Turing Video EVC5ZB256-1Y 5MP EDGE+ Cloud Bullet Camera with TV-CORE1Y VSaaS Core License, 256Gb Onboard Storage, 2.7-13.5mm Lens, NDAA/TAA Compliant, White

Simplify enterprise-grade security monitoring with the Turing Video EVC5ZB256-1Y, a 5MP EDGE+ cloud bullet camera engineered for fast cloud rollout and reliable 24/7 surveillance. This Turing Video cloud camera includes the TV-CORE1Y VSaaS Core license so you can stream securely to the cloud without installing an NVR — ideal for multi-site retailers, campuses, and critical infrastructure. Capture actionable detail at up to 5MP resolution and 30 FPS, and use the 2.7–13.5mm motorized lens to adapt views remotely for perimeter or entry-point monitoring.

Built for real-world deployments, the camera delivers superior low-light performance with IR illumination up to 98 ft and stores up to 256GB onboard to protect recordings during network interruptions. Onboard AI-powered person and vehicle classification reduces false alarms and improves event prioritization, while NDAA/TAA compliance, IP66 weatherproofing and IK10 impact resistance ensure secure, long-lasting operation. Compatible with H.264/H.265 streaming and remote management, it supports modern VSaaS workflows and centralized monitoring.

Deploy the EVC5ZB256-1Y for reliable outdoor surveillance, streamlined cloud management, and smarter incident detection — contact sales or add to cart to upgrade your security infrastructure.

• Rapid cloud deployment with TV-CORE1Y license: get direct-to-cloud monitoring without an NVR for faster installation and lower maintenance costs
• Reliable onsite recording with 256GB onboard storage to preserve footage during network outages and reduce bandwidth use
• Intelligent alerts using onboard person & vehicle classification to cut false alarms and speed incident response
• Flexible coverage with a 2.7–13.5mm motorized lens and 5MP resolution for crisp detail across wide areas or zoomed views
• Rugged, compliant design (IP66, IK10, NDAA/TAA) built for outdoor security and long-term surveillance reliability