Explore the world where computation seeps into everyday objects. Learn to build systems where sensors sense, microcontrollers think, and actuators respond—creating connected environments that adapt, learn, and enhance human experience. From smart homes to industrial automation, discover how IoT is transforming the physical world into a responsive, intelligent network.
Begin with stories and intuition—learn IoT through playful-technical narratives that make connected systems feel approachable and imaginative.
Discover how everyday objects gained the power to sense, think, and communicate—told through metaphor, analogy, and gentle storytelling.
Explore sensors, microcontrollers, connectivity, and actuators—the building blocks of every connected device.
Meet IoT's serious sibling—where connected sensors transform factories, power grids, and infrastructure at massive scale.
Study the visionaries who built IoT and the projects that defined what's possible—from the Internet Toaster to Nest to smart cities.
Curated resources on IoT architecture, communication protocols, security considerations, and real-world implementations.
System-level thinking—how to architect robust, scalable IoT solutions from device layer to cloud platform.
Deep dives into MQTT, CoAP, LoRaWAN, Zigbee—understanding when and why to use each protocol.
Securing connected devices, protecting user privacy, and preventing IoT botnets and attack vectors.
Industrial applications, predictive maintenance, digital twins, and smart manufacturing case studies.
Build real IoT systems from scratch—sensor networks, smart home devices, environmental monitors, and industrial prototypes.
Build a WiFi-connected temperature and humidity monitor with real-time data logging to the cloud—perfect beginner project.
Create a smart home device controlled by Google Assistant or Alexa—learn MQTT protocols and cloud integrations.
Deploy solar-powered soil sensors for precision farming—monitor moisture, pH, and nutrients with automated alerts.
Track PM2.5, CO2, and VOCs in real-time—build your own environmental monitoring station for Indian cities.
Practice IoT design thinking through team exercises, architecture challenges, and real-world case studies.
Practice designing connected products from scratch—elderly care devices, water management systems, and smart retail solutions.
Make critical technical decisions—protocol selection, edge vs. cloud tradeoffs, and scaling from prototype to production.
Collaborative activities—design sprints, privacy impact assessments, and security incident response simulations.
Learn from real-world successes and failures—Nest, Juicero, Surat Smart City, Mirai botnet, and India Smart Grid.
Essential hardware, development boards, sensors, and platforms for building IoT systems—from beginner-friendly to industrial-grade.
ESP32, Arduino, Raspberry Pi with Indian pricing (₹200-7,500)—comparison guides, specs, and use cases for every project.
Complete catalog: temperature, humidity, air quality, soil moisture, motion, GPS, current sensors, and relay modules.
LoRa, GSM, Zigbee, Bluetooth, NRF24, Ethernet—choose the right protocol for your range and power requirements.
ThingSpeak, Blynk, AWS IoT, Azure IoT Hub—plus trusted Indian vendors (Robu.in, ThinkRobotics) with starter kit recommendations.