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Secure your corporate campus or educational institution with frictionless AI-powered access control. Visylix uses face recognition, person tracking, and behavioral analytics to manage entry points, detect unauthorized access, and monitor restricted zones without impeding authorized movement.
Key challenges that organizations face without intelligent AI-powered solutions.
Traditional badge-based access control systems are vulnerable to card sharing, tailgating, and lost credential exploitation, creating security gaps that physical barriers alone cannot address.
Managing visitor access across large campuses with multiple buildings, gates, and restricted zones requires extensive security staff and creates bottleneck delays at entry points.
Educational institutions face unique challenges balancing open campus environments with student and faculty safety, especially during events and after-hours periods.
Retroactive investigation of security incidents is hindered by siloed camera systems, lack of cross-camera tracking, and inability to quickly search for specific individuals across large campuses.
Intelligent capabilities that transform your existing camera infrastructure into a powerful decision-making engine.
Contactless face recognition enables badge-free entry for authorized personnel, with sub-second verification accuracy that maintains natural walking speed through entry points without requiring stops or credential presentation.
AI monitors entry points to detect when unauthorized individuals follow authorized entrants through secured doors, triggering instant alerts and capturing evidence for security review.
Automated visitor check-in with face enrollment, host notification, time-limited access zones, and real-time visitor location tracking ensures guests are monitored throughout their campus visit.
Continuous AI surveillance of sensitive areas such as server rooms, laboratories, and executive floors detects unauthorized presence and triggers graduated alert escalation based on zone criticality.
Quantifiable improvements delivered through AI-powered intelligence and automation.
AI-powered detection virtually eliminates unauthorized entry through tailgating, credential sharing, and restricted zone breaches.
Face recognition enables three times faster throughput at entry points compared to badge-swipe systems during peak hours.
Automated monitoring and alerting allow security teams to cover larger areas with fewer personnel while improving response times.
Cross-camera person search and tracking reduce security incident investigation time from hours to minutes.
Yes. Tailgating detection counts how many people pass during a single access event using any camera covering the entry point, and works standalone from video alone. With a supported access-control system it compares people through the door against badges presented, alerting only when people exceed credentials, which is the true tailgating signal.
HID, Lenel S2, AMAG, Brivo, Genea and Bosch for badge-to-body correlation, plus 200+ REST API endpoints and HMAC-signed webhooks for anything else. Correlation is opt-in; the video-only mode needs no integration.
It is available but should be a policy decision rather than a default. Many education authorities restrict biometric processing of minors and consent rules vary by jurisdiction. Most campus deployments use intrusion, loitering, line crossing and tailgating instead, which answer the access questions without processing biometrics.
Yes. Role-based access control with 30+ permissions lets a hall warden, a security officer and an IT administrator each see a different subset of cameras and functions. Every view and export is audit-logged against the person who performed it.
Through multi-cluster federation. Each campus keeps recording locally with its own retention policy while a central team searches and views across all sites. Video stays at the source rather than being centralised into one archive.
Discover how Visylix AI can secure your campus with frictionless face recognition access, real-time monitoring, and intelligent visitor management.