Platform Overview
Services we provide
IoT solutions on a scalable platform for enterprises and integrators
The Inamata IoT Platform
Solving automation and monitoring problems is the mission that drives Inamata’s development. Our flexibility allows us to address a range of use-cases, from industrial systems to building monitoring. Quickly prototype a solution and then roll out and scale it to all of your customers.
Inamata follows through on this mission by enabling engineers to rapidly develop custom IoT systems. It offers open-source firmware for ESP32 microchips, allowing easy configuration of peripherals through our web app. Graphically programmed control plans facilitate managing a fleet of microchips, while intuitive dashboards simplify real-world system monitoring.
Manage your device fleet from the web app
The Inamata IoT platform provides a web app for configuring microchips directly from your browser, eliminating the need for custom C code, firmware configurations, and server-microchip communication protocols. Configured microchips can sense and interact with their environment.
The platform’s control plans enable orchestration of microchip fleets for coordinated interactions such as starting pumps, measuring water levels, and making decisions based on incoming data. Control plans themselves can be monitored and debugged through graphical programming.
Dashboards offer real-time visualization of sensed data for monitoring systems, with options for quick commands for common actions or fail-safes.
Easy Setup From the APP – Mobile & Laptop
To quickly connect your device with your Inamata account, just sign up for free and press the add button. The setup wizard will take you through three short steps to get everything up and running.
The app supports Android and all laptops with Chrome. As it does not require installation, using it anywhere is a breeze.
WIFI-capable Microchips
The Inamata IoT platform utilizes ESP32 microchips flashed with custom open-source firmware, enabling the configuration of peripherals and task execution via the web app. Sensors like air and power sensors transmit data to the server, while relays control motors and lights.
OTA updates ensure bug fixes and new features can be seamlessly delivered to microchips, with TLS encryption ensuring secure server connections. Capability-based tasks enable users to incorporate custom peripherals, enhancing platform flexibility.