Analog and Digital Signal Processing | ARM Cortex M0-7 | Arduino | Bluetooth (BLE) | Cryptography & Secure Communication | Debugging & Troubleshooting | Ethernet | ESP32 | ESP-IDF | Firmware Over-the-Air (FOTA) Updates | Hardware Interfacing | Industrial Protocols | Low-Level Programming | Modbus | Power Management | Real-Time Operating Systems (RTOS) | RISC-V | Sensor Integration | Software Testing and Verification | Stm32 | WiFi
We have a deep understanding of wireless protocols and Bluetooth standards, our skilled engineers develop cutting-edge software and firmware that enable seamless and reliable data transmission between devices. We have a proven track record of designing robust communication stacks and optimizing firmware for power efficiency, ensuring extended battery life for Bluetooth-enabled devices.
IoT System Design
As specialists in this field, we possess the skills to design and develop robust software and firmware solutions that enable seamless connectivity, data exchange, and intelligent decision-making for IoT devices. We have successfully implemented a wide range of smart systems with sensors, actuators, and cloud-based platforms to create efficient and scalable IoT ecosystems. We excel in developing secure and reliable firmware that optimizes device performance while minimizing power consumption and enhancing the overall user experience.
Our engineers are adept at designing and implementing sophisticated algorithms that process both analog and digital signals with precision and efficiency. In the medical device domain, our expertise allows us to create advanced signal processing solutions for tasks such as: biomedical signal analysis, image processing, and real-time data monitoring. In the electromechanical space, we excel in developing firmware that seamlessly integrates with sensors, actuators, and control systems – enabling precise signal manipulation for optimal device performance.
We specialize in crafting intelligent and efficient solutions to optimize energy consumption for electronic devices. Our engineers excel in developing sophisticated algorithms that dynamically adjust voltage levels, control power modes, and intelligently manage power distribution – ensuring devices operate at peak efficiency while conserving energy during idle states.
Nectar has an exceptional ability to design and develop intuitive Graphical User Interfaces (GUIs) that elevate user experiences. Our talented team of UX/UI designers and engineers work together to create visually appealing and user-friendly interfaces that seamlessly integrate with the underlying software or hardware systems. From concept to implementation, we offer end-to-end services, encompassing both GUI design and development, ensuring a cohesive and streamlined process that results in polished and high-performing interfaces for our clients.
Our expertise in software verification testing and medical software standards is backed by a deep understanding of regulatory requirements and industry best practices. We are proficient in conducting comprehensive software verification testing to ensure the safety, reliability, and compliance of medical software applications. Our skilled team is well-versed in adhering to numerous medical software standards and navigating the complex landscape of FDA regulations and other global authorities. Through rigorous testing methodologies, we verify that the software performs as intended, identifying and addressing any potential defects or vulnerabilities. As an ISO 13485 certified company we regularly write verification protocols and preform the testing needed to ensure safe and reliable software.