Firmware is an inescapable part of everyday life. In today’s world of smart devices, firmware powers the microprocessors in the technology all around you from your automobiles right down to your TV remotes. These are all driven by firmware to provide the “smarts” in these smart devices.

Our Firmware Engineering Team

Firmware engineering is the essential and core strength of any product development cycle. 

Our firmware engineers design, install, and troubleshoot firmware systems and their components. They play an active role in every phase of the firmware development cycle. They assist with the management of upgrades to existing systems and the full implementation of new systems.

The project flow begins with platform development and progresses to building embedded product software, which further leads to an uninterrupted process of performance optimization based on ever-changing client requirements across the industry. 

What We Offer

At Paladin Robotics, we offer in-depth specialization in firmware development solutions and embedded engineering services. 

Our teams have built expertise in firmware engineering and have successfully worked with some of the leading organizations across diverse industries, which in turn have delivered advanced solutions to their end customers. 

We provide end-to-end firmware and embedded software services to our clients from varied domains to accomplish faster speed to market.

Our firmware engineering services include:

Design And Methodology

• Architecture specification
• Design for test and manufacturability
• Software development planning and coding standards
• Iterative/Agile development methodologies
• Continuous Integration

Board Support

• Embedded development for low-power MCUs up to multi-core DSP SOCs
• Toolchain support
• Display drivers and embedded graphics framework integration
• Custom Linux and Android board support packages (device drivers and OS optimization)
• Real-time operating systems
• Bare-metal systems
• Field upgradeability (secure bootloaders, over-the-air updates)
• Design for fault tolerance
• Inter-chip communications protocols (SPI, I2C)
• Host communications protocols (UART, USB)
• CAN/LAN networking protocols
• Wireless networking protocols (802.11, Bluetooth, BLE, ZigBee, Z-Wave)
• FPGA and CPLD Programming

Embedded Systems

• Signal processing and “smart” algorithms
• Machine vision
• Data compression and encryption
• Control systems