Understanding vis|ability 6.7
Overview
This guide provides additional information about the features, configuration, administration, and operation of vis|ability 6.7:
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vis|ability 6.7 brings visualization, collaboration, system management, and integration together in a flexible platform designed for mission-critical operations and control room environments.
Built on decades of experience in operational visualization, vis|ability provides an open, network-distributed approach to managing information across video walls, operator workstations, individual displays, collaborative workspaces, and remote users. The platform leverages existing network infrastructure and supports a broad range of source types, allowing organizations to bring operational information together without creating a closed or proprietary technology ecosystem.
With vis|ability, applications, web content, streaming media, IP cameras, direct capture, and network-connected desktops can be managed as part of a common visualization environment. Content can then be securely delivered and controlled across displays and users throughout the organization.
Version 6.7 continues to expand these capabilities with tools for collaboration, automation, integration, system monitoring, and secure access.
What’s New and Improved - Platform Capabilities
Better Collaboration with vis|ability Spaces
vis|ability Spaces provides a shared workspace for bringing operational information and teams together. Users can combine documents, web pages, graphics, IP video streams, and other live sources within a dynamic workspace, then share, resize, reposition, discuss, and annotate that information.
Spaces supports synchronized collaboration between locations, multi-user whiteboarding, text chat, persistent content, and the ability to share a Space directly to one or more video walls.
Expanded Integration & Automation with vis|ability Link
vis|ability Link connects external systems, alarms, and events directly with visualization workflows. Its low-code/no-code, flow-based workflow environment supports integration with thousands of platforms—from IoT and corporate communications systems to AI and other third-party services.
Incoming events can trigger configurable visual responses across video walls, desktops, individual users, or multiple destinations simultaneously. Events can also be correlated, acknowledged by operators, and incorporated into automated operational workflows.
Secure Access Beyond the Control Room
The vis|ability Web Client and Web Portal extend access to operational information beyond traditional control-room workstations.
Authorized users can securely access and share vis|ability content through standard web browsers on desktops, tablets, and mobile devices. Published Spaces can be managed through the Web Portal with configurable access, scheduling, passcodes, and user notifications.
Centralized System Monitoring & Resilience
vis|ability provides centralized monitoring and management of system components through a single web-based interface.
Administrators can monitor component and display-wall health, review detailed logs, receive system notifications, and securely start, stop, or restart services. Support for redundant systems and automated failover provides additional resilience for environments where operational continuity is critical.
Broader Source Compatibility & Open Integration
vis|ability supports a broad range of operational content, including Windows applications and desktops, IP cameras, streaming media, web content, VMS and NVR platforms, and analog or digital baseband video.
Support for MPEG-2, MPEG-4, H.264, H.265, MJPEG, REST APIs, integrated scripting, Action Panels, and device control provides organizations with an open foundation for connecting existing and future systems to the visualization environment.
Enterprise Security & Access Control
vis|ability is designed for secure, segmented, and mission-critical network environments, with support for network isolation, encryption, centralized role-based security policies, audit logging, Active Directory, single sign-on, and granular control of system resources.
Access can be defined at the source and display level, helping organizations maintain control over who can view, manage, and distribute operational information across the system.