Current Focus Areas
Current applications of KyperX’s R&D and engineering capabilities.
KyperX currently applies its capabilities across Intelligent Systems and Energy & Industry. Each focus area combines research, systems engineering, technology evaluation, techno-economic analysis and staged development.
Focus area
Intelligent Systems
Intelligent systems connect information with action, in software, in computing infrastructure or in physical machines. KyperX’s work spans AI, computing, sensing, automation and robotics.
AI & Automation
Commercial AI engineering is delivered through KyperX AI.
Compute Architecture
Where computation runs and how it connects to the wider system.
Robotics & Intelligent Physical Systems
Sensing, computation and actuation within machines.
Modular Systems
Research into reusable modules connected through a common interface.
Architecture of an intelligent system, with feedback from effect to observation.
Focus area
Energy & Industry
Energy-intensive industry depends on the relationships between generation, storage, conversion, equipment and production. KyperX evaluates technologies against those relationships.
Renewable Electricity
Supply assessed against industrial demand.
Energy Storage
Power, energy, duration and timing as design constraints.
Hydrogen
Electricity converted into an industrial input.
Industrial Systems
Capacity, equipment, process boundaries and techno-economic dependencies.
Green Iron & Steel
A pathway from magnetite through hydrogen-based reduction to electric steelmaking.
Electricity reaches production directly, through storage or through conversion. Each route needs different infrastructure.
Selected R&D Programs
Current programs and development pathways.
Modular Intelligent Systems
A modular robotics and electronics architecture in which reusable modules also form part of the machine’s structure.
Stage: Concept & requirements definition
Integrated Energy & Industrial Systems
How electricity, storage, hydrogen production and industrial processes interact as one development configuration.
Stage: Concept & preliminary analysis
Green Iron & Steel
A magnetite-based pathway to lower-emission iron and steel.
Stage: Concept & preliminary analysis