Precision instruments and advanced AI/ML compute platforms — from AI deployment to in-situ space weather sensing and beyond.
Low-power, FPGA-based compute for any platform. LACE processes sensor data onboard to identify the information that matters and make decisions in real time. Choose a standard platform or work with Viridian Labs to match your application requirements.
A compiler that takes a model developed in Python or MATLAB and exported as ONNX, and produces synthesizable HDL ready for the FPGA — so a team’s own network can run on LACE without hand-writing hardware.
A configurable space weather sensing suite that can combine multiple in-situ measurement technologies into a single, mission-tailored instrument suite. A suite can be used off the shelf or adapted to spacecraft resource constraints, science objectives, and mission-specific measurement requirements.
A miniaturized, ultra-low-power magnetometer that supports up to four sensor heads on a single central processing board, with a configurable sample rate. Designed for attitude determination, magnetic field mapping, and science payloads where mass and power are critical.
We bridge the gap between laboratory-grade science instruments and the strict constraints of small satellite missions. Our team transforms research prototypes into robust, flight-qualified systems by combining rigorous verification, radiation-aware design, and disciplined hardware architecture. Each subsystem is optimized for reliability, in-orbit reprogrammability, and efficient use of power, mass, and computational resources—without compromising scientific fidelity.
Request a QuoteTrained AI/ML models — CNNs, transformers, and more — compiled from ONNX to synthesizable HDL by SNOW ANGEL, then deployed on LACE or other FPGAs.
About SNOW ANGELAnalog front-ends, signal processing, and sensor design for plasma probes, magnetometers, and in-situ diagnostics: compact, low-noise hardware for LEO and VLEO.
High-speed digital and mixed-signal PCB layout with signal integrity and manufacturability in mind, carried through to fabrication-ready output.
Custom HDL for algorithms and networking on space-grade FPGAs, designed for in-orbit reprogrammability and efficient use of logic.
Support from concept through flight: interface control documents, integration and test, on-orbit commissioning, and anomaly resolution.
Radiation mitigation, component screening, calibration, and hardware-level validation, with size, weight, power, and cost weighed at every stage.
Who We Are
Viridian Labs is committed to engineering excellence. We hold ourselves to high standards of precision and quality, delivering customized solutions that meet your stringent requirements. We adhere to engineering best practices to ensure our products are well-designed, reliable, and efficient.
At Viridian Labs, we cultivate a culture of dedication, resilience, and innovation. Our team prioritizes core values such as ingenuity, integrity, and transparency.
When you partner with Viridian Labs, you can have confidence that our experts keep your best interests at heart. We are dedicated to doing the right thing, the right way, for your project.
Whether you are scoping an upcoming CubeSat mission, looking for a custom instrument solution, or want technical documentation — we would like to hear from you!