Zorronet adds a no-code builder for autonomous physical-security workflows

Zorronet has launched a no-code workflow builder for its AI-powered command-and-control platform, moving more of the system’s operational logic out of developer-led configuration and into a visual interface for security and infrastructure teams.\n\nThe new builder lets authorized operators connect existing cameras, radar, drones, gates, PLC controllers, alarms, acoustic sensors and other field systems into site-specific response logic. A team can create different workflows for different zones, schedules or missions and modify them on screen as conditions change rather than waiting for a software release.\n\nThe important control is that autonomy is configurable. Zorronet says workflows can run automatically or pause at defined points for one-click human approval before an action is taken. In a physical-security context, that distinction matters more than in an ordinary software agent because an automated decision can move cameras, trigger alarms, activate gates or coordinate other real-world assets.\n\nBiomX, Zorronet’s parent company, says the platform is already deployed in defense, homeland security, critical infrastructure and municipal environments in Israel and can run either on-premises inside hardened networks or through the cloud. Those deployment and adoption statements are first-party claims; the current launch does not provide a neutral benchmark for detection quality, false-positive rates or autonomous-response reliability.\n\nIndependent agentic-AI monitoring has also flagged the September 4 release as a meaningful move from passive monitoring toward configurable physical-world action. That corroborates the product change, but it does not replace customer-level reliability or safety evidence.\n\nAiToolMap’s prepublication Zorronet review already includes this launch, so the news does not create a second material-update job or change the current 7.4 LOW candidate rating. The remaining evaluation issue is evidence depth: the product surface is concrete, while independent outcome data and exact-product security validation remain limited.