Comprehensive IoT Solutions for Industry and Research
Tru-IoT is a comprehensive IoT platform consisting of four distinct layers, designed to help users resolve real-world problems, support experimentation, and develop proof-of-concept (PoC) applications. It provides a structured environment for hands-on learning, enabling students and researchers to explore IoT applications across various domains.
Many existing IoT platforms focus only on hardware and sensors, ignoring the complete systems approach needed for end-to-end IoT implementation. Academic institutions and researchers lack access to an integrated platform that offers hardware, software, cloud, and analytics in a single package. Tru-IoT addresses this gap by providing a structured, industry-relevant IoT learning solution.
Covers data sensing, computing, connectivity, and cloud integration.
Simplifies setup with ready-to-use software tools.
Supports Wi-Fi, Bluetooth, LoRa, and Zigbee.
Integrated tools for programming nodes and RF modules.
Step-by-step installation guides and online assistance.
Advanced encryption and industry-standard security protocols.
IoT enables energy efficiency and automation in homes with devices that enhance convenience and control.
Focused on anomaly detection, real-time monitoring, and automation, it helps optimize production and reduce downtime.
IoT facilitates remote patient monitoring and early diagnosis through connected medical devices and health wearables.
IoT supports precision farming and resource management, improving crop yield with advanced monitoring systems.
IoT drives traffic management, waste reduction, and energy efficiency for improved sustainability and urban living.
IoT powers autonomous driving, fleet management, and connected vehicle systems for safer and smarter mobility.
IoT enhances customer experience and inventory control through connected retail technologies.
IoT optimizes energy consumption and grid management with advanced monitoring systems.
A leading agricultural research institute implemented Tru-IoT to develop a comprehensive crop monitoring system. By integrating advanced sensors and real-time data analytics, they achieved a 35% improvement in crop yield and 40% reduction in water usage.
A manufacturing plant utilized Tru-IoT's anomaly detection solution to monitor equipment health. The system's real-time analytics reduced unexpected downtime by 50% and extended machinery lifecycle.
An urban development project implemented Tru-IoT's environmental sensing network to track air quality, noise levels, and traffic patterns. The data-driven approach enabled more effective city planning.