Steven Chen

Dover is the first company to bring real security, safety, and privacy enforcement to silicon. Our revolutionary hardware-based technology empowers processors to protect themselves in real-time from the exploitation of software vulnerabilities. It is the only solution that can stop ALL network-based attacks.

LOCH is a global leader of next-generation wireless threat monitoring. The company provides actionable intelligence on all 5G cellular and wireless IoT devices to help organizations improve their security posture, reduce risk, and manage wireless data usage across the enterprise. Every wireless device needs to be visible and secure, regardless of what type of device it is, what protocol it uses, and who owns it. This guides everything we do and why LOCH aims to secure and enable the new world of wireless innovation that will drive the next generation of digital transformation. Find out more at www.LOCH.io.

Critical infrastructure relies on secure communications between networked intelligent devices. SecureG delivers robust device identity management, enabling Zero Trust applications at speed and scale. Unlike legacy PKI meant for browser-based security, SecureG is a cloud-native PKI designed to automate and streamline machine identity management where security is paramount.

TrackOFF is a consumer privacy company headquartered in Baltimore, MD. The company develops tools to protect the identities and personal data of consumers online.

N5 Sensors, Inc. of Rockville, MD is a University of Maryland spin-off leveraging innovations in nanoengineered materials and devices to create novel sensing and detection solutions. N5 is currently commercializing a new-generation of chip-scale chemical sensor technology that can detect harmful chemicals mixed in air, such as industrial chemicals, automobile exhausts, cigarette smoke, and pollutants released from paints, cleaners, pesticides and other products. These new sensors, built using the same fabrication processes that are commonly used for silicon computer chips, are small and accurate with capability to detect multiple gases at the same time. N5 is working to develop arrays of multi-analyte sensors on a single chip, which can be integrated with smart phones, allowing industrial workers, first-responders, and soldiers to assess the dangers of their surroundings rapidly and accurately in real-time using their smart phones.

Dover is the first company to bring real security, safety, and privacy enforcement to silicon. Our revolutionary hardware-based technology empowers processors to protect themselves in real-time from the exploitation of software vulnerabilities. It is the only solution that can stop ALL network-based attacks.

LOCH is a global leader of next-generation wireless threat monitoring. The company provides actionable intelligence on all 5G cellular and wireless IoT devices to help organizations improve their security posture, reduce risk, and manage wireless data usage across the enterprise. Every wireless device needs to be visible and secure, regardless of what type of device it is, what protocol it uses, and who owns it. This guides everything we do and why LOCH aims to secure and enable the new world of wireless innovation that will drive the next generation of digital transformation. Find out more at www.LOCH.io.

Critical infrastructure relies on secure communications between networked intelligent devices. SecureG delivers robust device identity management, enabling Zero Trust applications at speed and scale. Unlike legacy PKI meant for browser-based security, SecureG is a cloud-native PKI designed to automate and streamline machine identity management where security is paramount.

TrackOFF is a consumer privacy company headquartered in Baltimore, MD. The company develops tools to protect the identities and personal data of consumers online.

N5 Sensors, Inc. of Rockville, MD is a University of Maryland spin-off leveraging innovations in nanoengineered materials and devices to create novel sensing and detection solutions. N5 is currently commercializing a new-generation of chip-scale chemical sensor technology that can detect harmful chemicals mixed in air, such as industrial chemicals, automobile exhausts, cigarette smoke, and pollutants released from paints, cleaners, pesticides and other products. These new sensors, built using the same fabrication processes that are commonly used for silicon computer chips, are small and accurate with capability to detect multiple gases at the same time. N5 is working to develop arrays of multi-analyte sensors on a single chip, which can be integrated with smart phones, allowing industrial workers, first-responders, and soldiers to assess the dangers of their surroundings rapidly and accurately in real-time using their smart phones.