01
FPGA Design, Digital Signal Processing & Communications
Design and implementation of complex FPGA systems for communications, DSP, broadcasting, and embedded applications.
About Sohaware
Hardware-native systems, built from the device outward.
Sohaware Solutions Ltd. designs embedded systems, IoT platforms, and applied AI experiences where hardware, firmware, data, and user interfaces must work together as one complete product.
Capabilities
Our Core Expertise
Deep technical experience across the complete product lifecycle, from signal acquisition and digital processing to connected systems, production, and field deployment.
02
Analog, Mixed-Signal & Complex PCB Design
ADC/DAC systems, high-sampling-rate signal chains, multilayer PCB design, board bring-up, and debugging.
03
Embedded Systems, IoT & Wireless Communications
ESP32, LoRa, Wi-Fi, BLE, sensors and actuators, Raspberry Pi, and embedded interfaces.
04
System Architecture & Integration
Microwave links, RF systems, modems, broadcasting systems, hardware/software partitioning, and complete system integration.
05
Hands-on Product & Project Management
0-to-100 product development—from Design Thinking, system architecture, and MVP development through prototyping, validation, debugging, production, and field deployment.
06
Wearable & Physiological Monitoring Systems
Physiological sensing, HRV/SpO₂ monitoring, embedded alerts, ML-based fatigue and driver-drowsiness detection, and wearable system development.
What We Do
Engineering platforms and practical learning systems
Embedded Engineering
Hardware architecture, PCB direction, STM32 firmware, SOM integration, sensors, actuators, and practical field validation.
Edge IoT Platforms
Long-range LoRa systems, processing-capable nodes, local dashboards, cloud synchronization, OTA paths, and operations-ready telemetry.
Learning Systems
CodyNick and workshop programs that help students and teams learn AI, IoT, visual coding, and modular hardware through working prototypes.
How We Work
- - Start with the real operating environment and constraints.
- - Design the hardware, firmware, connectivity, and software as one system.
- - Build prototypes that can be measured, tested, and improved.
- - Prepare documentation and handoff paths for long-term maintenance.
From concept to field-ready systems
Our focus is practical engineering: sensing, processing, communication, control, and user visibility for products that need to operate outside the lab.
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