Videonetics has announced a seamless integration of its AI-driven Video Management System (VMS) with the Matrix COSEC Access Control platform.
This integration facilitates a unified, automated security operations environment for enterprises and critical infrastructure operators by merging the capabilities of Videonetics' video intelligence with Matrix COSEC's sophisticated access control system.
Enhanced security operations
The collaboration between Videonetics and Matrix COSEC offers centralised situational awareness, enabling faster threat verification and proactive incident responses through a single interface. The integration's scalable, API-driven framework removes the need for third-party middleware, allowing security teams to manage access events and video feeds in real-time, automate response workflows, and streamline security operations across multiple locations.
This new solution ensures real-time synchronisation of users, credentials, and access events between the VMS and Matrix COSEC. As a result, security teams can quickly verify access events with live or recorded video, enhancing incident investigation processes. In addition, the system supports intelligent automation and rule-based event triggers, along with unified E-Map visualisation, boosting situational awareness and responsiveness in various facilities.
Applications and benefits
The integration is suitable for sectors demanding high operational efficiency and rapid response
The integration is suitable for sectors demanding high operational efficiency and rapid response, such as large enterprises, smart cities, airports, transportation hubs, manufacturing plants, and government facilities.
Parag Agarwal, Senior Vice President & Chief Product Officer at Videonetics, stated, "At Videonetics, we believe the future of security lies in AI-driven unified operations. The integration with Matrix COSEC significantly enhances our AI-Powered VMS ecosystem by bringing together access control and video intelligence into a single command environment. This empowers organisations with deeper situational awareness, faster decision-making, and a more proactive approach to security and operational management."
Supporting digital transformation
Tarun Sharma, Senior Vice President of Marketing at Matrix Comsec, emphasised the necessity for open and interoperable security ecosystems. He remarked, "Organisations today require open, intelligent, and interoperable security ecosystems that simplify operations while improving responsiveness. Our integration with Videonetics enables customers to unify physical security operations with greater efficiency and operational control."
This strategic alignment not only underscores Videonetics' dedication to creating an open and interoperable ecosystem but also assists customers in maximising their security investments. It contributes to advancing digital transformation initiatives across critical infrastructures and enterprise settings.
Videonetics, the pioneer of the world’s first AI & Deep Learning-powered Unified Video Management Platform, announces the seamless native integration of its AI-Powered VMS with Matrix COSEC Access Control platform, enabling enterprises and critical infrastructure operators to achieve a truly unified, intelligent, and automated security operations environment.
The integration combines the power of Videonetics’ AI-driven video intelligence with Matrix COSEC’s advanced access control capabilities to deliver centralised situational awareness, faster threat verification, and proactive incident response — all through a single operational interface.
Automate response workflows
Designed with a scalable, API-driven architecture, the integration eliminates the need for third-party middleware and fragmented security workflows. Security operators can now correlate access events with real-time video feeds, automate response workflows, and manage access and surveillance operations cohesively across multiple sites and facilities.
The integration enables real-time synchronisation of users, credentials, access rights, and access events between Matrix COSEC and Videonetics AI-Powered VMS. Security teams can instantly correlate access events with live and recorded video for rapid verification and faster investigations, while centrally managing monitoring workflows and remote door controls directly from the VMS interface. By combining intelligent automation, rule-based event triggers, PTZ activation, and unified E-Map visualisation, the integrated solution significantly enhances situational awareness and operational responsiveness across distributed facilities and critical infrastructure environments.
Deeper situational awareness
The integrated solution is ideal for large enterprises, smart cities, airports, transportation hubs, manufacturing facilities, commercial buildings, data centers, educational campuses, and government infrastructure where operational efficiency and rapid response are mission critical.
Speaking on the announcement, Parag Agarwal, Sr. VP & Chief Product Officer at Videonetics said, “At Videonetics, we believe the future of security lies in AI-driven unified operations. The integration with Matrix COSEC significantly enhances our AI-Powered VMS ecosystem by bringing together access control and video intelligence into a single command environment. This empowers organisations with deeper situational awareness, faster decision-making, and a more proactive approach to security and operational management.”
Accelerating digital transformation
Tarun Sharma, Senior VP – Marketing at Matrix Comsec, added, “Organisations today require open, intelligent, and interoperable security ecosystems that simplify operations while improving responsiveness. Our integration with Videonetics enables customers to unify physical security operations with greater efficiency and operational control.”
This collaboration further reinforces Videonetics commitment to building an open and interoperable ecosystem that enables customers to maximise the value of their security investments while accelerating digital transformation initiatives across critical infrastructure and enterprise environments.
