AVSystem Coiote IoT Device Management

Coiote IoT Device Management Platform, developed by AVSystem, is a solution designed to efficiently manage, secure, and scale IoT devices. According to the vendor, this platform caters to small to large enterprises and offers a range of features for IoT solution providers, device manufacturers, IoT developers, product managers, and firmware engineers. With Coiote, users can aim to streamline the management of their IoT devices, ensure interoperability, and gain data-driven insights for their businesses.

Key Features

Push FOTA updates to IoT devices remotely: According to the vendor, Coiote IoT Device Management Platform enables users to remotely update the firmware of their IoT devices. It supports secure firmware updates and allows for multi-component updates, including modem, application, and bootloader.

Send Telemetry Data to the Cloud: The platform collects data from sensors connected to IoT devices and seamlessly sends it to the cloud. According to the vendor, it offers various options for data integrations, such as Kafka, Webhooks, REST API, Azure IoT Hub, and beta AWS IoT Core.

Get developer tools to make prototyping easier: Coiote provides developer tools that aim to facilitate rapid prototyping of IoT solutions. Users can visualize time series data from device sensors, perform hardware in the loop testing, and access an extensive platform REST API for integration purposes.

Implement complete IoT Device Lifecycle Management: With Coiote, users can securely and effortlessly provision IoT devices. The platform offers factory provisioning tools, EST, and IoT SAFE for zero-touch device provisioning. It also includes extensive device bootstrapping functionalities and supports secure FOTA updates and multi-component OTA updates.

Integrate other IoT platforms for better device management: Coiote allows for seamless integration with other IoT platforms, enhancing device management capabilities. Users can integrate with nRF Cloud Location services and Hydrant ID to further optimize their device management processes.

Optimize battery life: According to the vendor, this platform aims to optimize battery life for IoT devices by implementing efficient data encoding techniques and minimizing TLS handshakes. It also supports discontinuous communication with LwM2M queue mode, which can help reduce energy consumption.