Energy-Optimal Edge AI and Modular Microgrid Design for Off-grid Renewables
Design patterns, code and business blueprints for resilient, energy-efficient edge AI and modular microgrids.
The Digital Artisan
Longevity-by-Design: Building Low-Power, Maintainable IoT Systems for Sustainable Agriculture
Design IoT systems for long life, low energy, and circular business models that scale with sustainable farms.
Operational Carbon Accounting for Software: A Practical Framework for Developers and Founders
Practical, long-term carbon accounting for software systems: measurement, estimation, and business integration.
Sustainable SaaS Models for Long‑Lived IoT and Edge AI: A Practical Blueprint for Founders
Blueprints and business models to monetise long‑lived IoT and edge AI systems while preserving value, lowering lifecycle costs and meeting sustainability obligations.
Future-Proof Data Contracts and Schema Evolution for Long-Lived AI and IoT Systems
Design data contracts and schema evolution strategies that last the lifecycle of AI and IoT systems.
Designing Field-Grade, Low-Maintenance Software for Renewable Energy Assets
How to build and operate low-maintenance, secure field software for renewable energy assets that endures for decades.
Designing Resilient, Energy‑Aware Microgrid Control Architectures for Long‑Term Sustainability
A technical and strategic blueprint for building resilient, energy‑aware microgrid controllers that remain relevant across decades.