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A platform providing secure hosting for machine learning models with built-in unlearning and pruning methods to protect against backdoor attacks throughout the model's lifecycle.

Radar systems for autonomous vehicles using the antenna's high-frequency and precise steering capabilities for improved resolution, object detection, and navigation in complex environments.

High-resolution, electronically steerable radar systems for security and surveillance in sensitive areas, allowing efficient monitoring and focus area adjustment.

A lightweight, portable satellite communication terminal with a 2-D steerable antenna for high-speed communication in remote areas or during disaster relief, offering quick deployment and easy satellite alignment.

An educational toolkit that simulates cybersecurity threats against machine learning models, including backdoor attacks, and teaches mitigation strategies such as unlearning and pruning.

Lightweight, portable satellite communication terminals with electronic beam steering for use by emergency responders or remote operations, simplifying setup and enhancing accessibility.

A compact, electronically steerable antenna system for urban 5G networks to optimize coverage and capacity, improve signal penetration, and reduce dead zones by dynamically adjusting beam direction.

An antenna system for drone fleets to maintain high-bandwidth communication within a delivery network, ensuring efficient routing and safety of drones, especially in urban environments.

A network of electronically steerable antennas for urban areas to provide dynamic communication for smart city applications, optimizing coverage and bandwidth in real-time.

Indoor wireless networking solution that dynamically optimizes coverage in high-density areas or around obstructions, improving signal strength and network performance.

An adaptive automotive radar system with electronically tunable antennas for autonomous vehicles, providing enhanced resolution and object detection by dynamically adjusting the beam pattern for different driving scenarios.

A plugin for machine learning frameworks that applies unlearning and pruning during model training to prevent backdoor attacks from the outset.

A platform providing secure hosting for machine learning models with built-in unlearning and pruning methods to protect against backdoor attacks throughout the model's lifecycle.

A network of electronically steerable antennas for urban areas to provide dynamic communication for smart city applications, optimizing coverage and bandwidth in real-time.

Lightweight, portable satellite communication terminals with electronic beam steering for use by emergency responders or remote operations, simplifying setup and enhancing accessibility.

High-resolution, electronically steerable radar systems for security and surveillance in sensitive areas, allowing efficient monitoring and focus area adjustment.

An adaptive automotive radar system with electronically tunable antennas for autonomous vehicles, providing enhanced resolution and object detection by dynamically adjusting the beam pattern for different driving scenarios.

An antenna system for drone fleets to maintain high-bandwidth communication within a delivery network, ensuring efficient routing and safety of drones, especially in urban environments.

An educational toolkit that simulates cybersecurity threats against machine learning models, including backdoor attacks, and teaches mitigation strategies such as unlearning and pruning.

Radar systems for autonomous vehicles using the antenna's high-frequency and precise steering capabilities for improved resolution, object detection, and navigation in complex environments.

Indoor wireless networking solution that dynamically optimizes coverage in high-density areas or around obstructions, improving signal strength and network performance.

A compact, electronically steerable antenna system for urban 5G networks to optimize coverage and capacity, improve signal penetration, and reduce dead zones by dynamically adjusting beam direction.

A lightweight, portable satellite communication terminal with a 2-D steerable antenna for high-speed communication in remote areas or during disaster relief, offering quick deployment and easy satellite alignment.

A plugin for machine learning frameworks that applies unlearning and pruning during model training to prevent backdoor attacks from the outset.

A platform providing secure hosting for machine learning models with built-in unlearning and pruning methods to protect against backdoor attacks throughout the model's lifecycle.

An educational toolkit that simulates cybersecurity threats against machine learning models, including backdoor attacks, and teaches mitigation strategies such as unlearning and pruning.

A network of electronically steerable antennas for urban areas to provide dynamic communication for smart city applications, optimizing coverage and bandwidth in real-time.

Radar systems for autonomous vehicles using the antenna's high-frequency and precise steering capabilities for improved resolution, object detection, and navigation in complex environments.

Lightweight, portable satellite communication terminals with electronic beam steering for use by emergency responders or remote operations, simplifying setup and enhancing accessibility.

Indoor wireless networking solution that dynamically optimizes coverage in high-density areas or around obstructions, improving signal strength and network performance.

High-resolution, electronically steerable radar systems for security and surveillance in sensitive areas, allowing efficient monitoring and focus area adjustment.

A compact, electronically steerable antenna system for urban 5G networks to optimize coverage and capacity, improve signal penetration, and reduce dead zones by dynamically adjusting beam direction.

An adaptive automotive radar system with electronically tunable antennas for autonomous vehicles, providing enhanced resolution and object detection by dynamically adjusting the beam pattern for different driving scenarios.

A lightweight, portable satellite communication terminal with a 2-D steerable antenna for high-speed communication in remote areas or during disaster relief, offering quick deployment and easy satellite alignment.

An antenna system for drone fleets to maintain high-bandwidth communication within a delivery network, ensuring efficient routing and safety of drones, especially in urban environments.

A plugin for machine learning frameworks that applies unlearning and pruning during model training to prevent backdoor attacks from the outset.

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