Systems Design
Engineering for complex robotic and embedded systems
LeafLabs Systems Design Services
Real-time control design for robotics, motion systems, and precision automation. Achieve predictable real-time behavior by designing control loops that reflect the true dynamics of your hardware.
Sensor & actuator integration
Timing analysis & latency budgeting
Calibration pipelines
Controller tuning
Control algorithms for embedded MCUs
Feailure handling & safety-critical logic
Automation that enables faster iteration, higher throughput, and reproducible results.
Testing pipelines
Orchestration frameworks
Robotic cell automation
Telemetry systems for real-time insight
Full-stack engineering for robots and autonomous platforms — from perception and sensing to control, communication, and real-time intelligence.
Deterministic real-time behavior
Sensor fusion & actuator coordination
Embedded compute integration
Motion control & path planning logic
Comms between distributed subsystems
Reliability for unstructured environments
We help clients avoid downstream failure modes by defining how every subsystem should interact, what performance constraints matter, and how the entire system will scale as complexity increases.
Interface specifications & timing models
Requirements definition & traceability
Power budgets & safety frameworks
Heterogeneous computing coordination
Real-time data pathways
Platform architecture tailored to robotics
We help clients bring complex products across the finish line by resolving the cross-layer issues that appear when everything must operate together. Our work uncovers hidden interactions, stabilize performance, and ensure the entire system behaves as intended.
Debugging timing & performance issues
System bring-up
Multi-sensor synchronization
End-to-end system verification
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.
