"Do It Yourself" Projects

Solution Group

Industry

Home Automation
Consumer & Home

PoC Duration

Iotellect Match

1-2 days
AI powered Low Code IoT/IIoT Platform

Bring your smart devices and home automation ideas to life with our low code IoT platform. Connect and control your electronic prototypes for starting their friendship with standard market products. Use our intuitive web UI builder to design unique and funny device control, monitoring and scenario automation interfaces, tailoring them to your needs and preferences. Whether you're a tech-savvy homeowner or an electronics hobbyist, our solution provides all necessary tools and flexibility to make your vision a reality.

Iotellect is not a pre-built solution or product. It is a low-code development platform that empowers you to create your own custom IoT/IIoT applications and projects with almost no "classic" coding. However, you will need to leverage your own technical skills and domain knowledge to design and implement a solution tailored to your specific needs. The platform provides tools and components to accelerate your development process, but the final app is entirely your own creation.

Build Your IoT Application

Connect Your

DIY Devices

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PLCs
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Smartphones and tablets
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Smart speakers and voice assistants
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Micro-controllers and single-board PCs
(Arduino, Raspberry Pi, ESP8266/ESP32, etc.)
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Sensors
(temperature, humidity, motion, light, etc.)
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Actuators
(relays, servos, motors, etc.)
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Connectivity modules
(WiFi, Bluetooth, LoRa, etc.)
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DIY electronics kits
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Smart home devices
(lights, switches, thermostats, etc.)
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Cameras and security devices
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Automation hubs
(Home Assistant, OpenHAB, Node-RED, etc.)
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Professional IoT devices and components
  • Utilize the extensive library of over 100 communication protocols to connect a wide array of devices including microcontrollers, sensors, and actuators without the need for custom development
  • Employ Iotellect's secure encryption measures to protect data as it travels between smart home devices like thermostats and security cameras to the cloud
  • Implement real-time remote management of a diverse network of smart home devices, such as lighting controls and voice assistants, using WiFi or Bluetooth connectivity
  • Use micro-controllers like Arduino or Raspberry Pi to configure custom automated routines for smart home systems, linking multiple device actions to specific user commands or environmental changes
  • Establish a dynamic control system for home energy management using sensors and displays connected via LoRa for long-range communication in large properties
  • Integrate advanced security protocols for connecting cameras and motion detectors through LoRaWAN networks in multi-level homes or remote locations
  • Develop a centralized system dashboard that oversees all connected smart devices, providing users with immediate insights into device status across their home environment

Connectivity and Management

  • Enable easy integration with third-party weather services to adjust home automation schedules based on forecasted weather conditions using flexible driver modules
  • Integrate energy management components with existing electricity provider software solutions using flexible device drivers ensuring interoperability without programming expertise
  • Use low-code solutions for syncing real-time occupancy monitoring across IoT-enabled devices with existing facility management software systems in hybrid deployments
  • Connect custom-built user interface controls with external voice command systems using established industry protocols without extensive coding requirements
  • Support the merging of traditional HVAC systems with IoT-enabled energy management modules by employing integrated fieldbus protocols such as DALI or KNX

Integration

  • Leverage Iotellect's digital twin modeling engine to create simulations of smart home ecosystems, enabling predictive analysis and optimization of device interactions
  • Deploy advanced statistical process control techniques on collected data from temperature and humidity sensors to monitor and improve environmental conditions in automated homes
  • Use time-series analysis on energy usage data tracked by smart meters managed through the unified data model to identify patterns and suggest optimizations
  • Custom algorithms analyze light sensor readings to dynamically adjust indoor lighting based on time-dependent illumination needs or presence detection
  • Generate insights by combining motion sensor data with historical activity patterns to offer recommendations for optimal security configurations and alerts
  • Conduct trend analysis of voice assistant usage data to enhance responsiveness and tailor suggestions based on past interactions with other connected devices
  • Predict future maintenance needs by using machine learning models that process historical performance data from actuators like servos and motors embedded within the smart home network
  • Correlate environmental monitoring equipment outputs with occupancy data to optimize heating, ventilation, and air conditioning (HVAC) efficiency in real-time

Analytics

  • Design intuitive dashboards using the visual GUI Builder, allowing complete customization without code for user-friendly monitoring of all smart home functions from lighting control to security alerts
  • Create interactive visualizations for environmental monitoring equipment using dynamic vector images that represent live data values like temperature fluctuations across multiple floors of a building
  • Develop custom interfaces that provide real-time feedback on device status and performance through configurable gauges, charts, tables, and other Web UI components linked directly to the unified data model
  • Implement robust real-time alarming UI elements that allow users to set specific triggers based on sensor inputs for instant notifications when thresholds are breached in security or safety devices
  • Customize workspaces within web-based console interfaces that give access to remotely manage network configurations, control commands, reports, and analytics data from any compatible browser-enabled device
  • Design graphical representation layers on charts or maps showcasing combined outputs from energy meters alongside other metrics such as real-time sensor readings across areas detailed in floor plans

UI/UX

Key Features
of Your DIY Solution

Customers and Partners

  • Hobbyists
  • Small Businesses
  • Home Owners
  • DIY Enthusiasts

Solution Users and Developers

  • Home automation enthusiasts
  • Hobbyists and DIY enthusiasts
  • Makers and tinkerers
Customer success team
Community
Online training

Assistance