[ CIRCUITS & CODE ]
Electronics & Firmware
From custom PCB design to embedded firmware, we develop the electronic systems that bring hardware products to life. Full-stack electronics development from schematic capture to production test fixtures, including wireless connectivity and sensor integration.
Complete electronic system development, from component selection to production test, with firmware that ships on day one.
80+
PCB Designs
30+
Firmware Projects
12
Certifications
[ ELECTRONICS PIPELINE ]
From architecture to certification
Our electronics pipeline is designed to minimize board respins by front-loading analysis and simulation at every stage.
System Architecture
Block diagrams, power budgets, component selection
Schematic Capture
Circuit design, design rule validation
PCB Layout
Multi-layer routing, signal integrity, DFM
Firmware
RTOS, OTA updates, protocol stacks
Test & Certify
EMC, FCC, CE compliance
[ CORE COMPETENCIES ]
What we bring to the table
Deep expertise across every dimension of electronics & firmware, built through years of hands-on project delivery.
PCB Design & Layout
Multi-layer PCB design with signal integrity analysis, power distribution network optimization, and EMC compliance. We design for manufacturing, ensuring reliable solder joints and testability.
Embedded Systems
Firmware development for ARM Cortex-M/A, ESP32, Nordic nRF, STM32, and custom FPGA platforms. We write production-grade C/C++ with proper error handling and watchdog recovery.
Sensor Integration
IMU, pressure, temperature, optical, capacitive touch, and environmental sensor integration with calibration routines and signal processing pipelines.
Wireless Connectivity
BLE 5.x, WiFi, LoRa, NFC, and cellular (LTE-M/NB-IoT) module integration with antenna design, matching network optimization, and RF testing.
Power Electronics
Battery management systems, DC-DC conversion, USB-C PD, wireless charging, and solar harvesting circuits designed for efficiency and thermal performance.
Production Test Development
Functional test fixtures, in-circuit test (ICT) development, and automated test scripts to ensure quality at production volumes.
[ THE WORKFLOW ]
How we work
A structured, milestone-driven process that reduces risk and keeps stakeholders aligned at every stage.
System Architecture
Block diagram development, power budget analysis, component selection, and risk assessment. We define the electronic architecture in parallel with mechanical constraints to ensure everything fits in the allocated volume.
Schematic & Component Sourcing
Full schematic capture with design rule validation, component lifecycle analysis, and multi-source strategies. We design for component availability, avoiding single-source dependencies where possible.
PCB Layout & Prototyping
Multi-layer PCB layout with signal integrity simulation, thermal analysis, and DFM checks. We manage prototype fabrication and assembly, typically delivering assembled boards within 2-3 weeks.
Firmware Development
RTOS-based firmware architecture with OTA update capability, power management state machines, communication protocol stacks, and comprehensive error handling. Code is version-controlled and documented.
Test & Certification
Functional testing, EMC pre-compliance testing, and regulatory certification support for FCC, CE, UL, and industry-specific standards. We manage the full certification process including test lab coordination.
[ THE CASE FOR QUALITY ]
Electronics done right from the start
Fixing an electronics issue after PCB fabrication costs 10x more than catching it during design review. Our front-loaded analysis and simulation approach prevents the most common and most expensive electronics failures.
Fewer Board Respins
Thorough schematic review, simulation, and DFM analysis mean most of our designs work correctly on the first prototype build.
Production-Ready Firmware
We write firmware for production from day one, with OTA updates, error recovery, and manufacturing test modes built into the architecture.
Certification Confidence
EMC-aware design from the schematic stage, combined with pre-compliance testing, means no surprises when you reach the certification lab.
Supply Chain Resilience
Multi-source component strategies and lifecycle monitoring prevent the production disruptions that plague many hardware startups.
[ THE VALUE ]
Intelligence built into the product
We make your product smart and functional, ensuring that sensors, connectivity, and embedded logic work seamlessly within the product architecture.
Reliable Integration
Electronics and firmware are developed together with the mechanical design, preventing the integration problems that derail timelines.
Connected Capability
Wireless connectivity, sensor fusion, and cloud integration are built into the architecture from the start, not added as afterthoughts.
Production Firmware
Code ships ready for production with OTA updates, error recovery, and manufacturing test modes built into the foundation.
Certification Readiness
EMC-aware design from the schematic stage means no surprises when reaching the certification lab.
[ FAQ ]
COMMON QUESTIONS.
We primarily use Altium Designer for professional PCB design and KiCad for simpler projects. Firmware is developed in VS Code with platform-specific toolchains.
Yes. We manage the full certification process including pre-compliance testing, test lab selection, application paperwork, and follow-up. We have established relationships with accredited test labs.
We focus on the embedded side: firmware, BLE/WiFi stacks, and cloud API integration. For companion apps, we work with trusted mobile development partners and provide the full API specification.
We design with component availability in mind from the start, specifying alternates for critical parts and avoiding end-of-life components. We also maintain relationships with distributors for allocation during shortages.
[ RELATED WORK ]
See it in action
Explore projects where we applied this expertise to real products.
[ LET'S BUILD ]
Ready to start?
Start your electronics project. Book a free consultation to discuss your project scope, timeline, and budget.
Want to understand the full process? Read our complete product development guide →