We used a stylized, isometric layout with simplified shapes and models to make the complexity of IoT systems easier to understand. Rather than illustrating industry-specific use cases, the system is distilled into generalized models to communicate the essential components and relationships of Netmore's IoT solutions.
E.g. coins → ROI, water → flow, cloud → connectivity, windmill/solar panels → energy, rubiks cube → integration. Text and hand-drawn scribbles layer over the 3D elements to emphasize key points and guide the narrative.
We used a stylized, isometric layout with simplified shapes and models to make the complexity of IoT systems easier to understand. Rather than illustrating industry-specific use cases, the system is distilled into generalized models to communicate the essential components and relationships of Netmore's IoT solutions.
E.g. coins → ROI, water → flow, cloud → connectivity, windmill/solar panels → energy, rubiks cube → integration. Text and hand-drawn scribbles layer over the 3D elements to emphasize key points and guide the narrative.
We used a stylized, isometric layout with simplified shapes and models to make the complexity of IoT systems easier to understand. Rather than illustrating industry-specific use cases, the system is distilled into generalized models to communicate the essential components and relationships of Netmore's IoT solutions.
E.g. coins → ROI, water → flow, cloud → connectivity, windmill/solar panels → energy, rubiks cube → integration. Text and hand-drawn scribbles layer over the 3D elements to emphasize key points and guide the narrative.
