School Safety & Security Summit

Join us to learn how Glen Rose ISD has integrated 3D modeling and 2D mapping into their school safety and security strategy.

3DCapture Services leverages advanced 3D capture technology to create updated and accurate 2D maps as well as interactive, photorealistic, and dimensionally accurate 3D digital virtual models of educational facilities. Additionally, these 3D models can serve as a platform to create custom virtual training simulations using your school facilities as the environment for active shooter, fire and health emergency scenarios. By providing detailed virtual representations of school environments, our approach enables seamless collaboration with local law enforcement, emergency responders, and school administrators. This proactive approach enhances safety protocols, facilitates efficient emergency response, and supports compliance with safety regulations such as HB3. Integrating 3D facility modeling into your school's safety strategy can bridge critical gaps, provide vital data at responders' fingertips, and ultimately save lives.

In this candid conversation, Cara Carter, Chief Technology Officer of Northwest ISD, shares her insights on the evolving landscape of educational technology, safety and security, cybersecurity, and strategic leadership. This session will explore how today’s CTOs must navigate increasing demands—from ensuring safe and secure learning environments to enabling digital transformation across campuses. Cara will also reflect on the importance of cross-functional collaboration, the challenges of funding and staffing, and how to grow future-ready leaders who can thrive in a rapidly shifting educational environment. Attendees will walk away with actionable perspectives on how to lead boldly and partner effectively across district leadership.

The majority of the injury and loss of life happens in the first 2-3 minutes. A SRO takes 2 minutes to cross the campus. Campus Guardian Angel enables a forceful law enforcement response anywhere on campus in less than 30 seconds.