The SDVoE Alliance, the nonprofit consortium of technology providers collaborating to standardize the adoption of Ethernet to transport AV signals in professional AV environments, announced High Sec Labs (HSL) as its newest adopting member. Founded in 2008, HSL specializes in high-quality cyber-defense solutions, specifically in network and peripheral isolation.
Per a statement, HSL is a provider of secure peripheral sharing solutions, where it serves top-tier clients. These include governments, defense organizations, financial institutions, healthcare providers and national infrastructure companies. HSL says its patented solutions encompass a range of secure peripheral sharing switch devices such as KMs, KVMs and Matrix devices. HSL’s products adhere to the highest security standards. These include EAL4+ as well as the latest National Information Assurance Partnership (NIAP) Protection Profile PSD Ver 4.0 requirements.
Joining SDVoE Alliance
“We are thrilled to welcome High Sec Labs to the SDVoE Alliance,” says Stephane Tremblay, president of the SDVoE Alliance. “Their expertise in secure peripheral sharing solutions aligns perfectly with our mission to provide a flexible, reliable and cost-effective AV platform. We look forward to collaborating with HSL to empower them as they set new standards for secure, high-performance AV networking.”
“The SDVoE Alliance is providing us with an ecosystem that is indispensable in bringing our Neous family of cyber-secure, flexible, and large-scale KVM matrix and video matrix products to market faster,” adds Zohar Vered, vice president of sales and marketing for HSL. “We are grateful for the SDVoE Alliance’s assistance that is propelling us forward on our mission of securing networks operating in a cross-domain and multi-classification level environment.”
According to a statement, SDVoE Alliance creates a flexible hardware and software platform ideal for AV extension and distribution, KVM, videowalls and multi-view image processing. Its seamless integration into networkable sources and displays thus facilitates the development of new, sophisticated applications. The SDVoE Alliance also promotes a system architecture that is more flexible, reliable, and cost-effective compared to traditional point-to-point connectivity and circuit switches. Per a statement, SDVoE eliminates the need for manufacturers and users to assemble disparate components. As a result, it provides an all-encompassing, integrated solution.
