Firmware Engineering

"Deeper Understanding for Real World solutions"

Firmware Design
Welcome to the team of seasoned embedded software professionals having decades of expertise in developing Firmware at different Open System Interconnection Model(OSI) layers across microcontroller, single processor, multi-processor, and Digital Signal Processor (DSP)-based control applications. We specialize in delivering cutting-edge embedded solutions for the growing world with demanding performance,  low power, and limited system resource engine, this requires an in-depth understanding of low-level system software, a comprehensive grasp of hardware intricacies, and familiarity with OS internals which is what we expertise here at Zettaone.
Our service ranges from Industrial sensor data acquisition systems, and telemetric data services to in-vehicle infotainment, remote asset management, and HMI. We have successfully navigated complex landscapes, ensuring seamless product launches and mitigating business risks along the way. Central to our methodology is the continual advancement of conducting thorough feasibility studies, fine-tuning performance, and implementing lifecycle enhancements, with this we guarantee the durability and effectiveness of our solutions. With our advanced automation platforms, we optimize processes, minimizing cycle times, and enhancing the capabilities of current embedded systems. Our commitment to excellence is reflected in our adherence to global embedded software standards and the implementation of best practices to safeguard intellectual property.
By leveraging responsive design, agile software development methodologies, and automated testing environments, we consistently deliver high-quality, reliable embedded solutions that exceed expectations

What we offer

• System Architecture and Partitioning
• MCU firmware
• Hardware Abstraction Layer (HAL)
• Protocol Stack development
• Power Management
• OTA firmware upgrade

Expertise / Skill Set

• Architectural tradeoffs for clock speed, bit width, cache size, memory capacity, Boot Time Optimization
• Traffic analysis through interconnect, system memory and other shared resources
• Dynamic analysis via simulation for real time effects of data arrival rates and contention
• Performance stress testing and margin analysis
• Cycle accurate and approximate time models.
• Optimized code for performance (Speed, no memory leak)
• C/C++ Programming, Assembly level Programming, HDL, and Python along with expertise in IDE Tools and Debugging Tools.
• Validation and Verification
• Performance stress testing and margin analysis
• FW Unit Test - Static & Dynamic Analysis
• Optimized verification strategy for multi core scenarios.
• Functional coverage
• Quality metrics on Verification progress through Regression Databases.