Fill the gap between the Cloud and your IoT Devices

Take advantage of reliable and future proof connectivity (Wi-Fi, LTE-M, NB-IoT, etc) and accelerate your product development with ready-to-use IoT protocols. MicroEJ enables you to easily connect and manage your IoT devices at scale with all major Cloud provider (Google Cloud IoT Core, Amazon AWS, Microsoft Azure, etc.).

Future-oriented connectivity

Connectivity converges to unified physical links such as Ethernet, WiFi or Zigbee.
The challenge is now about supporting various data protocols of existing or future sensors and actuators.

MicroEJ lets you manage on the fly protocol stacks libraries of your IoT devices.

• When a new sensor or actuator peripheral is detected in the IoT device environment, the IoT device can request a new peripheral driver app from the MicroEJ Application Store. Once the app is installed, the IoT device is capable of exchanging data with the new sensor or actuator peripheral.

Keep Cloud connectors updated

Cloud API’s evolve fast as Cloud providers continuously offer new features and fix security problems.
However, embedded software life cycles are often slower and prevents IT teams from continuous updates.

MicroEJ lets you update Cloud connectors of your IoT devices without device firmware update.

• In combination with the MICROEJ VEE embedded runtime and MicroEJ Application Store, developers can partially update the device software with a new Cloud connector app without updating the entire device firmware. Firmware can be kept unchanged for months while updates for Cloud compatibility can occur every week.

Manage device fragmentation

IoT devices often use the latest updates in electronics each time they are designed to improve battery life for example.
Developers therefore face hardware fragmentation and rewrite the same software for different electronic architectures.

MicroEJ allows software components to run on any IoT device.

• When developers design software, MicroEJ offers the ability to run this software of various electronic architectures without changes. Developers can develop software once and make it available for all future products, each optimized for specific requirements.