# Rapid Circuitry

> Leading embedded hardware design and IoT development company in Hyderabad, India. We specialize in PCB design, firmware development, edge AI solutions, and end-to-end product engineering with 20+ years of experience, 500+ successful projects, and a 99.8% first-pass success rate.

Rapid Circuitry is a full-service embedded systems company that transforms complex engineering challenges into market-ready products. We serve industries including healthcare IoT, industrial automation, automotive electronics, wearable technology, and consumer devices. Our expertise spans the entire product lifecycle from concept design through manufacturing and certification support.

## Key Facts

- Founded: 2004
- Location: Hyderabad, India
- Experience: 20+ years in embedded systems
- Projects Completed: 500+
- First-Pass Success Rate: 99.8%
- Team: Expert engineers in hardware, firmware, and AI
- Certifications: ISO 13485 (Medical), ISO 26262 (Automotive)

## Core Services

- [Embedded Hardware Design](https://rapidcircuitry.com/services/embedded-hardware): Custom embedded systems, SoC integration, sensor fusion, and edge computing solutions
- [PCB Design Services](https://rapidcircuitry.com/solutions/pcb): High-speed digital, RF circuits, power electronics, and mixed-signal PCB design
- [Firmware Development](https://rapidcircuitry.com/services/firmware-development): RTOS, device drivers, bootloaders, and BSP development
- [IoT Development](https://rapidcircuitry.com/services/iot-development): WiFi, BLE, LoRaWAN, NB-IoT, Matter, Thread, and Zigbee connectivity
- [Edge AI Solutions](https://rapidcircuitry.com/services/edge-ai): TinyML, sensor fusion algorithms, and on-device inference
- [Software Development](https://rapidcircuitry.com/services/software-development): Mobile apps, cloud integration, and dashboard development

## Industry Solutions

- [Healthcare IoT](https://rapidcircuitry.com/solutions/healthcare-iot): FDA-compliant medical device development, remote patient monitoring, and wearable health devices
- [Industrial Electronics](https://rapidcircuitry.com/solutions/industrial): Industry 4.0 solutions, smart factory automation, and predictive maintenance systems
- [Rapid Prototyping](https://rapidcircuitry.com/solutions/prototyping): Fast-track hardware development from concept to working prototype in weeks
- [White Label IoT](https://rapidcircuitry.com/solutions/white-label): Ready-to-brand IoT solutions for quick market entry
- [Connected Vehicles](https://rapidcircuitry.com/services/connected-vehicles): AUTOSAR, ADAS, telematics, and automotive embedded systems
- [Wearable Devices](https://rapidcircuitry.com/services/wearable-devices): Fitness trackers, smartwatches, and medical wearables

## Main Pages

- [Homepage](https://rapidcircuitry.com/): Overview of embedded hardware and IoT development services
- [All Services](https://rapidcircuitry.com/services): Complete catalog of engineering services
- [About Us](https://rapidcircuitry.com/about): Company history, team expertise, and engineering philosophy
- [Case Studies](https://rapidcircuitry.com/case-studies): Real project examples with technical details and outcomes
- [Contact](https://rapidcircuitry.com/contact): Get a free consultation and project quote

## Technical Expertise

- Microcontrollers: ARM Cortex-M, ESP32, STM32, nRF52, SAMD, Teensy
- Processors: ARM Cortex-A, RISC-V, Xilinx Zynq
- FPGA/ASIC: Verilog, VHDL, RTL design
- Protocols: SPI, I2C, UART, CAN, Ethernet, USB
- Wireless: WiFi, BLE, LoRa, NB-IoT, 5G, Matter, Thread, Zigbee
- Cloud: AWS IoT, Azure IoT Hub, Google Cloud IoT
- AI/ML: TensorFlow Lite, Edge Impulse, TinyML

## Case Studies

- [Industrial IoT Predictive Maintenance](https://rapidcircuitry.com/case-studies/industrial-iot-predictive-maintenance): Edge AI system reducing equipment downtime by 73%
- [Medical Wearable Device](https://rapidcircuitry.com/case-studies/medical-wearable-device): FDA-compliant continuous health monitoring device
- [Smart Agriculture IoT](https://rapidcircuitry.com/case-studies/smart-agriculture-iot): Precision farming solution with sensor networks
- [Edge AI Warehouse Robotics](https://rapidcircuitry.com/case-studies/edge-ai-warehouse-robotics): Computer vision for autonomous warehouse operations

## White Papers (Free Technical Resources)

- [White Papers Index](https://rapidcircuitry.com/resources/white-papers): All technical white papers and guides
- [Edge AI in Industrial IoT](https://rapidcircuitry.com/resources/white-papers/edge-ai-industrial-iot-guide): Complete guide to implementing on-device ML for industrial applications
- [PCB Design for High-Speed Digital](https://rapidcircuitry.com/resources/white-papers/pcb-design-high-speed-digital): DDR5, PCIe Gen5, USB4 layout best practices
- [Medical Device FDA Compliance](https://rapidcircuitry.com/resources/white-papers/medical-device-fda-compliance): FDA 21 CFR Part 820 & ISO 13485 requirements guide
- [IoT Security Best Practices](https://rapidcircuitry.com/resources/white-papers/iot-security-best-practices): Secure boot to OTA updates implementation
- [Sensor Fusion for Wearables](https://rapidcircuitry.com/resources/white-papers/sensor-fusion-wearables): IMU, PPG, and environmental sensor integration
- [ARM vs RISC-V Comparison](https://rapidcircuitry.com/resources/white-papers/arm-vs-riscv-comparison): Architecture selection guide for embedded systems
- [RISC-V Revolution 2025](https://rapidcircuitry.com/resources/white-papers/riscv-revolution-2025): The future of embedded processor architecture - adoption, custom extensions, and ARM migration guide
- [5G IoT Connectivity Guide](https://rapidcircuitry.com/resources/white-papers/5g-iot-connectivity-guide): 5G NR, RedCap, private networks, MEC edge computing for industrial IoT
- [AI-Powered PCB Design](https://rapidcircuitry.com/resources/white-papers/ai-powered-pcb-design-2025): Machine learning for component placement, auto-routing, DRC, and manufacturing optimization
- [FPGA Edge AI Acceleration](https://rapidcircuitry.com/resources/white-papers/fpga-edge-ai-acceleration): Hardware-accelerated inference with AMD Versal ACAPs, Lattice Avant, and Intel Agilex
- [Medical Wearable IoT & RPM](https://rapidcircuitry.com/resources/white-papers/medical-wearable-iot-rpm): FDA-compliant wearables for remote patient monitoring with ECG, CGM, and edge AI diagnostics
- [Smart Home Protocols Guide](https://rapidcircuitry.com/resources/white-papers/matter-thread-zigbee-guide): Matter, Thread, and Zigbee implementation - protocol comparison, ESP32-H2, certification
- [RTOS Selection Guide](https://rapidcircuitry.com/resources/white-papers/rtos-zephyr-freertos-comparison): Zephyr vs FreeRTOS - performance benchmarks, cloud integration, safety certification
- [Automotive AUTOSAR & ISO 26262](https://rapidcircuitry.com/resources/white-papers/automotive-autosar-iso26262): AUTOSAR Classic/Adaptive architectures, ASIL compliance, software-defined vehicles
- [Industrial Automation & Industry 4.0](https://rapidcircuitry.com/resources/white-papers/industrial-automation-industry40): Smart factory implementation - digital twins, IEC 62443 security, predictive maintenance

## Optional

- [Blogs](https://rapidcircuitry.com/blogs): Technical articles on embedded systems, IoT trends, and edge AI
- [Careers](https://rapidcircuitry.com/careers): Job openings for embedded engineers and developers