Software built to the standards Adelaide's defence, space and research sectors demand
We develop secure, mission-critical software for Adelaide's defence primes, space technology organisations, medical research institutes and advanced manufacturers. Every platform is architected for compliance, reliability and long-term operational use.
Defence-grade software with DISP compliance
Adelaide's defence industry is not just large — it is foundational to the city's economy. The Hunter-class frigate program, the AUKUS nuclear submarine build at Osborne, the Edinburgh Defence Precinct and the presence of every major international prime create an ecosystem where software must meet standards far beyond typical commercial requirements.
Digital Nachos develops software platforms for defence organisations that align with DISP membership tiers and the ISM controls framework. We build supply-chain management systems that track component provenance across multi-tier supplier networks, workforce credentialing platforms that manage security clearance status and training compliance, and project management tools tailored to defence procurement milestones.
Our development practices embed security from architecture through to deployment. Threat modelling is conducted during design, automated static analysis runs in every build pipeline, and we maintain separation of concerns that allows sensitive modules to be independently assessed. For Adelaide's defence supply chain — where a subcontractor's software practices can affect the security posture of an entire program — this rigour is not optional.
Space mission and satellite operations software
The Australian Space Agency's presence at Lot Fourteen has catalysed a local space industry that spans satellite manufacturing, ground-station operations, earth-observation analytics and space-domain awareness. These organisations need software that operates with high reliability and processes data at scales that challenge conventional architectures.
We build ground-segment software that ingests telemetry streams, processes satellite pass schedules and presents operational status through real-time dashboards. Our event-driven architectures handle bursty data patterns — a satellite pass might deliver gigabytes of imagery in a fifteen-minute window — without dropping packets or degrading system performance.
For earth-observation companies in Adelaide, we develop data processing pipelines that transform raw satellite imagery into actionable analytics products. These pipelines integrate with cloud-based storage and compute infrastructure, scaling horizontally during peak processing windows and contracting during quiet periods to manage operational costs.
Medical research platforms for Adelaide's health precinct
SAHMRI, the Royal Adelaide Hospital and the university medical faculties collectively generate enormous volumes of research data — clinical trial results, genomic sequences, patient cohort analyses and epidemiological datasets. Managing, analysing and sharing this data requires purpose-built software that respects both scientific rigour and regulatory compliance.
Digital Nachos develops research data management platforms that handle ethics-approved data collection, de-identification workflows, statistical analysis pipelines and secure collaboration between multi-institutional research teams. Our platforms implement fine-grained access controls that align with the National Health and Medical Research Council's data governance frameworks.
We also build clinical trial management interfaces that streamline participant recruitment, consent tracking and adverse event reporting. For Adelaide researchers competing for national grants, having efficient research infrastructure can be the difference between a successful application and a missed deadline.
Advanced manufacturing and industrial software
Tonsley Innovation District and Adelaide's broader manufacturing sector are shifting toward Industry 4.0 practices — sensor-driven production lines, predictive maintenance systems and digital-twin modelling. This transition requires custom software that bridges operational technology (OT) and information technology (IT) in ways that off-the-shelf products cannot.
We develop manufacturing execution systems that ingest sensor data from production equipment, apply real-time quality checks and trigger alerts when parameters drift outside acceptable ranges. Our solutions integrate with SCADA systems and industrial IoT protocols while maintaining the cybersecurity controls that critical infrastructure demands.
For Adelaide's growing battery and clean-energy manufacturing sector, we build production tracking and compliance systems that document every stage of the manufacturing process. These platforms support the traceability requirements of international supply chains and regulatory bodies, ensuring that Adelaide-manufactured components meet the provenance standards demanded by global customers.
Architecture and delivery approach
We select architecture patterns based on the problem, not the trend. For high-throughput data processing — satellite telemetry, sensor streams, research datasets — we use event-driven architectures with message queues and stream processing. For complex business logic — defence supply chains, clinical trial management — we apply domain-driven design with clearly bounded contexts.
Our delivery methodology is iterative, with working software demonstrated at the end of every sprint. For Adelaide organisations operating in regulated environments, we supplement agile delivery with the documentation and evidence artefacts that compliance frameworks require — without slowing down the development cadence.
Every platform we deliver includes automated test suites, infrastructure-as-code configurations, deployment runbooks and architecture decision records. We want Adelaide organisations to own their software fully, with no hidden dependencies on our team for day-to-day operations.
Frequently asked questions
Other services in Adelaide
Tell us about your project
Share a brief overview of what you are building and we will get back to you within 24 hours.