Alltime IoT
Alltime Tech's educational platform that takes you from zero to connecting sensors, controlling devices, and deploying your own IoT projects with ESP32. With an AI assistant available 24/7.
ID: ESP32-WROOM-0129 · CONNECTED VIA MQTT
12V digital actuator
Humidity extractor
Audiencia
Engineering, technology, or any technical career wishing to move from theory to real hardware in weeks, not semesters.
Teachers wishing to incorporate IoT into their classroom without having to build a curriculum from scratch or manage individual hardware.
Electronics enthusiasts who already know how to solder but want to connect their projects to the cloud and create real dashboards.
Companies wishing to train their own technical team to maintain and expand IoT systems without depending on third parties.
Platform
Everything you need to learn IoT from start to finish, without leaving the platform.
Short and progressive lessons recorded by Alltime Tech engineers, with practical exercises at the end of each module.
Connect your ESP32 directly to the browser via Web Serial API and visualize sensor data in real time without installing anything.
Create monitoring dashboards with charts, indicators, and maps without writing a single line of CSS. Drag & drop.
Configure automatic alerts sent to your Telegram when a sensor exceeds a threshold. No servers, no extra code.
Repository of complete projects on GitHub with wiring diagrams, ESP32 code ready to upload, and step-by-step documentation.
Once inside, content does not expire. Module updates included at no additional cost as the platform evolves.
AI Assistant
Aura is the artificial intelligence integrated into Alltime IoT. It is trained on the platform's projects, sensor data sheets, and ESP32 firmware. It is not a generic chatbot: it knows exactly which module you are in and what problems commonly appear there.
Real-time debugging: paste your compilation error and Aura tells you exactly which line is wrong and why.
Circuit suggestions: describe what you want to measure and Aura recommends the sensor, pin connection, and base code.
Available 24/7: it doesn't matter if it's 11 PM and you're stuck on the final project. Aura doesn't leave the office.
Session memory: Aura remembers your current project and doesn't make you repeat the context in every question.
Aura
Alltime IoT AI · online
nan for temperature, but the wiring seems correct.
Aura
A nan on the DHT22 is almost always one of three problems: (1) missing pull-up resistor — you need 10kΩ between DATA and 3.3V; (2) insufficient delay — the DHT22 needs at least 2 seconds between readings; (3) signal cable too long without shielding. How many cm is your signal cable?
Learning Path
From lighting an LED to deploying an IoT system in production. Each phase has an optional physical kit and gradable project.
Phase 1 · Fundamentals
GPIO, voltages, current, resistors. First programs in Arduino IDE: blink, button reading, PWM for LED. At the end of this phase, you turn the physical world on and off from code.
Phase 2 · Sensors
Temperature (DHT22, DS18B20), humidity, current (SCT-013), occupancy (PIR), gas (MQ-series). Reading, calibration, and signal filtering. Aura assists you with each connection.
Phase 3 · Connectivity
Data transmission via WiFi and MQTT protocol. Integration with the platform dashboard. First automated Telegram alerts when a sensor exceeds a threshold.
Phase 4 · Actuators and Control
Relays, DC motors, servo, pumps. Remote control from the dashboard. Automation logic: if temperature > X, activate pump Y for Z seconds.
Phase 5 · Final Project
Design, build, and present a complete IoT system: custom hardware + firmware + published dashboard + alerts. Competence certificate issued by Alltime Tech.
Hardware
Each kit arrives calibrated and verified at your door. Plug & learn: connect the USB cable and start Phase 1 in minutes.
For Phases 1 and 2. Includes ESP32 DevKit, breadboard, DHT22 sensor, LEDs, resistors, PIR sensor, and Dupont wires.
For Phases 1-4. Adds industrial sensors, 4-channel relay, OLED screen, SCT-013 module for current measurement, and regulated power supply.
For all 5 phases + final project. Includes LoRa module for long range, water quality sensors, and 3D printed enclosure for field deployment.
The first 30 teams (schools, universities, or companies) that sign up access the pilot program with founder rates, priority support from our engineers, and their name in the platform credits forever.
30
total spots in the first cohort
-40%
off the platform's regular rate
∞
lifetime access to content and future kits
Enter the platform or talk to us to resolve your questions before starting.