Logiqlink Firmware Development

Firmware Development Services we deliver

Firmware Architecture Design

Initiate your product design journey with logiQlink Technologies. From critical components selection, I/Os, and communication protocols to bootloader, drivers, OS, and app-level design, we assist in crafting the hardware and software architecture aligned with your product requirements and user expectations.

Firmware Consulting

Avail expert tech consulting for your firmware throughout any stage of product development. Determine optimal bare metal technologies, define a suitable Real-Time Operating System (RTOS), and outline firmware components. logiQlink Technologies conducts reviews of existing solutions, offering actionable improvement roadmaps.

Integrations with Cloud Systems

Seamlessly integrate your device firmware with popular cloud service providers like AWS IoT or Azure IoT via available Software Development Kits (SDKs). This facilitates secure connection, authentication, and message exchange with cloud systems.

Device Provisioning & Management

Efficiently connect and manage your devices at scale. Tailor solutions to match unique use cases or leverage existing products and services using platforms like AWS IoT Core, Azure IoT Hub, Mender, etc.

Communication Protocols Implementation

Implement popular IoT protocols such as MQTT and HTTPS, short-range wireless communication technologies including BLE, WiFi, sub-1 GHz, Zigbee, Thread, and low power wide area networks like LoRa, Sigfox, NB-IoT, and LTE-M.

OTA Updates

Embrace end-to-end Over-The-Air (OTA) updates to remotely enhance and fix your devices. Leverage logiQlink Technologies’ expertise in embedded software development, covering hardware, software, connectivity, security, micro-services architecture, and cloud infrastructure for efficient process management.

Offline Mode Control

Ensure consistent data preservation even when your device is offline. Implement data logging or buffering on the edge, synchronized with the server side, providing access to all information when the device reconnects.

Power Design Optimization

Adhere to best power design principles to ensure extended battery life, reduce electromagnetic
interference (EMI), enhance power and signal integrity, improve battery management, and enhance overall safety for end users.

Firmware Development