Cyviz Presents Secure Multiclass Collaboration Concepts at ITWC 2026

Together with key partners, Cyviz demonstrated innovative command-and-control solutions based on Cyviz and IHSE technology during the event. The demonstrations illustrated how complex information from multiple sources can be visualized and managed within a single workspace, with usability, flexibility, and intuitive interaction at the core.

A key focus of the demonstrations was secure multiclass principles, showing how information from different security domains can be visualized simultaneously while maintaining strict separation between sources. The concepts are aligned with Cyviz’ standardized approach, based on commercial off-the-shelf components and configurable architectures designed for scalability, flexibility, and speed of construction.

In addition, Cyviz presented concepts for mobile and containerized command-and-collaboration environments, applying the same principles of security, usability, and standardization across flexible, scalable setups.

Cyviz solutions are designed in accordance with recognized security and quality standards, including TEMPEST requirements and EAL4+ certification principles, and the company is registered with JOSCAR. Cyviz is an approved and registered supplier with NATO procurement and capability organizations, including the NATO Communications and Information Agency (NCIA), Allied Command Operations (ACO), and the NATO Support and Procurement Agency (NSPA). These registrations enable Cyviz to access and participate in relevant tenders and procurement activities issued by these agencies.

“ITWC is an important arena for dialogue and knowledge sharing. Exchanging perspectives with partners across the defense and security ecosystem helps advance how secure and standardized collaboration environments continue to evolve,” says John van Laerhoven, Regional Sales Director at Cyviz.

Cyviz’ participation at ITWC 2026 reflects the company’s continued focus on developing standardized, secure, and user‑centric collaboration environments for mission‑critical applications.