SAPHI
Industrial AI is only as reliable as the hardware it’s deployed on.
SAPHI needed a rugged, modular platform capable of protecting high-performance computing systems in some of Australia’s harshest operating environments.
The result was Shellshock – a scalable hardware ecosystem that dramatically reduced development time for future deployments.
The Brief
SAPHI identified an opportunity to create a universal hardware platform capable of accelerating the development and deployment of intelligent industrial technologies. Rather than designing bespoke hardware for every project, they envisioned a rugged, modular system that could accommodate a wide range of computing architectures and application requirements.
The platform needed to be technology agnostic, allowing different single-board computers and processing hardware to be selected based on the specific needs of each deployment. This approach would reduce the risk of technology obsolescence, provide flexibility as computing requirements evolved, and ensure the most appropriate hardware could always be utilised for the task at hand.
Design Anthology was engaged to transform this vision into a commercially viable product platform – one that would protect sensitive electronics in harsh environments while enabling SAPHI to rapidly develop, prototype and deploy future edge-computing, AI and automation solutions.
Challenges & Opportunities
SAPHI saw an opportunity to move beyond project-specific hardware and establish a scalable platform that could support a broad range of industrial technologies. By creating a technology-agnostic foundation, they could rapidly deploy new solutions, adapt to evolving customer requirements and avoid being locked into a single hardware ecosystem.
The challenge was designing a rugged enclosure capable of accommodating different computing architectures, communication interfaces and power requirements without requiring major redesigns as technology evolved. The platform needed to balance environmental protection, thermal management, serviceability and manufacturability while remaining flexible enough to support future applications that had not yet been defined.
Design Anthology worked closely with SAPHI to create a modular architecture that would not only solve immediate technical requirements but also provide a pathway for long-term growth. Internal mounting systems, expansion capabilities and configurable interfaces were engineered to enable the integration of the most appropriate computing hardware for each application, reducing the risk of obsolescence and extending the platform’s lifespan.
The Results
The result was Shellshock: a rugged, modular hardware platform designed to support the rapid deployment of intelligent technologies across a wide range of industries and applications.
By adopting a technology-agnostic architecture, SAPHI gained the flexibility to select the most appropriate computing hardware for each project rather than being locked into a single ecosystem. This reduces the risk of hardware redundancy, extends the platform’s usable lifespan and allows future technologies to be integrated as customer requirements evolve.
Beyond delivering a robust enclosure, the project established a scalable foundation for SAPHI’s broader technology ecosystem – enabling faster product development, streamlined deployment and a repeatable platform capable of supporting industrial AI, automation and edge-computing solutions for years to come.
“DA solved a lot of the difficult problems we had, helping us to leverage our electronic technologies to confidently work in industrial environments the way we intended them to.”
– Liam Manning, SAPHI
