Smart IoT-Enabled Mobile Application for Intelligent Cooking Equipment

The client faces limitations with conventional cookware and cooking appliances that lack real-time monitoring, remote control, and smart features, resulting in reduced user convenience and engagement. Specifically, there is a want for enhanced process oversight, maintenance alerts, and integration with mobile devices to improve the overall cooking experience.

A mid-sized manufacturer specializing in cooking appliances seeking to enhance product intelligence and user engagement through connected devices.

• Enable real-time data acquisition on internal cooking conditions via connected controllers.
• Allow users to remotely monitor and control cooking parameters through a mobile application.
• Incorporate multiple timers and preset recipes for flexible cooking workflows.
• Facilitate configuration of cookware compatibility across various surface types (gas, glass, induction, iron).
• Improve user engagement and convenience, potentially increasing product adoption and sales.
• Establish a scalable platform to support additional smart features and devices in future updates.

• Real-time pressure, temperature, and sensor data streaming from the controller.
• Multiple adjustable cooking timers with remote setup and control.
• Embedded or linked digital recipe book with standardized cooking parameters.
• Configurator for different cookware types and surface compatibilities (gas, glass, induction, iron).
• Remote alerts and warnings for abnormal pressure levels, maintenance needs, or device issues.
• Notifications for upcoming service activities or system maintenance.
• Secure storage of cooking data using local databases, supporting smooth offline and online operations.

• Bluetooth Low Energy (BLE) modules for device connectivity
• Mobile operating systems (Android/iOS) for app deployment
• Cloud services for data synchronization and future analytics capabilities (optional but recommended)

• System responsiveness with real-time data updates (latency < 1 second).
• High reliability and uptime to ensure consistent monitoring and control.
• Security measures for data transmission, including encryption of BLE communication.
• Scalability to accommodate additional smart devices or features in future phases.
• Battery-efficient operation to optimize app performance and device longevity.

This project aims to double sales by introducing an innovative, IoT-enabled cooking appliance platform that enhances user experience, provides advanced remote control features, and enables continuous data-driven product improvements. The solution will foster increased user engagement, convenience, and brand differentiation, leading to sustained market growth.