Six nodes. One research system.
The Sphuran R&D System is not a set of departments. It is a constituted institutional system — scientific direction, five federated divisions, engineering execution, shared infrastructure, a translation layer, and an IP office — designed so research compounds across decades.
Authority separated. Execution federated. Outflow governed.
Three layers, top to bottom — the parent company, the three institutional layers inside it, and the six working nodes inside the R&D System. Scientific judgment sits apart from commercial pressure; the five divisions develop together under shared infrastructure.
Five divisions, one research system.
Each division runs a distinct research agenda. All five share standards, infrastructure, and a common translation layer — so work in one compounds in the others.
Manufacturing Systems
The manufacturing backbone of the institution — modular, scalable, digitally native, sustainable.
- Modular factories
- Computational design
- Digital twins
- +1
Systems Integration
The systems-of-systems integrator. Translates outputs from every other division into deployable infrastructure platforms.
- Systems integration
- Modular platforms
- Deployment architectures
- +1
Energy & Transport
How energy is produced, stored, distributed, and used. Mobility treated as infrastructure — not as consumer automotive.
- Battery systems
- Power electronics
- Microgrids
- +1
Computation & Electronics
The intelligence layer: sensing, embedded computing, control, and secure communication developed together, in service of real-world physical systems.
- Embedded systems
- Industrial cybersecurity
- AI for physical systems
- +1
Community Technology
Engineered systems for human and environmental wellbeing. Regulatory awareness as a first-order design constraint, not an afterthought.
- Water
- Health
- Food systems
- +1