Anjay Lite β The LwM2M Client for Constrained Devices
The Future of Lightweight LwM2M Connectivity
Anjay Lite is the next-generation LwM2M client SDK designed specifically for resource-constrained devices. With a minimal memory footprint and efficient architecture, it enables seamless connectivity for IoT applications where every kilobyte counts.
Why Choose Anjay Lite?
π Ultra-Lightweight & Efficient
- <40 kB Flash footprint for seamless deployment on low-memory devices.
- Optimized RAM usage to ensure low-power operation and extended battery life.
π Bare-Metal & RTOS Compatible
- Non-blocking API for efficient multi-thread operation.
- Works on bare-metal systems and with FreeRTOS, Zephyr, Linux, and more.
π Secure & Compliant
- Statically allocated memory ensures predictable performance and eliminates fragmentation
- Supports mbedTLS for PSK and certificate-based security integrations.
π Flexible & Customizable
- Open architecture allows developers to customize and optimize integrations.
- Streamlined API for faster integration and accelerated time-to-market.
Anjay Lite vs. Anjay β Whatβs the difference?
Anjay
Our most complete LwM2M implementation, offering full standard compliance and advanced features for complex IoT devices.
- Flash footprint: ~80-200 kB
- Memory Allocation: Dynamic
- OS Requirement: OS Required
- Security: mbedTLS, OpenSSL, WolfSSL
- Features: LwM2M Client, LwM2M Gateway, Support for Multiple Servers, Multiple Transport Bindings and more
- Ideal Use Cases: Industrial IoT, Smart Cities, Gateway Applications
Anjay Lite
Next-generation LwM2M client SDK designed specifically for resource-constrained devices.
- Flash footprint: <40 kB
- Memory Allocation: Static
- OS Requirement: Bare-metal compatible
- Security: mbedTLS
- LwM2M Features: Core LwM2M Client
- Ideal Use Cases: Smart Metering, Asset Tracking, Agriculture
Who Is It For?
Anjay Lite is the perfect solution for:
- Smart Metering: Water, gas, and energy meters with ultra-low-power needs.
- Asset Tracking: Low-cost GPS and sensor devices operating on constrained hardware.
- Industrial IoT: Embedded systems where efficiency and security are critical.
- Agriculture IoT: Remote monitoring sensors with limited power and memory.