Edge Devices & Sensors
At the core of our IoT ecosystem are sensor-rich edge devices that collect critical environmental data such as water quality, soil moisture, and temperature.
Connectivity Layer
Our solutions use flexible, energy-efficient communication protocols designed to work across a range of environments, ensuring reliable data transmission between edge devices and the cloud.
Data Ingestion and Processing
Our proprietary IoT platform, built using MongoDB and JavaScript, ensures that data from edge devices is efficiently managed and processed, regardless of the underlying cloud provider.
Data Analytics & Machine Learning
Envitus’ platform incorporates advanced data analytics and machine learning (ML), providing real-time insights and predictive modeling for environmental factors.
IoT Framework Overview
Our IoT architecture follows a cloud-agnostic approach, ensuring that your solution remains adaptable, scalable, and future-proof, independent of cloud providers. Built with MongoDB for scalable data storage and a robust JavaScript-based frontend for intuitive user interactions, our platform is designed to provide real-time insights and actionable intelligence across multiple environments.
Universal Controller Boards
Edge computation reduces data transmission needs, performing tasks before transmitting critical data.
We integrate various MCUs to meet diverse application needs
Mediatek MCUs
Used in our universal platform where high-performance processing and energy efficiency is required.
Atmega MCUs
Used in our daughter boards to connect to other IoT systems and for automation.
STM32, nRF52, and ESP32 MCUs
Used in our daughter boards to offer versatility and reliability.
Download our Product Brochre
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Modular Design
mix-and-match configuration
The modular design of our IoT solutions enables seamless mix-and-match configuration, allowing devices to be customized based on specific sensor, connectivity, and power supply requirements.
The univeral controller board supports multiple communication protocols like LoRaWAN, NB-IoT, LTE, BLE, RS485, Ethernet, and Wi-Fi, making it adaptable to various environments, from remote rural areas to industrial settings. Power supply options are equally versatile, accommodating battery-powered, solar-powered, or direct power sources.
Flexible Connectivity Options for Seamless Integration
Comprehensive Connectivity Options: Ethernet, RS485, Wi-Fi, BLE, LoRa, LTE, and NB-IoT
Ethernet
Ethernet provides a reliable, high-speed wired connection, ideal for industrial environments and stationary devices.
Wi-Fi
Wi-Fi offers high-speed, wireless connectivity, making it suitable for urban and office environments with readily available network infrastructure.
RS485
RS485 is a robust, long-distance serial communication standard commonly used in industrial automation and control systems.
Bluetooth Low Energy
Used for device onboarding and diagnostics, enabling quick and easy configuration of IoT devices through smartphones or tablets
LoRa
LoRa enables long-range, low-power communication, making it ideal for remote monitoring and rural applications.
LTE / NB-IoT
Used to ensure wide-area coverage and reliable internet access in both urban and rural areas.
Download our ETA certified LoRa Module Datasheet
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Flexibility
Central Hub for IoT Solutions
The Envitus Universal Controller Board is the foundation of our flexible and scalable IoT platform, designed to integrate seamlessly with a variety of sensors, connectivity options, and power configurations. Whether you're working in agriculture, environmental monitoring, industrial automation, or smart cities, our controller board provides the power and flexibility you need to manage complex IoT applications.
Daughter Boards for Specific Applications
The Envitus Daughter Boards are designed to expand the functionality of the Universal Controller Board, offering specialized features for specific use cases. Whether you need additional sensor inputs, advanced communication options, or power management enhancements, our daughter boards provide the modularity you need for flexible system architecture.
IP Protection for Harsh Environments
Ensuring Durability with IP54, IP65, and IP67 Ratings
IP54
Suitable for environments where occasional exposure to dust or light moisture is expected, such as indoor settings or semi-outdoor applications.
IP65
For outdoor applications or industrial areas where dust and water exposure is more frequent but not continuous.
IP67
Perfect for environments where equipment may be exposed to extreme weather conditions, water submersion, or high-dust environments.
More Flexibility
Flexible Power Options
Our system supports a wide range of power solutions to meet the needs of different environments, from battery-powered setups for remote or mobile applications to solar-powered systems for sustainable and off-grid installations. Additionally, it can operate on direct power sources for continuous operation in industrial or high-demand settings, providing maximum adaptability for diverse use cases.
Diverse Sensors for Varied Applications
Offers integration with over 30+ sensors, making it highly adaptable to a wide range of applications. Our universal controller board seamlessly supports the integration of multiple sensor types, enabling precise data collection and real-time insights. This flexibility ensures that our solutions can be tailored to meet the specific needs of any application, providing accurate monitoring and control.
Security and Data Integrity
Encryption
Data encryption at rest and in transit using TLS/SSL. Successfully passed various Third-party VAPT audits.
Authentication
Secure access control with multiple SSO integrations (including e-mudhra) and token-based authentication.
Data Redundancy
Automated backups and failover implementation for DC/DR and HA.
