New technology developed to better protect buidlings from terror attacks

May 5, 2026 - 19:21

A newly developed technology promises to offer stronger protection for buildings against potential terror attacks. The tool is designed to be more accurate and faster than the methods currently used by government agencies to predict the damage caused by a bomb.

Current techniques for assessing blast damage often rely on simplified models or time-consuming simulations. These older methods can miss critical details about how a shockwave interacts with a structure's specific design, materials, and layout. The new technology uses advanced computational modeling to simulate an explosion in high detail. It can predict not only the initial force of the blast but also how the shockwave travels through corridors, around corners, and into interior rooms.

This level of precision allows engineers to identify weak points in a building's design long before construction begins. For existing structures, the tool can help determine the most effective and cost-efficient ways to add reinforcements, such as stronger windows, reinforced columns, or blast-resistant barriers. By providing a clearer picture of potential failure points, the technology moves beyond simple guesswork. It gives architects and security planners a data-driven way to make buildings safer against a real-world threat, potentially saving lives and reducing structural collapse in the event of an attack.