Baltimore Polytechnic Institute Opened Cyber Range

The new facility provides Baltimore students with hands-on training for real-world cybersecurity threats.

Updated on Sept. 24, 2026 in Cybersecurity

Isometric editorial illustration of a server rack and network cables, representing cybersecurity training infrastructure. — Baltimore Polytechnic Institute has opened a new cybersecurity range, providing students with specialized training to address real-world digital threats. AI Illustration. Upload story photo >

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Baltimore Polytechnic Institute has launched a new cyber range to offer students practical experience in detecting and responding to digital attacks. It marks the first facility of its kind established at a Maryland school.

Why it matters

The new training environment helps students build professional skills by preparing them for the demands of college-level cybersecurity programs and the modern workforce.

The cyber range utilizes industry-grade technology to simulate real-world cyberattacks, allowing students to practice threat detection. The curriculum is designed to mirror an Advanced Placement introductory college course.

The players

Baltimore Polytechnic Institute

This public secondary school in Baltimore is recognized for its focus on science, technology, engineering, and mathematics education.

BCR Cyber

This organization specializes in cybersecurity training solutions and provided the donated technology for the new range.

The details

The facility was made possible through a donation from BCR Cyber to support specialized education. By providing a controlled environment that mimics live threats, the school aims to bridge the gap between classroom theory and practical cybersecurity application.

September 24, 2026: The opening of the cyber range was reported.

The Tech Race

This program aligns with the Advanced Placement cybersecurity course framework to standardize technical training for youth. It represents a broader effort to address the growing talent gap in the digital security workforce by introducing industry-standard tools to secondary students.

Students at the institute gain access to professional-grade tools that enhance their technical proficiency and future employability in the high-demand cybersecurity sector. The training requires students to actively engage with threat detection simulations, mirroring real professional workflows.

The takeaway

By integrating professional cybersecurity tools into secondary education, schools can significantly improve the readiness of graduates for technical careers. Students interested in this field should seek out programs that offer hands-on simulations rather than strictly theoretical instruction.