separate a sovereign arrangement from a marketing claim, with our answers written so you can test them.

The question behind the question

A contracting officer asking about sovereignty is usually asking something narrower: can a foreign court, a foreign administrator or a foreign support roster reach this data. Ownership of the supplier is only the first of those, and on its own it settles very little.

We answer each part separately and in writing, because the useful version of this conversation is about administrative access paths and key custody, not about where a company was incorporated. Where a dependency genuinely sits offshore, such as vendor third-line engineering or a firmware supply chain, we name it rather than leave it for an assessor to discover.

Australian owned IRAP assessed to PROTECTED ISO/IEC 27001 Defence Industry Security Program Essential Eight aligned
How the company is structured
Ownership
Australian owned and controlled, with no foreign parent able to direct operations or compel disclosure.
Staffing
Engineering and operations staff employed in Australia. Clearance levels confirmed per engagement rather than claimed generally.
Support path
First and second line in-country. Any vendor third line that sits offshore is named in the service description with its escalation conditions.
Data location
Primary and replica copies in Australian facilities. Backup targets and telemetry destinations listed explicitly, including monitoring metadata.
Key custody
Customer-managed keys by default. Where we hold credentials, access is dual controlled, time bound and logged to your own collector.
Governing law
Australian contract law and Australian jurisdiction, with no arbitration clause that moves a dispute offshore.
Subcontractors
Disclosed by name before contract, with their own residency and access position documented alongside ours.

Cross-sector

The techniques move even when the regulations do not.

A trading desk and a genomics lab share almost no vocabulary and most of their engineering. These five patterns turn up in every sector we work in, which is the argument for one team rather than seven.

01

Tail latency is the product

A trading desk cares about p99.9 because money leaves at the tail. A radiologist cares because the study that stalls is the one being reported on. The measurement discipline transfers unchanged: instrument every hop, publish the distribution, and never make a decision on a mean.

02

Metadata operations decide the felt speed

Render farms and sequencing pipelines both collapse on small-file metadata rather than bulk bandwidth. Directory layout, inode budget and client caching behaviour are architecture decisions. We size the metadata tier separately from the data tier, in both sectors, for the same reason.

03

The boundary has to be drawable

Defence calls it a security domain, health calls it a consent scope, a studio calls it a production perimeter. In all three cases someone eventually has to draw the line on a diagram and prove that traffic respects it. Designs that cannot be drawn cannot be assessed.

04

Queue policy is where governance becomes technical

A university allocating between faculties and an agency allocating between programmes are solving one problem with the same tools. Encode the agreement in fair-share weights and reservations, make the accounting visible to every party, and the argument stops being about the infrastructure.

05

Handover determines the real lifespan

A gallery with no engineer on staff and an agency with a rotating operations team fail the same way: undocumented systems decay quietly. As-built documentation, rehearsed recovery and a runbook written for the person who arrives next are part of the build, not an optional extra line.

What clients tell us about sector procurement

Every vendor said sovereign. One of them sent us the administrative access paths and told us which dependency was offshore.
Placeholder attribution Role, organisation. Approval and written consent required before publication.

Sector work is mostly evidence work. The engineering question is usually settled in a fortnight; the remaining months go on demonstrating to somebody accountable that the design does what it claims. We write for that reader from the first document.

Documentary photography — design review with a client engineering team. 1600×1200

Assurance Context

Which instrument governs, and what it changes in the build.

A summary for orientation, not advice. Your own legal and assurance teams decide what applies. What we can tell you is how each instrument tends to reshape a design once it is in scope.

Orientation only. Confirm applicability with your own assurance and legal advisers.
Sector Usual governing instrument What it changes in the design
Government Information Security Manual, Essential Eight, agency-specific policy Control mapping becomes a design input. Logging, patch cadence and privileged access have to be architected, not configured later.
Defence Defence security policy, industry security programme membership Physical separation, personnel clearance and supply chain provenance constrain the component list before performance does.
Health and life sciences Privacy legislation, human research ethics approvals, clinical governance Consent scope and de-identification define the data boundary. Cohort isolation and retention schedules drive the storage layout.
eResearch Funding agreements, institutional policy, data management plans Allocation and accounting must be auditable per project. Export of derived data needs a documented path from day one.
Media Content security requirements from distributors and insurers Watermarking, access segregation and review-session control shape the network before render throughput is considered.
Startups Customer contracts, investor diligence, sector rules once regulated Architecture has to be explainable and documented early, because it is read by a diligence team long before an auditor.
Arts and culture Collection policy, deed of gift terms, preservation standards Format openness and fixity verification outrank performance. Migration cost over decades becomes the deciding number.
Ask how this applies to your programme See the seven practices

Continue

Two useful directions from here

Sector Briefing

Name the limit that will not move. We will design against it.

Send the control set you are assessed against, the workload that has to live inside it, and the date it has to work by. You get an engineer on the call, not an account manager with a slide deck.

Request a sector briefing Read deployment stories
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Referees in government, research and media available under a mutual non-disclosure agreement.