Designed and made in California. All Vitesse controllers are carefully crafted from 6063-T6 recycled aluminum and use exclusively high-quality components rated for aerospace and military applications.
Optimized for Linux, Docker, and Kubernetes, Vitesse controllers are the perfect compute devices for distributed applications that require high security and bulletproof reliability.
Designed with user-friendly and straightforward maintenance in mind, the Vitesse controller promotes reusability, contributing to a more circular economy.
All Vitesse controllers are designed and made in California, USA.
We use only the highest quality supplies and follow aerospace and military industry practices to ensure reliability and quality.
Vitesse controllers meet or exceed all US Federal Communication Commission (FCC) and European Conformity (CE) requirements.
Equipped with a built-in battery, the Vitesse controller can sustain operations for up to ten hours during a power outage.
Coupled with an integrated voltage stabilizer accepting power sources from 12V to 28V DC, the built-in power management system extends the autonomy of the controller while avoiding hazardous situations such as the risk of battery leaks.
Leveraging the reliability and compute of Vitesse controllers, the Vitesse Gateway is optimized to bridge OT and IT networks, and potentially directly connect equipment such as scanners, printers and cameras while offering a greater level of cyber-security
With twice the battery capacity, a Wi-Fi antenna option for extra connectivity and a pair if isolated USB ports, Gateway is the ideal IoT Gateway for industrial and operational and embedded applications.
Discover the Gateway package
The embedded AI accelerator used in MIRAGE, the AI compute node for Vitesse, allows our customers to run their own AI solutions using TensorFlow Lite, PyTorch, Keras or ONNX.
Containerized and running on edge, data and processing remain local, increasing cyber security and enabling high-performance on edge.
As an example, MIRAGE can execute an inference for a 22K-parameter, 17-layer model for complex machine vision in about 900 microseconds.
The Vitesse controller is ideal to create clusters on edge.
The GALAXY version has been optimized for Kubernetes:
Only 3 units are needed to create a reliable and secure cluster.
We recommend using groups of 5, 7 or 11 GALAXY units to create a reliable, easy to manage cluster with high availability for mission-critical operations.
