Firmware
For intelligent, real-time systems.
LeafLabs Firmware Services
High-performance embedded software for microcontrollers, sensors, actuators, and edge compute devices. See More —>
Device driver development
Embedded OS integration
AI & signal processing
Real-time data pipelines
Multi-threaded applications
IoT system design
Custom pipelines for high-speed data acquisition, real-time processing, and parallel workloads. We handle architecture, HDL design, simulation, and verification. See More —>
Custom logic & IP cores
System integration
Verification & reliability
Prototyping & acceleration
Integration with AI toolchains
Real-time DSP algorithms for robotics, scientific instrumentation, and advanced sensing platforms— optimized for embedded CPUs, DSP cores, and FPGA fabrics. See More —>
Filtering & denoising
Spectral analysis
Compression & signal conditioning
Multi-sensor time synchronization
High-throughput DAQ pipelines
Optimization for constrained hardware
Robust firmware-driven communication stacks for real-time control, high-bandwidth data streaming, and distributed embedded systems. 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
End-to-end embedded software architecture that scales with complexity. 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
Whether you're building a custom embedded platform, or evaluating the edge AI capabilities of a physical system, we bring structure to the uncertainty.
We pride ourselves on excellent designs, quick execution, and being a pleasure to work with.
Discovery & Technical Requirements Definition
We align your goals and constraints with your product vision. This phase includes system architecture, use cases, performance targets, integration requirements, and key risks.
Architecture & Design Assessment
Our engineers analyze potential hardware and software configurations, assess tradeoffs, and identify integration risks; especially in complex systems like real-time control loops, sensor arrays, or FPGA-heavy designs.
Technical Risk Evaluation
We surface critical engineering risks early: scalability limitations, thermal challenges, supply chain red flags, or uncertainties around signal fidelity and data throughput bottlenecks.
Recommendations & Roadmap
You’ll get a report with feasibility findings, recommended design directions, and a go/no-go decision point. Plus, options for prototyping or pivots.
Prototype Acceleration
If you’re ready to build, we’ll carry forward into proof-of-concept development to test out key assumptions fast and derisk future investment.
We turn complexity into control.
Your system is next.
The teams who trust us with their hardest problems.
