Embedded
Firmware
Engineering
For intelligent, real-time systems.
Firmware Engineering
Build reliable firmware for microcontrollers, sensors, actuators, and edge compute systems, with tight integration between hardware, real-time software, and application behavior. See More —>
Device driver development
Embedded OS integration
AI & signal processing
Real-time data pipelines
Multi-threaded applications
IoT system design
Create custom logic and hardware-accelerated architectures when CPUs or GPUs can't meet bandwidth, latency, determinism, or interface requirements. See More —>
Custom logic & IP cores
System integration
Verification & reliability
Prototyping & acceleration
Integration with AI toolchains
Turn raw sensor and signal data into useful information through filtering, spectral analysis, synchronization, estimation, and other real-time processing techniques. See More —>
Filtering & denoising
Spectral analysis
Compression & signal conditioning
Multi-sensor time synchronization
High-throughput DAQ pipelines
Optimization for constrained hardware
Move data reliabily between devices, subsystems, and networking using wired, wireless, and custom protocols designed around your system's latency, bandwidth, and robustness needs. See More —>
USB3, ethernet, CAN, SPI, I2C, UART
BLE, Wi-Fi, GPS, LoRa
Custom communication protocols
High-speed streaming
Security & encryption verification
Diagnostics, logging & telemetry
Define how complex embedded software is structured so components, states, interfaces, and data flow remain understandable, testable, and maintainable as your system evolves. See More —>
State machines
Event-driven architectures
Bootloader design, secure boot chains
OTA update systems
Multi-sensor systems
Performance profiling & optimization
How we break it down
How We Approach Complex Firmware Programs
We pride ourselves on excellent designs, quick execution, and being a pleasure to work with.
Discovery & Technical Requirements Definition
Align product goals with system constraints, including use cases, interfaces, timing, performance targets, integration requirements, and key technical risks.
Architecture & Design Assessment
Evaluate hardware and software architectures, identify tradeoffs, and assess integration challenges across real-time control, sensing, compute, communications, and FPGA-heavy systems.
Technical Risk Evaluation
Surface the issues most likely to derail the program, from performance and scalability limits to thermal constraints, signal integrity, data throughput, and supply-chain risk.
Recommendations & Roadmap
Translate the findings into clear design recommendations, technical priorities, and a practical roadmap for moving forward, including go/no-go decisions where appropriate.
Prototype Acceleration
Turn the recommended direction into a focused proof of concept that validates critical assumptions and reduces risk before a larger development effort.
We turn complexity into control.
Your system is next.
The teams who trust us with their hardest problems.
