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Our Mission
Croix Solutions delivers embedded real-time, agentic artificial intelligence. We specialize in optimizing Secure SWaP-C and the development and integration of those systems with digital twins for a rapid deployment and execution pipeline.
Stop writing HDL by hand.
Your best engineers shouldn't be spending days crafting Verilog boilerplate, debugging testbenches, or manually interpreting timing reports. That's exactly what our FPGA Copilot Embedded Real Time AI is built for.
With Audrey Aegis, you describe what you need in plain language or just snap a photo of your whiteboard design and get synthesizable, simulation-ready HDL in minutes. The agent runs your simulations, reads the results, fixes the bugs, and iterates automatically.
Ship better hardware, faster. Let Audrey handle the rest.
Audrey Aegis Embedded Real Time AI
Audrey Aegis is an embedded, real-time, agentic artificial intelligence designed to deploy machine learning models directly onto embedded devices—such as microcontrollers, sensors, and cameras—to process data locally at the source in real-time. This approach eliminates the need for constant cloud connectivity, significantly reducing latency, improving data privacy, and optimizing energy consumption. Unlike traditional AI platforms that depend on remote servers, Audrey Aegis lives locally within your hardware.
Embedded Real Time AI Benefits
Low Latency: Immediate, real-time decision-making (e.g., in milliseconds for collision avoidance) without waiting for cloud round-trips.
Privacy & Security: Sensitive data remains on the device, reducing the risk of data breaches.
Reliability & Autonomy: Systems continue to function without internet connectivity.
Bandwidth Efficiency: Drastically reduces the need to send large volumes of raw data to the cloud.
Audrey Aegis commands Zippy our 2000HP GT500 with embedded real time AI
NVIDIA Thor just landed at Croix Solutions, upgrading our platform from the Jetson Nano to NVIDIA’s latest automotive AI compute. We’re integrating this next‑generation system into “Zippy,” our 2,000 hp twin‑turbo Shelby GT500, where Thor is embedded into the MoTeC computer control system to orchestrate vehicle dynamics, data, and control logic. Thor also commands our custom PPG sequential transmission, delivering intelligent, lightning‑fast shifts that help propel Zippy to over 220 mph in the half‑mile. Follow along as we bring Thor online and showcase what happens when cutting‑edge AI meets extreme horsepower.